7″ Ultra Lightweight Thin M-LOK Free Floating Handguard With Monolithic Top Rail (Gold Plated)

Description

This 7 inch M-LOK free floating handguard is constructed from T6 Aluminum and finished with a Gold Plated surface. Designed for AR-15 platforms, the unit features a Monolithic Top Rail that slides over the barrel nut and locks against the receiver using six screws. This configuration ensures a tight fit-up, maintaining rail alignment without independent floatation from the upper receiver. The internal diameter measures 1.34 inch, providing clearance for standard barrel profiles while keeping the overall profile thin. A Proprietary Barrel Nut is included in the assembly, securing the handguard in place. The total weight, including the barrel nut, is 6.5 oz, contributing to a balanced feel for builders prioritizing reduced mass. The side cutouts follow a solid pattern, offering attachment points for accessories via Thin M-LOK system. Manufactured in the USA, this component serves as a direct replacement or upgrade for standard rail systems. The gold plating provides a distinct aesthetic while the aluminum body offers structural integrity. The carbine length design fits standard gas tube lengths, making it compatible with typical upper receiver configurations. Builders should verify barrel diameter compatibility with the 1.34 inch internal specification before installation. The monolithic top rail eliminates the gap often found between handguards and upper receivers, creating a unified sighting plane. This handguard does not include mounting hardware beyond the six screws required to secure it to the receiver. Thin M-LOK slots allow for modular accessory placement along the sides and bottom. The gold finish is applied to the exterior surfaces, visible in the product imagery. The T6 aluminum material is heat-treated for strength-to-weight ratio. The proprietary barrel nut ensures proper tension and alignment during the locking process. This product is intended for use by experienced builders familiar with AR-15 assembly procedures.