The Magpul Hunter Lite Stock for Savage Axis rifles offers a lightweight and durable upgrade designed to enhance your shooting experience. Constructed with high-quality polymer, this stock provides a rugged yet lightweight solution that weighs approximately 2.9 pounds, making it ideal for hunters and shooting enthusiasts seeking mobility without compromising strength. Its olive drab green finish ensures a tactical look and resistance to the elements, suitable for outdoor environments. The stock features a length of pull adjustable between 13 inches and 15 inches, allowing for a customized fit to accommodate different shooter preferences and body sizes. This adaptability enhances comfort and accuracy during extended shooting sessions or hunting expeditions. The Magpul Hunter Lite Stock is designed specifically to fit the Savage AXIS, ensuring a secure and precise fit for seamless installation and reliable performance. Built with attention to detail, it offers a streamlined profile that minimizes weight while maintaining structural integrity, making it an excellent choice for those prioritizing mobility and quick handling. The stock does not include an optic or illuminated reticle, focusing solely on providing a robust foundation for your rifle enhancements or adjustments. Whether you're upgrading your hunting rifle or looking for a dependable stock for tactical applications, the Magpul Hunter Lite Stock offers a perfect balance of lightweight design, durability, and customizable fit for Savage AXIS rifles. Easy to install and built to last, this accessory enhances your firearm's ergonomics and operational efficiency, ensuring you stay prepared for any shooting scenario.
Features:
- Fits Savage AXIS rifles for a precise and secure upgrade
- Lightweight construction at approximately 2.9 pounds for easy handling
- Adjustable length of pull from 13 inches to 15 inches for customized comfort
- Durable olive drab green finish for tactical aesthetics and weather resistance
- Designed for seamless installation with reliable fit and structural integrity
