Mako Group Quick Release Tactical Vertical Grips with Battery Storage

The F.A.B. Defense Mako Group Quick Release Tactical Vertical Grip with Battery Storage delivers reliable hand control and auxiliary power management in a single compact accessory. Built from lightweight polymer, this vertical grip mounts directly to Picatinny rail systems without gunsmithing, making it an immediate upgrade for duty rifles, training carbines, and tactical platforms where ergonomic control and mounted electronics support are priorities.

The grip features a no-slip surface texture that maintains purchase even in wet conditions or gloved operation. A double-sided pressure pad housing accommodates both left- and right-hand shooters, while the quick-release attachment mechanism allows rapid deployment or removal without tools. An internal waterproof battery compartment stores spare cells for mounted optics, lights, or lasers—critical for extended operations where battery accessibility is restricted. Dual mounting options (quick-release and supplemental locking screw) ensure secure attachment under recoil and vibration. Weighing only 0.4 pounds, the grip adds minimal material bulk while preserving weapon balance and swing speed.

This accessory suits law enforcement patrol carbines, tactical training environments, and operators who value integrated solutions over multiple rail-mounted accessories. The sealed battery compartment protects against mud and moisture in field conditions, while the ergonomic forward grip improves target transitions and recoil management during sustained fire. Available in OD Green and Desert Tan, the F.A.B. Defense Mako Group integrates into modern rifle platforms without requiring permanent modification.

Vertical grips on modern tactical rifles have become standard for CQB-optimized platforms and short-barreled carbines. The Mako Group's integrated battery storage distinguishes it from basic grips, eliminating the need for separate pouches or rail-mounted battery holders. Operators managing multiple mounted systems appreciate consolidated power management and the reduced clutter that results.