A · 6.5 Creedmoor · Hornady Precision Hunter 143 gr · #81499
Load A · 6.5 Creedmoor
2,454 J
728 m/s · 78.2% of muzzle energy
143 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,138 J
6.5 Creedmoor · 143 gr Precision Hunter · SKU 81499
Distance
Velocity
Energy
0 m
823 m/s
3,138 J
50 m
799 m/s
2,955 J
100 m
775 m/s
2,780 J
150 m
751 m/s
2,613 J
200 m
728 m/s
2,454 J
250 m
705 m/s
2,303 J
300 m
683 m/s
2,159 J
350 m
661 m/s
2,023 J
400 m
639 m/s
1,893 J
Free recoil · disclosed input scenarios
A · 6.5 Creedmoor3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5 Creedmoor: 823 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.314. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/6-5-creedmoor-143-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7mm PRC
Selected distance: 200 m
A · 7mm PRC · Hornady Precision Hunter 175 gr · #80712
Load A · 7mm PRC
3,841 J
823 m/s · 81.0% of muzzle energy
175 gr ELD-X · Hornady Precision Hunter
Muzzle: 4,741 J
7mm PRC · 175 gr Precision Hunter · SKU 80712
Distance
Velocity
Energy
0 m
914 m/s
4,741 J
50 m
891 m/s
4,503 J
100 m
868 m/s
4,273 J
150 m
845 m/s
4,053 J
200 m
823 m/s
3,841 J
250 m
801 m/s
3,637 J
300 m
779 m/s
3,442 J
350 m
758 m/s
3,256 J
400 m
737 m/s
3,077 J
Free recoil · disclosed input scenarios
A · 7mm PRC3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7mm PRC: 914 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.347. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/7mm-prc-175-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.243 Winchester
Selected distance: 200 m
A · .243 Winchester · Hornady Precision Hunter 90 gr · #80462
Load A · .243 Winchester
1,891 J
805 m/s · 70.3% of muzzle energy
90 gr ELD-X · Hornady Precision Hunter
Muzzle: 2,688 J
.243 Winchester · 90 gr Precision Hunter · SKU 80462
Distance
Velocity
Energy
0 m
960 m/s
2,688 J
50 m
920 m/s
2,469 J
100 m
881 m/s
2,264 J
150 m
843 m/s
2,071 J
200 m
805 m/s
1,891 J
250 m
769 m/s
1,723 J
300 m
733 m/s
1,567 J
350 m
698 m/s
1,422 J
400 m
665 m/s
1,288 J
Free recoil · disclosed input scenarios
A · .243 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.243 Winchester: 960 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.206. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/243-win-90-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.270 Winchester
Selected distance: 200 m
A · .270 Winchester · Hornady Precision Hunter 145 gr · #80536
Load A · .270 Winchester
2,925 J
789 m/s · 76.0% of muzzle energy
145 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,848 J
.270 Winchester · 145 gr Precision Hunter · SKU 80536
Distance
Velocity
Energy
0 m
905 m/s
3,848 J
50 m
875 m/s
3,599 J
100 m
846 m/s
3,363 J
150 m
817 m/s
3,138 J
200 m
789 m/s
2,925 J
250 m
761 m/s
2,724 J
300 m
734 m/s
2,533 J
350 m
708 m/s
2,353 J
400 m
682 m/s
2,183 J
Free recoil · disclosed input scenarios
A · .270 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.270 Winchester: 905 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.27. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/270-win-145-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.30-06 Springfield
Selected distance: 200 m
A · .30-06 Springfield · Hornady Precision Hunter 178 gr · #81174
Load A · .30-06 Springfield
3,072 J
730 m/s · 75.9% of muzzle energy
178 gr ELD-X · Hornady Precision Hunter
Muzzle: 4,050 J
.30-06 Springfield · 178 gr Precision Hunter · SKU 81174
Distance
Velocity
Energy
0 m
838 m/s
4,050 J
50 m
810 m/s
3,786 J
100 m
783 m/s
3,535 J
150 m
756 m/s
3,297 J
200 m
730 m/s
3,072 J
250 m
704 m/s
2,859 J
300 m
679 m/s
2,658 J
350 m
654 m/s
2,469 J
400 m
630 m/s
2,290 J
Free recoil · disclosed input scenarios
A · .30-06 Springfield3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.30-06 Springfield: 838 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.278. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/30-06-springfield-178-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.300 Winchester Magnum
Selected distance: 200 m
A · .300 Winchester Magnum · Hornady Precision Hunter 200 gr · #82002
Load A · .300 Winchester Magnum
3,836 J
769 m/s · 77.9% of muzzle energy
200 gr ELD-X · Hornady Precision Hunter
Muzzle: 4,924 J
.300 Winchester Magnum · 200 gr Precision Hunter · SKU 82002
Distance
Velocity
Energy
0 m
872 m/s
4,924 J
50 m
846 m/s
4,633 J
100 m
820 m/s
4,354 J
150 m
794 m/s
4,089 J
200 m
769 m/s
3,836 J
250 m
745 m/s
3,595 J
300 m
721 m/s
3,367 J
350 m
697 m/s
3,150 J
400 m
674 m/s
2,944 J
Free recoil · disclosed input scenarios
A · .300 Winchester Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.300 Winchester Magnum: 872 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.301. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/300-win-mag-200-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5 PRC
Selected distance: 200 m
A · 6.5 PRC · Hornady Precision Hunter 143 gr · #81621
Load A · 6.5 PRC
2,981 J
802 m/s · 79.1% of muzzle energy
143 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,771 J
6.5 PRC · 143 gr Precision Hunter · SKU 81621
Distance
Velocity
Energy
0 m
902 m/s
3,771 J
50 m
877 m/s
3,561 J
100 m
851 m/s
3,359 J
150 m
827 m/s
3,166 J
200 m
802 m/s
2,981 J
250 m
778 m/s
2,805 J
300 m
754 m/s
2,637 J
350 m
731 m/s
2,477 J
400 m
708 m/s
2,325 J
Free recoil · disclosed input scenarios
A · 6.5 PRC3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5 PRC: 902 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.314. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/6.5-prc-143-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.308 Winchester
Selected distance: 200 m
A · .308 Winchester · Hornady Superformance 150 gr · #80933
Load A · .308 Winchester
2,839 J
764 m/s · 69.9% of muzzle energy
150 gr SST · Hornady Superformance
Muzzle: 4,064 J
.308 Winchester · 150 gr Superformance · SKU 80933
Distance
Velocity
Energy
0 m
914 m/s
4,064 J
50 m
875 m/s
3,723 J
100 m
837 m/s
3,407 J
150 m
800 m/s
3,113 J
200 m
764 m/s
2,839 J
250 m
729 m/s
2,585 J
300 m
695 m/s
2,349 J
350 m
662 m/s
2,129 J
400 m
630 m/s
1,926 J
Free recoil · disclosed input scenarios
A · .308 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.308 Winchester: 914 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G1 0.415. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/308-win-150-gr-sst-superformance · https://www.guncity.com/hornady-308-superformance-150gr-polymer-tip-hornady-sst-231755
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.300 WSM
Selected distance: 200 m
A · .300 WSM · Hornady Precision Hunter 200 gr · #82208
Load A · .300 WSM
3,723 J
758 m/s · 77.8% of muzzle energy
200 gr ELD-X · Hornady Precision Hunter
Muzzle: 4,787 J
.300 WSM · 200 gr Precision Hunter · SKU 82208
Distance
Velocity
Energy
0 m
860 m/s
4,787 J
50 m
834 m/s
4,502 J
100 m
808 m/s
4,230 J
150 m
783 m/s
3,970 J
200 m
758 m/s
3,723 J
250 m
734 m/s
3,488 J
300 m
710 m/s
3,265 J
350 m
686 m/s
3,053 J
400 m
663 m/s
2,852 J
Free recoil · disclosed input scenarios
A · .300 WSM3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.300 WSM: 860 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.301. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/300-wsm-200-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7mm-08 Remington
Selected distance: 200 m
A · 7mm-08 Remington · Hornady Precision Hunter 150 gr · #85578
Load A · 7mm-08 Remington
2,659 J
740 m/s · 76.8% of muzzle energy
150 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,464 J
7mm-08 Remington · 150 gr Precision Hunter · SKU 85578
Distance
Velocity
Energy
0 m
844 m/s
3,464 J
50 m
817 m/s
3,248 J
100 m
791 m/s
3,041 J
150 m
765 m/s
2,845 J
200 m
740 m/s
2,659 J
250 m
715 m/s
2,483 J
300 m
690 m/s
2,316 J
350 m
666 m/s
2,158 J
400 m
643 m/s
2,009 J
Free recoil · disclosed input scenarios
A · 7mm-08 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7mm-08 Remington: 844 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.289. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/7mm-08-rem-150-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7mm Remington Magnum
Selected distance: 200 m
A · 7mm Remington Magnum · Hornady Precision Hunter 162 gr · #80636
Load A · 7mm Remington Magnum
3,425 J
808 m/s · 79.3% of muzzle energy
162 gr ELD-X · Hornady Precision Hunter
Muzzle: 4,316 J
7mm Remington Magnum · 162 gr Precision Hunter · SKU 80636
Distance
Velocity
Energy
0 m
907 m/s
4,316 J
50 m
882 m/s
4,079 J
100 m
857 m/s
3,851 J
150 m
832 m/s
3,633 J
200 m
808 m/s
3,425 J
250 m
784 m/s
3,225 J
300 m
760 m/s
3,035 J
350 m
737 m/s
2,854 J
400 m
715 m/s
2,681 J
Free recoil · disclosed input scenarios
A · 7mm Remington Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7mm Remington Magnum: 907 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.318. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/7mm-rem-mag-162-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.308 Winchester
Selected distance: 200 m
A · .308 Winchester · Hornady Precision Hunter 178 gr · #80994
Load A · .308 Winchester
2,728 J
688 m/s · 75.3% of muzzle energy
178 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,622 J
.308 Winchester · 178 gr Precision Hunter · SKU 80994
Distance
Velocity
Energy
0 m
792 m/s
3,622 J
50 m
766 m/s
3,380 J
100 m
739 m/s
3,150 J
150 m
713 m/s
2,933 J
200 m
688 m/s
2,728 J
250 m
663 m/s
2,534 J
300 m
639 m/s
2,352 J
350 m
615 m/s
2,180 J
400 m
592 m/s
2,018 J
Free recoil · disclosed input scenarios
A · .308 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.308 Winchester: 792 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.278. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/308-win-178-gr-eld-x-precision-hunter · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.308 Winchester
Selected distance: 200 m
A · .308 Winchester · Hornady Match 168 gr · #80966
Load A · .308 Winchester
2,744 J
710 m/s · 74.4% of muzzle energy
168 gr ELD Match · Hornady Match
Muzzle: 3,686 J
.308 Winchester · 168 gr Match · SKU 80966
Distance
Velocity
Energy
0 m
823 m/s
3,686 J
50 m
794 m/s
3,431 J
100 m
765 m/s
3,189 J
150 m
737 m/s
2,960 J
200 m
710 m/s
2,744 J
250 m
683 m/s
2,542 J
300 m
657 m/s
2,351 J
350 m
632 m/s
2,172 J
400 m
607 m/s
2,003 J
Free recoil · disclosed input scenarios
A · .308 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.308 Winchester: 823 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.263. Verified 2026-10-24; source revision not stated; target intent. https://www.hornady.com/ammunition/rifle/308-win-168-gr-eld-match · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7×57 Mauser
Selected distance: 200 m
A · 7×57 Mauser · Sellier & Bellot SPCE 173 gr · #V330932
Load A · 7×57 Mauser
1,897 J
582 m/s · 64.4% of muzzle energy
173 gr SPCE · Sellier & Bellot SPCE
Muzzle: 2,946 J
7×57 Mauser · 173 gr SPCE · SKU V330932
Distance
Velocity
Energy
0 m
725 m/s
2,946 J
50 m
687 m/s
2,649 J
100 m
651 m/s
2,376 J
150 m
616 m/s
2,126 J
200 m
582 m/s
1,897 J
250 m
549 m/s
1,687 J
300 m
516 m/s
1,493 J
350 m
485 m/s
1,317 J
400 m
454 m/s
1,155 J
Free recoil · disclosed input scenarios
A · 7×57 Mauser3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7×57 Mauser: 725 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.189. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/165/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/165/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7×57 R
Selected distance: 200 m
A · 7×57 R · Sellier & Bellot SPCE 173 gr · #V331042
Load A · 7×57 R
1,897 J
582 m/s · 64.4% of muzzle energy
173 gr SPCE · Sellier & Bellot SPCE
Muzzle: 2,946 J
7×57 R · 173 gr SPCE · SKU V331042
Distance
Velocity
Energy
0 m
725 m/s
2,946 J
50 m
687 m/s
2,649 J
100 m
651 m/s
2,376 J
150 m
616 m/s
2,126 J
200 m
582 m/s
1,897 J
250 m
549 m/s
1,687 J
300 m
516 m/s
1,493 J
350 m
485 m/s
1,317 J
400 m
454 m/s
1,155 J
Free recoil · disclosed input scenarios
A · 7×57 R3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7×57 R: 725 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.189. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/161/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/161/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7×64 Brenneke
Selected distance: 200 m
A · 7×64 Brenneke · Sellier & Bellot SPCE 173 gr · #V332022
Load A · 7×64 Brenneke
2,165 J
622 m/s · 65.2% of muzzle energy
173 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,323 J
7×64 Brenneke · 173 gr SPCE · SKU V332022
Distance
Velocity
Energy
0 m
770 m/s
3,323 J
50 m
731 m/s
2,996 J
100 m
693 m/s
2,695 J
150 m
657 m/s
2,419 J
200 m
622 m/s
2,165 J
250 m
587 m/s
1,933 J
300 m
554 m/s
1,719 J
350 m
521 m/s
1,523 J
400 m
490 m/s
1,344 J
Free recoil · disclosed input scenarios
A · 7×64 Brenneke3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7×64 Brenneke: 770 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.189. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/157/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/157/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
8×57 IRS
Selected distance: 200 m
A · 8×57 IRS · Sellier & Bellot SPCE 196 gr · #V341212
Load A · 8×57 IRS
2,014 J
563 m/s · 60.2% of muzzle energy
196 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,347 J
8×57 IRS · 196 gr SPCE · SKU V341212
Distance
Velocity
Energy
0 m
726 m/s
3,347 J
50 m
683 m/s
2,963 J
100 m
642 m/s
2,615 J
150 m
602 m/s
2,300 J
200 m
563 m/s
2,014 J
250 m
526 m/s
1,755 J
300 m
489 m/s
1,521 J
350 m
454 m/s
1,310 J
400 m
420 m/s
1,121 J
Free recoil · disclosed input scenarios
A · 8×57 IRS3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
8×57 IRS: 726 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.165. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/124/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/124/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
8×57 IS
Selected distance: 200 m
A · 8×57 IS · Sellier & Bellot SPCE 196 gr · #V341182
Load A · 8×57 IS
2,432 J
619 m/s · 61.4% of muzzle energy
196 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,963 J
8×57 IS · 196 gr SPCE · SKU V341182
Distance
Velocity
Energy
0 m
790 m/s
3,963 J
50 m
745 m/s
3,524 J
100 m
701 m/s
3,124 J
150 m
659 m/s
2,761 J
200 m
619 m/s
2,432 J
250 m
580 m/s
2,134 J
300 m
542 m/s
1,864 J
350 m
505 m/s
1,619 J
400 m
469 m/s
1,398 J
Free recoil · disclosed input scenarios
A · 8×57 IS3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
8×57 IS: 790 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.165. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/127/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/127/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.308 Winchester
Selected distance: 200 m
A · .308 Winchester · Sellier & Bellot SPCE 180 gr · #V332232
Load A · .308 Winchester
2,148 J
607 m/s · 62.9% of muzzle energy
180 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,413 J
.308 Winchester · 180 gr SPCE · SKU V332232
Distance
Velocity
Energy
0 m
765 m/s
3,413 J
50 m
723 m/s
3,052 J
100 m
683 m/s
2,723 J
150 m
644 m/s
2,422 J
200 m
607 m/s
2,148 J
250 m
571 m/s
1,898 J
300 m
535 m/s
1,670 J
350 m
501 m/s
1,463 J
400 m
467 m/s
1,274 J
Free recoil · disclosed input scenarios
A · .308 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.308 Winchester: 765 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.176. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/141/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/141/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
9.3×62 Mauser
Selected distance: 200 m
A · 9.3×62 Mauser · Sellier & Bellot SP 286 gr · #V332052
Load A · 9.3×62 Mauser
2,560 J
526 m/s · 57.2% of muzzle energy
286 gr SP · Sellier & Bellot SP
Muzzle: 4,476 J
9.3×62 Mauser · 286 gr SP · SKU V332052
Distance
Velocity
Energy
0 m
695 m/s
4,476 J
50 m
650 m/s
3,918 J
100 m
607 m/s
3,417 J
150 m
566 m/s
2,966 J
200 m
526 m/s
2,560 J
250 m
487 m/s
2,195 J
300 m
449 m/s
1,869 J
350 m
413 m/s
1,580 J
400 m
378 m/s
1,327 J
Free recoil · disclosed input scenarios
A · 9.3×62 Mauser3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
9.3×62 Mauser: 695 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.154. Verified 2026-10-24; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/239/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/239/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6mm Creedmoor
Selected distance: 200 m
A · 6mm Creedmoor · Hornady Precision Hunter 103 gr · #81392
Load A · 6mm Creedmoor
2,173 J
807 m/s · 75.3% of muzzle energy
103 gr ELD-X · Hornady Precision Hunter
Muzzle: 2,884 J
6mm Creedmoor · 103 gr Precision Hunter · SKU 81392
Distance
Velocity
Energy
0 m
930 m/s
2,884 J
50 m
898 m/s
2,692 J
100 m
867 m/s
2,510 J
150 m
837 m/s
2,337 J
200 m
807 m/s
2,173 J
250 m
778 m/s
2,018 J
300 m
749 m/s
1,871 J
350 m
721 m/s
1,733 J
400 m
693 m/s
1,604 J
Free recoil · disclosed input scenarios
A · 6mm Creedmoor3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6mm Creedmoor: 930 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.258. Verified 2026-10-24; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/6mm-creedmoor-103-gr-eld-x · https://www.hornady.com/BC
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.22-250 Remington
Selected distance: 200 m
A · .22-250 Remington · Sellier & Bellot SP 55 gr · #V330422
Load A · .22-250 Remington
991 J
746 m/s · 49.5% of muzzle energy
55 gr SP · Sellier & Bellot SP
Muzzle: 2,002 J
.22-250 Remington · 55 gr SP · SKU V330422
Distance
Velocity
Energy
0 m
1,060 m/s
2,002 J
50 m
977 m/s
1,701 J
100 m
897 m/s
1,433 J
150 m
819 m/s
1,197 J
200 m
746 m/s
991 J
250 m
676 m/s
814 J
300 m
610 m/s
664 J
350 m
548 m/s
535 J
400 m
489 m/s
426 J
Free recoil · disclosed input scenarios
A · .22-250 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.22-250 Remington: 1,060 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.102. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/511/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/511/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.243 Winchester
Selected distance: 200 m
A · .243 Winchester · Sellier & Bellot SP 100 gr · #V330812
Load A · .243 Winchester
1,504 J
681 m/s · 61.3% of muzzle energy
100 gr SP · Sellier & Bellot SP
Muzzle: 2,452 J
.243 Winchester · 100 gr SP · SKU V330812
Distance
Velocity
Energy
0 m
870 m/s
2,452 J
50 m
820 m/s
2,181 J
100 m
772 m/s
1,933 J
150 m
726 m/s
1,708 J
200 m
681 m/s
1,504 J
250 m
638 m/s
1,319 J
300 m
597 m/s
1,153 J
350 m
557 m/s
1,003 J
400 m
518 m/s
868 J
Free recoil · disclosed input scenarios
A · .243 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.243 Winchester: 870 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.158. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/175/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/175/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5×55 Swedish
Selected distance: 200 m
A · 6.5×55 Swedish · Sellier & Bellot SP 131 gr · #V330602
Load A · 6.5×55 Swedish
1,773 J
646 m/s · 66.4% of muzzle energy
131 gr SP · Sellier & Bellot SP
Muzzle: 2,669 J
6.5×55 Swedish · 131 gr SP · SKU V330602
Distance
Velocity
Energy
0 m
793 m/s
2,669 J
50 m
755 m/s
2,417 J
100 m
717 m/s
2,185 J
150 m
681 m/s
1,970 J
200 m
646 m/s
1,773 J
250 m
612 m/s
1,591 J
300 m
579 m/s
1,424 J
350 m
547 m/s
1,270 J
400 m
516 m/s
1,129 J
Free recoil · disclosed input scenarios
A · 6.5×55 Swedish3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5×55 Swedish: 793 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.195. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/171/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/171/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5×55 Swedish
Selected distance: 200 m
A · 6.5×55 Swedish · Sellier & Bellot SP 140 gr · #V330572
Load A · 6.5×55 Swedish
1,953 J
656 m/s · 68.5% of muzzle energy
140 gr SP · Sellier & Bellot SP
Muzzle: 2,852 J
6.5×55 Swedish · 140 gr SP · SKU V330572
Distance
Velocity
Energy
0 m
793 m/s
2,852 J
50 m
757 m/s
2,602 J
100 m
723 m/s
2,369 J
150 m
689 m/s
2,153 J
200 m
656 m/s
1,953 J
250 m
624 m/s
1,768 J
300 m
593 m/s
1,597 J
350 m
563 m/s
1,438 J
400 m
534 m/s
1,291 J
Free recoil · disclosed input scenarios
A · 6.5×55 Swedish3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5×55 Swedish: 793 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.21. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/170/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/170/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5×57
Selected distance: 200 m
A · 6.5×57 · Sellier & Bellot SP 131 gr · #V330632
Load A · 6.5×57
1,686 J
630 m/s · 66.1% of muzzle energy
131 gr SP · Sellier & Bellot SP
Muzzle: 2,549 J
6.5×57 · 131 gr SP · SKU V330632
Distance
Velocity
Energy
0 m
775 m/s
2,549 J
50 m
737 m/s
2,307 J
100 m
700 m/s
2,082 J
150 m
665 m/s
1,876 J
200 m
630 m/s
1,686 J
250 m
597 m/s
1,511 J
300 m
564 m/s
1,351 J
350 m
532 m/s
1,203 J
400 m
501 m/s
1,067 J
Free recoil · disclosed input scenarios
A · 6.5×573.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5×57: 775 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.195. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/169/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/169/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5×57 R
Selected distance: 200 m
A · 6.5×57 R · Sellier & Bellot SP 131 gr · #V330712
Load A · 6.5×57 R
1,686 J
630 m/s · 66.1% of muzzle energy
131 gr SP · Sellier & Bellot SP
Muzzle: 2,549 J
6.5×57 R · 131 gr SP · SKU V330712
Distance
Velocity
Energy
0 m
775 m/s
2,549 J
50 m
737 m/s
2,307 J
100 m
700 m/s
2,082 J
150 m
665 m/s
1,876 J
200 m
630 m/s
1,686 J
250 m
597 m/s
1,511 J
300 m
564 m/s
1,351 J
350 m
532 m/s
1,203 J
400 m
501 m/s
1,067 J
Free recoil · disclosed input scenarios
A · 6.5×57 R3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5×57 R: 775 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.195. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/168/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/168/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.303 British
Selected distance: 200 m
A · .303 British · Sellier & Bellot SP 150 gr · #V331312
Load A · .303 British
1,905 J
626 m/s · 59.9% of muzzle energy
150 gr SP · Sellier & Bellot SP
Muzzle: 3,181 J
.303 British · 150 gr SP · SKU V331312
Distance
Velocity
Energy
0 m
809 m/s
3,181 J
50 m
761 m/s
2,813 J
100 m
714 m/s
2,479 J
150 m
669 m/s
2,177 J
200 m
626 m/s
1,905 J
250 m
584 m/s
1,660 J
300 m
544 m/s
1,439 J
350 m
505 m/s
1,241 J
400 m
468 m/s
1,062 J
Free recoil · disclosed input scenarios
A · .303 British3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.303 British: 809 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.156. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/148/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/148/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.303 British
Selected distance: 200 m
A · .303 British · Sellier & Bellot SP 180 gr · #V331332
Load A · .303 British
1,773 J
551 m/s · 57.7% of muzzle energy
180 gr SP · Sellier & Bellot SP
Muzzle: 3,074 J
.303 British · 180 gr SP · SKU V331332
Distance
Velocity
Energy
0 m
726 m/s
3,074 J
50 m
680 m/s
2,695 J
100 m
635 m/s
2,354 J
150 m
593 m/s
2,048 J
200 m
551 m/s
1,773 J
250 m
511 m/s
1,525 J
300 m
473 m/s
1,303 J
350 m
435 m/s
1,106 J
400 m
400 m/s
931 J
Free recoil · disclosed input scenarios
A · .303 British3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.303 British: 726 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.153. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/496/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/496/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7.62×54 R
Selected distance: 200 m
A · 7.62×54 R · Sellier & Bellot SP 180 gr · #V332462
Load A · 7.62×54 R
2,206 J
615 m/s · 59.1% of muzzle energy
180 gr SP · Sellier & Bellot SP
Muzzle: 3,732 J
7.62×54 R · 180 gr SP · SKU V332462
Distance
Velocity
Energy
0 m
800 m/s
3,732 J
50 m
751 m/s
3,290 J
100 m
704 m/s
2,890 J
150 m
659 m/s
2,530 J
200 m
615 m/s
2,206 J
250 m
573 m/s
1,915 J
300 m
532 m/s
1,653 J
350 m
493 m/s
1,417 J
400 m
455 m/s
1,207 J
Free recoil · disclosed input scenarios
A · 7.62×54 R3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7.62×54 R: 800 m/s muzzle; 730.0 mm (28.7 in) test barrel; BC G7 0.153. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/129/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/129/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
9.3×74 R
Selected distance: 200 m
A · 9.3×74 R · Sellier & Bellot SP 286 gr · #V332152
Load A · 9.3×74 R
2,645 J
534 m/s · 57.4% of muzzle energy
286 gr SP · Sellier & Bellot SP
Muzzle: 4,606 J
9.3×74 R · 286 gr SP · SKU V332152
Distance
Velocity
Energy
0 m
705 m/s
4,606 J
50 m
660 m/s
4,035 J
100 m
617 m/s
3,522 J
150 m
575 m/s
3,060 J
200 m
534 m/s
2,645 J
250 m
495 m/s
2,271 J
300 m
457 m/s
1,937 J
350 m
421 m/s
1,640 J
400 m
386 m/s
1,379 J
Free recoil · disclosed input scenarios
A · 9.3×74 R3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
9.3×74 R: 705 m/s muzzle; 650.0 mm (25.6 in) test barrel; BC G7 0.154. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/241/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/241/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.375 H&H Magnum
Selected distance: 200 m
A · .375 H&H Magnum · Sellier & Bellot SP 300 gr · #V343122
Load A · .375 H&H Magnum
3,706 J
617 m/s · 62.7% of muzzle energy
300 gr SP · Sellier & Bellot SP
Muzzle: 5,914 J
.375 H&H Magnum · 300 gr SP · SKU V343122
Distance
Velocity
Energy
0 m
780 m/s
5,914 J
50 m
737 m/s
5,284 J
100 m
696 m/s
4,708 J
150 m
656 m/s
4,183 J
200 m
617 m/s
3,706 J
250 m
580 m/s
3,271 J
300 m
544 m/s
2,876 J
350 m
509 m/s
2,516 J
400 m
475 m/s
2,189 J
Free recoil · disclosed input scenarios
A · .375 H&H Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.375 H&H Magnum: 780 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.173. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/860/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/860/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7mm Remington Magnum
Selected distance: 200 m
A · 7mm Remington Magnum · Sellier & Bellot SPCE 173 gr · #V332762
Load A · 7mm Remington Magnum
2,674 J
691 m/s · 66.4% of muzzle energy
173 gr SPCE · Sellier & Bellot SPCE
Muzzle: 4,031 J
7mm Remington Magnum · 173 gr SPCE · SKU V332762
Distance
Velocity
Energy
0 m
848 m/s
4,031 J
50 m
807 m/s
3,651 J
100 m
767 m/s
3,299 J
150 m
728 m/s
2,974 J
200 m
691 m/s
2,674 J
250 m
654 m/s
2,400 J
300 m
619 m/s
2,148 J
350 m
585 m/s
1,917 J
400 m
551 m/s
1,705 J
Free recoil · disclosed input scenarios
A · 7mm Remington Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7mm Remington Magnum: 848 m/s muzzle; 610.0 mm (24.0 in) test barrel; BC G7 0.189. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/150/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/150/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.308 Winchester
Selected distance: 200 m
A · .308 Winchester · Sellier & Bellot SPCE 150 gr · #V340902
Load A · .308 Winchester
2,051 J
650 m/s · 58.4% of muzzle energy
150 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,511 J
.308 Winchester · 150 gr SPCE · SKU V340902
Distance
Velocity
Energy
0 m
850 m/s
3,511 J
50 m
797 m/s
3,088 J
100 m
746 m/s
2,705 J
150 m
697 m/s
2,360 J
200 m
650 m/s
2,051 J
250 m
604 m/s
1,775 J
300 m
561 m/s
1,528 J
350 m
519 m/s
1,307 J
400 m
478 m/s
1,110 J
Free recoil · disclosed input scenarios
A · .308 Winchester3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.308 Winchester: 850 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.146. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/142/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/142/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.30-06 Springfield
Selected distance: 200 m
A · .30-06 Springfield · Sellier & Bellot SPCE 150 gr · #V340912
Load A · .30-06 Springfield
2,333 J
693 m/s · 59.3% of muzzle energy
150 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,937 J
.30-06 Springfield · 150 gr SPCE · SKU V340912
Distance
Velocity
Energy
0 m
900 m/s
3,937 J
50 m
846 m/s
3,475 J
100 m
793 m/s
3,055 J
150 m
742 m/s
2,675 J
200 m
693 m/s
2,333 J
250 m
646 m/s
2,027 J
300 m
601 m/s
1,754 J
350 m
557 m/s
1,509 J
400 m
515 m/s
1,290 J
Free recoil · disclosed input scenarios
A · .30-06 Springfield3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.30-06 Springfield: 900 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.146. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/137/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/137/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.30-06 Springfield
Selected distance: 200 m
A · .30-06 Springfield · Sellier & Bellot SPCE 180 gr · #V331772
Load A · .30-06 Springfield
2,403 J
642 m/s · 63.6% of muzzle energy
180 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,779 J
.30-06 Springfield · 180 gr SPCE · SKU V331772
Distance
Velocity
Energy
0 m
805 m/s
3,779 J
50 m
762 m/s
3,389 J
100 m
721 m/s
3,030 J
150 m
681 m/s
2,702 J
200 m
642 m/s
2,403 J
250 m
605 m/s
2,131 J
300 m
568 m/s
1,883 J
350 m
533 m/s
1,656 J
400 m
499 m/s
1,450 J
Free recoil · disclosed input scenarios
A · .30-06 Springfield3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.30-06 Springfield: 805 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.176. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/136/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/136/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.300 Winchester Magnum
Selected distance: 200 m
A · .300 Winchester Magnum · Sellier & Bellot SPCE 180 gr · #V340852
Load A · .300 Winchester Magnum
3,037 J
722 m/s · 65.0% of muzzle energy
180 gr SPCE · Sellier & Bellot SPCE
Muzzle: 4,671 J
.300 Winchester Magnum · 180 gr SPCE · SKU V340852
Distance
Velocity
Energy
0 m
895 m/s
4,671 J
50 m
850 m/s
4,212 J
100 m
806 m/s
3,787 J
150 m
763 m/s
3,396 J
200 m
722 m/s
3,037 J
250 m
682 m/s
2,709 J
300 m
643 m/s
2,409 J
350 m
605 m/s
2,136 J
400 m
569 m/s
1,888 J
Free recoil · disclosed input scenarios
A · .300 Winchester Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.300 Winchester Magnum: 895 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.176. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/845/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/845/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.222 Remington
Selected distance: 200 m
A · .222 Remington · Sellier & Bellot SP 50 gr · #V344932
Load A · .222 Remington
639 J
628 m/s · 41.9% of muzzle energy
50 gr SP · Sellier & Bellot SP
Muzzle: 1,524 J
.222 Remington · 50 gr SP · SKU V344932
Distance
Velocity
Energy
0 m
970 m/s
1,524 J
50 m
877 m/s
1,247 J
100 m
789 m/s
1,009 J
150 m
706 m/s
807 J
200 m
628 m/s
639 J
250 m
555 m/s
499 J
300 m
486 m/s
383 J
350 m
421 m/s
288 J
400 m
361 m/s
212 J
Free recoil · disclosed input scenarios
A · .222 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.222 Remington: 970 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.088. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/183/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/183/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.223 Remington
Selected distance: 200 m
A · .223 Remington · Sellier & Bellot SP 55 gr · #V330392
Load A · .223 Remington
873 J
700 m/s · 48.4% of muzzle energy
55 gr SP · Sellier & Bellot SP
Muzzle: 1,803 J
.223 Remington · 55 gr SP · SKU V330392
Distance
Velocity
Energy
0 m
1,006 m/s
1,803 J
50 m
925 m/s
1,524 J
100 m
846 m/s
1,276 J
150 m
771 m/s
1,060 J
200 m
700 m/s
873 J
250 m
633 m/s
714 J
300 m
570 m/s
578 J
350 m
509 m/s
462 J
400 m
452 m/s
364 J
Free recoil · disclosed input scenarios
A · .223 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.223 Remington: 1,006 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.102. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/181/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-sp/detail/181/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7×65 R
Selected distance: 200 m
A · 7×65 R · Sellier & Bellot SPCE 173 gr · #V332032
Load A · 7×65 R
2,322 J
644 m/s · 65.5% of muzzle energy
173 gr SPCE · Sellier & Bellot SPCE
Muzzle: 3,543 J
7×65 R · 173 gr SPCE · SKU V332032
Distance
Velocity
Energy
0 m
795 m/s
3,543 J
50 m
755 m/s
3,199 J
100 m
717 m/s
2,882 J
150 m
680 m/s
2,590 J
200 m
644 m/s
2,322 J
250 m
609 m/s
2,077 J
300 m
575 m/s
1,851 J
350 m
542 m/s
1,645 J
400 m
509 m/s
1,455 J
Free recoil · disclosed input scenarios
A · 7×65 R3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7×65 R: 795 m/s muzzle; 680.0 mm (26.8 in) test barrel; BC G7 0.189. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/153/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/rifle-ammunition-spce/detail/153/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.25-06 Remington
Selected distance: 200 m
A · .25-06 Remington · Hornady Precision Hunter 110 gr · #8143
Load A · .25-06 Remington
2,398 J
820 m/s · 73.5% of muzzle energy
110 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,265 J
.25-06 Remington · 110 gr Precision Hunter · SKU 8143
Distance
Velocity
Energy
0 m
957 m/s
3,265 J
50 m
922 m/s
3,030 J
100 m
887 m/s
2,807 J
150 m
854 m/s
2,596 J
200 m
820 m/s
2,398 J
250 m
788 m/s
2,211 J
300 m
756 m/s
2,036 J
350 m
725 m/s
1,872 J
400 m
694 m/s
1,718 J
Free recoil · disclosed input scenarios
A · .25-06 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.25-06 Remington: 957 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.234. Verified 2026-10-25; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/25-06-remington-110-gr-eld-x-precision-hunter · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.257 Weatherby Magnum
Selected distance: 200 m
A · .257 Weatherby Magnum · Hornady Precision Hunter 110 gr · #81364
Load A · .257 Weatherby Magnum
2,567 J
849 m/s · 73.9% of muzzle energy
110 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,476 J
.257 Weatherby Magnum · 110 gr Precision Hunter · SKU 81364
Distance
Velocity
Energy
0 m
988 m/s
3,476 J
50 m
952 m/s
3,230 J
100 m
917 m/s
2,997 J
150 m
883 m/s
2,776 J
200 m
849 m/s
2,567 J
250 m
816 m/s
2,371 J
300 m
783 m/s
2,185 J
350 m
751 m/s
2,012 J
400 m
720 m/s
1,849 J
Free recoil · disclosed input scenarios
A · .257 Weatherby Magnum3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.257 Weatherby Magnum: 988 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.234. Verified 2026-10-25; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/257-weatherby-magnum-110-gr-eld-x-precision-hunter · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6mm ARC
Selected distance: 200 m
A · 6mm ARC · Hornady Precision Hunter 103 gr · #81602
Load A · 6mm ARC
1,808 J
736 m/s · 74.4% of muzzle energy
103 gr ELD-X · Hornady Precision Hunter
Muzzle: 2,431 J
6mm ARC · 103 gr Precision Hunter · SKU 81602
Distance
Velocity
Energy
0 m
853 m/s
2,431 J
50 m
823 m/s
2,262 J
100 m
794 m/s
2,102 J
150 m
765 m/s
1,951 J
200 m
736 m/s
1,808 J
250 m
708 m/s
1,674 J
300 m
681 m/s
1,548 J
350 m
654 m/s
1,429 J
400 m
628 m/s
1,318 J
Free recoil · disclosed input scenarios
A · 6mm ARC3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6mm ARC: 853 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.258. Verified 2026-10-25; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/6mm-arc-103-gr-eld-x-precision-hunter · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.260 Remington
Selected distance: 200 m
A · .260 Remington · Hornady Match 130 gr · #8553
Load A · .260 Remington
2,407 J
756 m/s · 76.3% of muzzle energy
130 gr ELD Match · Hornady Match
Muzzle: 3,156 J
.260 Remington · 130 gr Match · SKU 8553
Distance
Velocity
Energy
0 m
866 m/s
3,156 J
50 m
837 m/s
2,954 J
100 m
810 m/s
2,762 J
150 m
783 m/s
2,580 J
200 m
756 m/s
2,407 J
250 m
730 m/s
2,243 J
300 m
704 m/s
2,088 J
350 m
679 m/s
1,942 J
400 m
654 m/s
1,804 J
Free recoil · disclosed input scenarios
A · .260 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.260 Remington: 866 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.279. Verified 2026-10-25; source revision not stated; target intent. https://www.hornady.com/ammunition/rifle/260-rem-130-gr-eld-match · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.280 Remington
Selected distance: 200 m
A · .280 Remington · Hornady Precision Hunter 150 gr · #81587
Load A · .280 Remington
2,986 J
784 m/s · 77.3% of muzzle energy
150 gr ELD-X · Hornady Precision Hunter
Muzzle: 3,863 J
.280 Remington · 150 gr Precision Hunter · SKU 81587
Distance
Velocity
Energy
0 m
892 m/s
3,863 J
50 m
864 m/s
3,628 J
100 m
837 m/s
3,403 J
150 m
810 m/s
3,189 J
200 m
784 m/s
2,986 J
250 m
758 m/s
2,793 J
300 m
733 m/s
2,609 J
350 m
708 m/s
2,435 J
400 m
684 m/s
2,271 J
Free recoil · disclosed input scenarios
A · .280 Remington3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.280 Remington: 892 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.289. Verified 2026-10-25; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/280-remington-150-gr-eld-x-precision-hunter · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.280 Ackley Improved
Selected distance: 200 m
A · .280 Ackley Improved · Hornady Precision Hunter 162 gr · #85586
A · .280 Ackley Improved3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.280 Ackley Improved: 869 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.318. Verified 2026-10-25; source revision not stated; hunting intent. https://www.hornady.com/ammunition/rifle/280-ackley-162-gr-eld-x-precision-hunter · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
25 Creedmoor
Selected distance: 200 m
A · 25 Creedmoor · Hornady Match 134 gr · #81421
Load A · 25 Creedmoor
2,504 J
760 m/s · 79.2% of muzzle energy
134 gr ELD Match · Hornady Match
Muzzle: 3,162 J
25 Creedmoor · 134 gr Match · SKU 81421
Distance
Velocity
Energy
0 m
853 m/s
3,162 J
50 m
829 m/s
2,987 J
100 m
806 m/s
2,819 J
150 m
782 m/s
2,658 J
200 m
760 m/s
2,504 J
250 m
737 m/s
2,358 J
300 m
715 m/s
2,218 J
350 m
693 m/s
2,085 J
400 m
672 m/s
1,958 J
Free recoil · disclosed input scenarios
A · 25 Creedmoor3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
25 Creedmoor: 853 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.325. Verified 2026-10-25; source revision not stated; target intent. https://www.hornady.com/ammunition/rifle/25-creedmoor-134-gr-eld-match · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
6.5 Grendel
Selected distance: 200 m
A · 6.5 Grendel · Hornady BLACK 123 gr · #81528
Load A · 6.5 Grendel
1,806 J
673 m/s · 73.3% of muzzle energy
123 gr ELD Match · Hornady BLACK
Muzzle: 2,464 J
6.5 Grendel · 123 gr BLACK · SKU 81528
Distance
Velocity
Energy
0 m
786 m/s
2,464 J
50 m
757 m/s
2,284 J
100 m
729 m/s
2,115 J
150 m
700 m/s
1,955 J
200 m
673 m/s
1,806 J
250 m
646 m/s
1,665 J
300 m
620 m/s
1,534 J
350 m
595 m/s
1,410 J
400 m
570 m/s
1,294 J
Free recoil · disclosed input scenarios
A · 6.5 Grendel3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
6.5 Grendel: 786 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.255. Verified 2026-10-25; source revision not stated; target intent. https://www.hornady.com/ammunition/rifle/6.5-grendel-123-gr-eld-match-black · https://www.hornady.com/bc
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
.204 Ruger
Selected distance: 200 m
A · .204 Ruger · Sellier & Bellot PTS 32 gr · #V332802
Load A · .204 Ruger
850 J
905 m/s · 51.8% of muzzle energy
32 gr PTS · Sellier & Bellot PTS
Muzzle: 1,641 J
.204 Ruger · 32 gr PTS · SKU V332802
Distance
Velocity
Energy
0 m
1,258 m/s
1,641 J
50 m
1,167 m/s
1,412 J
100 m
1,078 m/s
1,204 J
150 m
990 m/s
1,017 J
200 m
905 m/s
850 J
250 m
824 m/s
704 J
300 m
746 m/s
577 J
350 m
673 m/s
469 J
400 m
604 m/s
378 J
Free recoil · disclosed input scenarios
A · .204 Ruger3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
.204 Ruger: 1,258 m/s muzzle; 600.0 mm (23.6 in) test barrel; BC G7 0.097. Verified 2026-10-25; source revision not stated; hunting intent. https://www.sellier-bellot.cz/en/products/rifle-ammunition/hunting-rifle-ammunition-with-pts-bullets/detail/238/ · https://www.sellier-bellot.cz/en/products/rifle-ammunition/hunting-rifle-ammunition-with-pts-bullets/detail/238/
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
WITHIN RANGE withinrange.nz · Ballistic reference
7mm Backcountry
Selected distance: 200 m
A · 7mm Backcountry · Federal Premium Berger Elite Hunter · 24 in test barrel 195 gr · #P7BCEH1
Load A · 7mm Backcountry
4,376 J
832 m/s · 82.8% of muzzle energy
195 gr Elite Hunter · Federal Premium Berger Elite Hunter · 24 in test barrel
Muzzle: 5,283 J
7mm Backcountry · 195 gr Berger Elite Hunter · 24 in test barrel · SKU P7BCEH1
Distance
Velocity
Energy
0 m
914 m/s
5,283 J
50 m
894 m/s
5,044 J
100 m
873 m/s
4,814 J
150 m
852 m/s
4,591 J
200 m
832 m/s
4,376 J
250 m
812 m/s
4,169 J
300 m
793 m/s
3,970 J
350 m
773 m/s
3,777 J
400 m
754 m/s
3,593 J
Free recoil · disclosed input scenarios
A · 7mm Backcountry3.5 kg · powder charge not suppliedFree recoil unavailable
Recoil differences are unavailable until powder charges are supplied for both loads.
Manufacturer powder charges are not published in the reviewed load specifications. No factory recoil numbers are inferred. At unchanged ammunition momentum, raising rifle mass from 3 to 4 kg lowers both free recoil energy and velocity by 25%.
Same conditions for every load: 0 m altitude, 15°C, modelled standard pressure, dry air, no wind, horizontal bore. Shared 1 ms RK4 point-mass solver; G7 preferred when published, otherwise G1. Constant BC, interpolated velocity at exact metric distances; energy = ½mv². Reference domain 0–400 m only; no extrapolation. Spin drift and Coriolis are omitted. No barrel-length correction is applied.
7mm Backcountry: 914 m/s muzzle; 609.6 mm (24.0 in) test barrel; BC G7 0.387. Verified 2026-10-25; source revision not stated; hunting intent. https://www.federalpremium.com/backcountry.html · https://bergerbullets.com/product/7-mm-195-grain-elite-hunter/ · https://www.federalpremium.com/rifle/berger-elite-hunter/11-P7BCEH1.html
Ballistic reference only. Energy does not establish terminal effectiveness, an ethical distance or a humane outcome. Bullet construction and impact velocity matter. Factory velocity is not a chronograph measurement from your rifle; barrel length, atmosphere and ammunition variation change results. Free recoil is not felt recoil. SAAMI gas approximation: 1.75× muzzle velocity; https://saami.org/wp-content/uploads/2025/03/Gun-Recoil-Formulae-2018-07-9.pdf
Generated 26 Oct 2026 · Source verification dates are listed above. Original modelled chart, not field-verified DOPE.
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