About Us
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Veteran-Owned Business
Our Story
Halworx Ballistics is a Veteran-Owned business that manufactures precision small arms ammunition with the purpose of bringing high quality products to the marketplace for the discerning hunter, sportsman, and sportswoman alike.
Our Process
Halworx ammunition is proudly manufactured on Mark7 Revolution machines and Dillon Precision modified commercial units and are meticulously hand-inspected through ammo checkers to verify that ammunition is to spec and chamber in your factory firearm. All Halworx ammunition is carefully developed to be safe and prior to releasing a load, that load is pressure tested to verify safe PMAX pressures.
OUR MISSION
At Halworx Ballistics, our mission is to set the standard for excellence in the boutique niche ammunition industry by providing superior performing precision loaded ammunition that ensures consistent reliability.
HALWORX BALLISTICS ADVANTAGE
Halworx Ballistics means selecting quality, personal customer care, and precision. Our Ammunition is crafted with consistency, ensuring exceptional accuracy and reliability. We adhere to high standards in quality control, guaranteeing safety and dependability in every shot. At Halworx Ballistics, we prioritize our customers, offering exceptional customer service and support. We can be reached if there are concerns, you’ll never wait days, weeks, or never like with some of the other outfits, and if there’s something wrong…we make it right.
OUR TESTING
Indoor and Outdoor Testing
All ammunition is tested in SAAMI spec chambers, or industry standard chambers for wildcat cartridges through real world barrel lengths in multiple platforms to achieve real world velocities, not inflated performance figures in controlled environment testing from impractical barrel lengths.
Load development testing is conducted both inside and outside. Special attention is emphasized on outdoor testing where ammunition is exposed to various elements and temperature extremes to ensure the resulting product isn’t underperforming or over-pressured.
Stability testing is conducted at approximately 700 ft ASL, where the air is more dense, to confirm gyroscopic stability.