Heatseeker Chassis w/ 14 Handguard - Ruger American Ran

SKU : KR-SPB-SBC05
Regular price $475.99
Regular price $690.99 Sale price $475.99

Description

Heatseeker is an innovative, affordable chassis system for your bolt action rifle, allowing you to easily upgrade a traditional factory rifle stock for improved versatility and a sleek, modern appearance. This 1lb, 3 ounce chassis is machined from billet (solid block) high-strength 6061-T6 aluminum and includes a 10 ounce, 14 handguard cut from a unique extrusion shape exclusive to Sharps Bros. Both the chassis body and the handguard are finished in a matte black Cerakote. The handguard features MLOK slots on 4 sides for various attachment options (light, bipod, night vision, ARCA rail...) and two quick disconnect fittings per side for sling attachment. Add your grip of choice with Heatseekers standard AR15 grip interface. Heatseekers built in AR buffer interface allows you to further customize your rifle with your preferred AR15 type stock. The Ruger American is a great, low cost, good quality rifle that is phenomenally accurate for their low price point. With Heatseeker you can easily and affordably convert your Ruger American Ranch into an enhanced chassis system. Heatseekers sleek contemporary design will completely transform the look of your rifle, with no need to visit a gunsmith: the simplified instructions and functionality makes installation a breeze.

Prop 65 CA

 WARNING This product may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to  www.P65Warnings.ca.gov  . You must be 18+ years old to shop and or purchase on our website and 21+ to purchase Ammunition/Firearms. Check local laws before ordering as you certify you are of legal age and satisfy all federal, state, and local legal/regulatory requirements. There are NO returns or exchanges on armor, firearms, ammunition, PPE equipment. Ammo ships UPS ground to the lower 48 states.

 We reserve the right to fix any critical errors.