True Precision introduces the True-Lock Compensator for the Springfield Hellcat series, designed for enhanced control and performance. This innovative compensator reduces recoil and muzzle rise without messy installations, utilizing a secure clamping system instead of set screws. Made from lightweight aluminum, it promises reliability for both carry and range shooting.
True Precision states “The True Precision True-Lock Compensator is built to deliver next-level control and performance for the Springfield Hellcat and Hellcat Pro. Designed to pair seamlessly with our threaded barrels, it’s a natural upgrade that brings flatter shooting, reduced recoil, and quicker follow-up shots—without the thread-locking mess. Whether you’re starting a new build or enhancing your current setup, this compensator offers a clean, reliable solution made for carry and range use alike.
Micro and subcompact pistols like the Hellcat and Hellcat Pro are built for concealability—but with that size often comes snappy recoil and muzzle rise. A compensator helps mitigate those effects by redirecting gases upward and outward, keeping your muzzle flatter and helping you stay on target.
Traditional compensators often rely on set screws or require thread-locking compound, which can lead to thread damage, stuck attachments, or messy clean-up during maintenance. That’s where True Precision’s solution changes the game.
The True-Lock Compensator is engineered to give you all the benefits of recoil control—without the typical downsides. Its integrated locking block system securely clamps the compensator in place using the barrel’s threads, with no need for set screws or thread locker.
Machined from lightweight, durable aluminum and Black Anodized finish, the True-Lock Compensator is made in the USA and built for reliability, round after round.”
KEY FEATURES:
- No thread locker needed
- No set screws to mar your barrel
- Easy on, easy off installation
- Secure fit that won’t walk loose
- Snag-free profile ideal for concealed carry
Learn more about True Precision. CLICK HERE