Tactical Flashlight & Green Laser for M-Lok Rail, 550 Lumens, Rechargeable

Detailed Specifications

M9L-G Mini Tactical Light Laser Combo: Low-Profile Design for Versatile Attachment

• ** Compatible with M-Lok Rails **: The M9L-G is designed for M-Lok rail surfaces, allowing direct attachment without the need for additional rail adapters. This ensures a seamless and secure fit on your tactical gear.

• ** Robust and Durable Construction **: Crafted from lightweight, yet rugged hard-anodized aluminum, the combination light and laser is both water-resistant and shockproof. It is built to withstand harsh outdoor conditions and various environments, maintaining optimal performance.

• ** Enhanced Zero and Recoil Resistance **: The M9L-G is engineered to maintain perfect zero, outperforming most gun sights. It effectively counteracts recoil, providing accurate illumination and aiming assistance.

• ** High-Performance Laser and Light Output **: Equipped with an IIIa Class Green Laser with a power output of ≤5mW and a 520nm wavelength, the laser features excellent visibility. During the day, the laser reaches up to 200 meters, and at night, it extends to an impressive 1000 meters. Additionally, it combines a powerful 550 lumens LED light to enhance your visibility in any situation.

• ** Easy Recharging and Built-in Features **: The M9L-G is fitted with a built-in magnetic USB rechargeable feature. Simply place the supplied USB charging cable into the charging port for a hassle-free and easy charging experience. The device can be remotely activated using an ambidextrous momentary-and constant-on switch, designed for both left- and right-handed users.

• ** Strobe Feature and Enhancements **: The M9L-G offers a strobe feature for the 550 Lumen LED light and 520nm wavelength green laser, adding an extra layer of security and effectiveness. This feature is ideal for attracting attention or signaling in critical situations.

This M9L-G Mini Tactical Light Laser Combo is designed to meet your tactical needs, providing reliable performance in any environment.