LimbSaver AirTech Precision-Fit Recoil Pad
In the realm of shooting, comfort and precision are not just luxuries—they're necessities. The LimbSaver AirTech Precision-Fit Recoil Pad stands as a testament to this truth. Engineered with meticulous attention to detail, this recoil pad is designed specifically for synthetic stocks found on a variety of rifles, shotguns, and muzzleloaders from reputable manufacturers like Christensen Arms and Remington.
The hallmark feature of the AirTech line is its atmospheric chambers. These chambers work tirelessly to dissipate energy uniformly across your firearm's stock. This translates into a remarkable 70% reduction in felt recoil—a difference you can feel after every shot. By minimizing discomfort and bruising, it allows shooters to extend their practice sessions without compromising accuracy or stability.
Constructed with LimbSaver's proprietary NAVCOM material—Noise and Vibration Control Material—the pad effectively absorbs vibrations over a wide range of frequencies. This unique composition also incorporates anti-muzzle jump technology, ensuring faster target re-acquisition after each discharge.
Whether you're braving harsh weather conditions or enjoying clear skies at the range, the recoil pad’s non-slip surface guarantees steadfast grip against your shoulder. For those utilizing models that require an additional adapter plate for installation, assistance from LimbSaver Customer Support ensures seamless compatibility.
Proudly engineered and handmade in the USA, LimbSaver products are trusted by outdoor enthusiasts as well as military and law enforcement professionals nationwide. Embrace superior control; choose LimbSaver’s AirTech Precision-Fit Recoil Pad for an unparalleled shooting experience.
Features
- reduces felt recoil by up to 70 percent
- uses limbsaver's proprietary vibration-dampening navcom technology (noise and vibration control material)
- anti-muzzle jump technology for faster target re-acquisition
- atmospheric chamers produce a substantial increase in performance through uniform energy dissipation
- non-slip surface for use in extreme weather