SureFire High Output LED Forend WeaponLight for H&K MP5, HK53 & HK94

SureFire High Output LED Forend WeaponLight for H&K MP5, HK53 & HK94

Upgrade your tactical illumination on legendary HK platforms with the SureFire 628LMF-B High-Output LED Forend WeaponLight. Designed as a direct replacement for the original handguard furniture on Heckler & Koch MP5 submachine guns, HK53 rifles, and HK94 carbines, this battle-ready 6-volt system delivers intense, reliable illumination required to dominate low-light tactical operations. Powered by two included 123A lithium batteries, the 628LMF-B pumps out a blinding 1,000 lumens focused into a tight, high-candela beam tailored for close- to medium-range target identification.

Constructed from tough, lightweight polymer with a Mil-Spec hard-anodized aluminum bezel and a tempered glass window, the 628LMF-B is engineered to withstand extreme recoil, drop impacts, and harsh weather conditions. Its integrated switching interface ensures natural weapon handling—featuring an intuitive right-side momentary-on pressure pad and a left-side rocker-type constant-on switch, allowing complete light control without compromising your normal firing grip.

Features

1,000-Lumen High Output & TIR Lens:
Produces a brilliant 1,000-lumen beam with 10,600 candela peak intensity and a 200-meter throw, using a Total Internal Reflection (TIR) lens for optimal situational awareness.

Direct H&K Forend Integration:
Replaces original forend furniture on HK MP5, HK53, and HK94 models for a seamless, ergonomic, factory-integrated upgrade.

Intuitive Ergonomic Switching:
Equipped with a right-side momentary pressure pad and a left-side constant-on rocker switch for instant tactical control while maintaining a solid shooting stance.

Rugged Hybrid Construction:
Combines an impact-resistant polymer forend body with a Mil-Spec hard-anodized aluminum bezel and tempered window glass for long-term field durability.

Weatherproof O-Ring Seals:
O-ring and gasket sealed to resist water, dust, and environmental contamination in demanding field conditions.

Specifications