Showing 1-24 of 24 bullets
Bullet listing
.264 | 143gr | Hornady ELD-X
9.3g • BC G1: 0.625 • SD: 0.293
.224 | 55gr | Hornady Traditional/FMJ
3.6g • BC G1: 0.243 • SD: 0.157
.224 | 50gr | Speer HP TNT Green
3.2g • BC G1: 0.19 • SD: 0.142
.224 | 69gr | Lapua ScenarL
4.5g • BC G1: 0.341 • SD: 0.196
.243 | 80gr | Hornady ELD-VT
5.2g • BC G1: 0.41 • SD: 0.194
.264 | 136gr | Lapua ScenarL
8.8g • BC G1: 0.545 • SD: 0.279
.224 | 55gr | Hornady V-MAX
3.6g • BC G1: 0.255 • SD: 0.157
.224 | 75gr | Hornady ELD Match
4.9g • BC G1: 0.467 • SD: 0.214
.309 | 90gr | Hornady XTP
5.8g • BC G1: 0.115 • SD: 0.135
.264 | 143gr | Norma Bondstrike
9.3g • BC G1: 0.629 • SD: 0.293
.224 | 52gr | Sierra MatchKing
3.4g • BC G1: 0.225 • SD: 0.148
.224 | 77gr | Sierra HPBT MatchKing
5.0g • BC G1: 0.372 • SD: 0.219
.308 | 150gr | Sierra SBT GameKing
9.7g • BC G1: 0.373 • SD: 0.226
.308 | 125gr | Nosler Ballistic Tip Hunting
8.1g • BC G1: 0.366 • SD: 0.188
.308 | 165gr | Barnes TTSX BT
10.7g • BC G1: 0.442 • SD: 0.248
.243 | 105gr | Berger Hybrid Target
6.8g • BC G1: 0.536 • SD: 0.254
.357 | 125gr | Hornady XTP
8.1g • BC G1: 0.151 • SD: 0.140
.264 | 120gr | Hornady ELD Match
7.8g • BC G1: 0.486 • SD: 0.246
.264 | 120gr | Hornady CX
7.8g • BC G1: 0.428 • SD: 0.246
.308 | 178gr | Hornady ELD Match
11.5g • BC G1: 0.547 • SD: 0.268
.224 | 52gr | Speer Varmint Hollow Point
3.4g • BC G1: 0.168 • SD: 0.148
.243 | 75gr | Hornady V-MAX
4.9g • BC G1: 0.33 • SD: 0.181
.308 | 170gr | Hornady InterLock FP
11.0g • BC G1: 0.189 • SD: 0.256
.308 | 180gr | Sellier & Bellot FMJ-BT
11.7g • BC G1: 0.498 • SD: 0.271
Understanding bullet specifications
What is ballistic coefficient (G1 vs G7)?
The ballistic coefficient describes how well a bullet keeps its speed against air drag: the higher the number, the less it slows down and the less it drifts in wind. G1 compares the bullet to a short, flat-based reference shape, G7 to a long boat-tail shape, so for modern long-range bullets the G7 value describes the real flight far better. Never compare a G1 figure with a G7 figure — they use different reference shapes.
What does sectional density tell me?
Sectional density is the bullet weight divided by the square of its diameter. A higher value means more mass behind the same frontal area, which usually means deeper penetration and better retention of velocity at distance. Within one calibre, a heavier bullet always has the higher sectional density.
Lead-free or lead-core bullets?
Lead-free bullets made from copper or brass are longer than a lead-core bullet of the same weight, so they need a faster twist rate and more seating depth, and they usually build slightly more pressure at the same charge weight. Lead-core bullets are shorter and cheaper, while lead-free designs hold together better on impact and are mandatory for hunting in several regions.
How do I choose the right bullet weight?
Start with what your barrel twist can stabilise: a faster twist carries longer, heavier bullets, a slower twist prefers lighter ones. Heavier bullets hold their energy better in wind and at distance, but they take up powder space and give lower muzzle velocity, so match the weight to your twist rate, your intended distance and the case capacity of your cartridge.