The Armscor FAC300AAC1N delivers consistent 300 Blackout performance with 147-grain full metal jacket projectiles engineered for reliable feeding and accuracy. This ammunition provides shooters with dependable subsonic velocity ideal for suppressed applications and close-range engagements.
What Makes This Different
Armscor's 147-grain FMJ load operates at subsonic velocities around 1,010 fps, making it naturally suppressor-friendly without requiring specialized subsonic loads. The heavier bullet weight maintains energy downrange better than lighter 300 Blackout options. Philippine manufacturing under strict quality controls ensures consistent powder charges and bullet seating depth across production runs.
Key Features
- 147-grain full metal jacket bullets for deep penetration and reliable expansion
- Subsonic velocity reduces noise signature and eliminates supersonic crack
- Brass cases suitable for reloading with standard dies
- Non-corrosive Boxer primers for consistent ignition
- 20 rounds per box packaging for range sessions and training
- Compatible with all 300 Blackout chambered firearms
- Bulk case quantities available for high-volume shooters
This ammunition excels in suppressed rifle applications where noise reduction takes priority over maximum velocity. The 147-grain projectile stabilizes well in standard 1:7 and 1:8 twist barrels common to 300 Blackout platforms. Indoor range shooting benefits from the reduced muzzle blast and flash signature. Law enforcement and military training scenarios utilize this load for close-quarters battle simulation.
Technical Specs
- Caliber: 300 AAC Blackout (.300 BLK)
- Bullet Weight: 147 grains
- Bullet Type: Full Metal Jacket (FMJ)
- Muzzle Velocity: Approximately 1,010 fps
- Case Material: Reloadable brass
- Primer: Non-corrosive Boxer
- Quantity: 20 rounds per box
- Manufacturer: Armscor (Philippines)
Professional shooters choose Armscor ammunition for its manufacturing consistency and value proposition. The 147-grain FMJ configuration handles feeding issues common with lighter bullets in semi-automatic platforms while maintaining accuracy standards required for precision applications.