AKS BULLETS 9MM 124GR (250)
AKS BULLETS 9MM 124GR (250)
The Standard in Balanced Performance
Achieve professional-grade consistency with Tesmar’s 124-grain Full Metal Jacket (FMJ) projectiles. Engineered for the high-volume South African shooter, these bullets provide the ideal middle ground between light 115gr training rounds and heavy 147gr subsonic loads.
Achieve professional-grade consistency with Tesmar’s 124-grain Full Metal Jacket (FMJ) projectiles. Engineered for the high-volume South African shooter, these bullets provide the ideal middle ground between light 115gr training rounds and heavy 147gr subsonic loads.
This 250-count pack is perfect for reloaders who need a reliable, precision-made component for IPSC, IDPA, or standard range practice.
Product Highlights
- Optimal Weight Balance: At 124 grains, these projectiles provide enough mass for reliable cycling in virtually any semi-auto pistol while maintaining the velocity needed for excellent accuracy.
- Precision Copper Jacket: Features a uniform, high-quality copper jacket that prevents lead fouling in your barrel and ensures consistent flight characteristics.
- NATO-Standard Profile: The Round Nose (RN) profile guarantees smooth feeding from the magazine to the chamber, reducing the risk of failures to feed (FTF) during competition or drills.
- Value-Driven Quantity: The 250-pack is an ideal mid-size volume for shooters who want to test new load data or stock up for a weekend match without committing to a full case of 1,000.
Technical Specifications
- Caliber: 9mm Parabellum / 9x19mm Luger
- Bullet Weight: 124 Grain
- Diameter: .355″
- Bullet Style: Full Metal Jacket Round Nose (FMJ-RN)
- Quantity: 250 Projectiles per pack
- Recommended Use: Target Practice, Competitive Shooting, and Tactical Training
Why Choose Tesmar Components?
Tesmar is a trusted South African manufacturer that understands the needs of the local shooting community. Their components are designed to work seamlessly with popular local powders and primers, ensuring you can build a load that is both accurate and affordable.
