WARNE XSKEL Gen 2 Extended Skeletonized MSR Scope Mount

The WARNE XSKEL Gen 2 Extended Skeletonized MSR Scope Mount is a precision one-piece cantilever mount designed to position optics at the ideal height and forward location for modern sporting rifles and AR platforms. CNC precision machined from 6061-T6 aluminum, the skeletonized body and ring caps save weight while steel threaded inserts and hardware reinforce critical areas to deliver a lightweight yet rigid mounting platform. The extended forward cantilever provides added eye relief and clearance for LPVOs and optics with 24–56mm objectives, supporting a wide range of low-power variable optics. Engineered to be thick and heavy-duty where needed and light where possible, the mount maintains return-to-zero reliability in field conditions and is compatible with common mounting systems such as Weaver.

• LIGHTWEIGHT AND RIGID CONSTRUCTION - The skeletonized design of the Gen 2 MSR Mount, along with steel hardware and threaded inserts, offers a lightweight yet rigid mounting platform. This ensures durability and stability during shooting sessions.
• CNC PRECISION MACHINED - Meticulously crafted with CNC precision machining from 6061 aluminum. This manufacturing process guarantees excellent quality, precise fit, and reliable performance in the field.
• EXTENDED CANTILEVER DESIGN - With a forward cantilever design, the Gen 2 scope mount provides ample clearance for proper eye relief, mainly when using scopes with larger eye boxes. This cantilever creates additional space behind the support.
• IDEAL HEIGHT - Designed to provide the perfect height for modern sporting s, this scope mount ensures proper optic placement on platforms. This feature allows for a comfortable shooting position and optimal eye alignment with the scope.
• VERSATILE COMPATIBILITY - It is an excellent scope mount choice for low-power variable optics (LPVOs) and variable scopes with a 24-56mm objective. Its versatile design and side clamp configuration offer compatibility with a wide range of optics.