AEA Centre Punch Pellets 9 mm / .35 (100pcs)

Description

These AEA Centre Punch diabolos are designed for shooters who want to get the most out of their powerful PCP air rifle. With a weight of 79.77 grains and a calibre of 9 mm / .35 these projectiles are among the heaviest in their class. The Domed ball shape provides an optimal balance between penetration force and flight stability. This airgun ammunition fits PCP systems perfectly with sufficient power to effectively exploit the high projectile weight.

When testing these AEA diabolos, we immediately noticed the difference with lighter ammunition. The projectiles remained stable to distances beyond 100 metres, with the heavy mass ensuring a predictable trajectory. Unlike lighter pellets that can spin at high joule values, these Center Punch projectiles retained their stability. The heavier weight makes them less sensitive to crosswinds, which was especially noticeable when shooting at long distances. The domed shape contributes to a stable flight, ideal for consistent groups at distance.

The calibre of 9 mm / .35 combined with the weight of 79.77 grains makes this a substantial projectile. The Domed shape provides good aerodynamic properties while maintaining sufficient mass for impact. This diabolo pellets are made of high-quality lead that is consistent in shape, contributing to accuracy. With 100 pieces per pack, you will have enough ammunition for extended shooting sessions. Testing different grains remains valuable for optimal accuracy - each air rifle reacts differently to different projectile weights. A chronograph helps you measure energy output to find the best match.

This heavy ammunition is ideal for experienced PCP shooters with powerful systems from 110 joules upwards. If you are looking for precision balls for long distances, then these Centre Punch projectiles offer the stability and impact you need. The combination of the heavy weight and domed shape makes them perfect for precision shooting where wind resistance and a flat bullet trajectory are crucial. Their substantial mass means they conserve energy over longer distances.