Berry's Hybrid Hollow Point Handgun Bullets 9mm .356" 147 gr HHP 1000/ct

Berry's Hybrid Hollow Point Handgun Bullets 9mm .356" 147 gr HHP 1000/ct provide high-volume shooters and reloaders with a reliable projectile designed for consistent expansion and terminal performance. This 147-grain heavy-for-caliber option is engineered to bridge the gap between traditional target rounds and duty-style hollow points, making it an ideal choice for realistic training scenarios. Whether you are prepping for a competition or refining your defensive skills, these bullets offer the ballistic consistency required for serious range work. The large 1000-count bulk pack ensures that high-tempo training cycles remain uninterrupted by supply shortages.

Built with a swaged lead core and a bonded copper plating, these projectiles minimize barrel fouling while maintaining structural integrity upon impact. The hybrid design incorporates two distinct hollow point development concepts to achieve a controlled penetration depth of 11 to 13 inches in ballistic gelatin when loaded at recommended velocities. This specific .356" diameter and 147-grain weight are optimized for subsonic performance, providing a softer recoil impulse and reduced report when used with suppressed platforms. By utilizing a bonded construction, the copper jacket remains attached to the core, ensuring maximum weight retention and predictable energy transfer.

Law enforcement professionals and competitive shooters will find these bullets especially effective for replicating the feel of heavy-grain duty ammunition without the premium cost of factory defensive loads. The projectile profile is designed for smooth feeding in modern semi-automatic handguns, reducing the likelihood of malfunctions during high-stress drills. Reloaders can fine-tune their recipes to meet specific power factors or velocity requirements while relying on the proven accuracy of Berry's manufacturing standards. These components are a staple for those who demand precision and reliability in their high-volume reloading operations.