Skeletonized Angled Foregrip For M-LOK (Anodized Red)

Description

This Skeletonized Angled Foregrip is engineered for direct attachment to M-LOK rail systems, providing a secure mounting point for forward hand placement. Constructed from 6061 T6 Aluminum, the component offers a high strength-to-weight ratio while maintaining structural integrity under recoil. The unit features a compact skeletonized design that reduces overall mass without compromising the ergonomic profile required for consistent grip placement. The angled orientation is calculated to align the hand with the natural axis of the rifle, improving control during dynamic shooting positions. The foregrip weighs exactly 1 oz, a specification that contributes to the overall balance of the upper assembly. Its length is specified at 3.25″, allowing it to fit within standard handguard lengths without interfering with accessory mounting slots. Installation is achieved by sliding the unit into the M-LOK grooves and securing it with two provided M-LOK screws, ensuring a rigid connection that prevents rotation or shift during use. The exterior is finished with an Anodized Red coating, which provides corrosion resistance and a distinct visual identifier against standard black or FDE components. Compatibility extends across multiple platforms, including AR-15 rifles chambered in 5.56 and 9mm Cal, as well as AR-308 systems in .308 Caliber. The anodization process ensures the Red finish remains durable against environmental exposure and handling wear. This part is designed for experienced builders who require precise fitment and specific aesthetic integration within their custom builds. The triangular cutout in the center reduces material usage, further lightening the component while maintaining the necessary wall thickness for screw retention. The textured sides offer enhanced friction for the shooter’s hand, reducing slippage during rapid transitions. This foregrip serves as a functional upgrade for those seeking to optimize their weapon’s ergonomics and weight distribution.