Rheinmetall

VARIABLE TACTICAL AIMING LASER

The Laser Module “Variable Tactical Aiming Laser” (LM-VTAL) from Rheinmetall Soldier Electronics (RSE) is a highly ruggedized, compact laser aiming and illuminating system, specifically designed to seamlessly integrate with today’s compact assault rifles and withstand the harshest conditions.

It is equipped with a powerful visible aiming laser, an IR aiming laser, an IR illuminator, as well as an illuminator for Close Quarter Battle (CQB) in a fully integrated co-aligned laser block. This innovative system provides the operator with superior illumination beam quality that increases their situational awareness in all environments. The LM-VTAL is compatible with almost all in service night vision devices.

The full metal case with integrated mount, features a flat construction so that holographic sights are not obstructed.

Eye safe training mode for effective force on force training. Laser output power is set by smart colour-coded trigger cables or dongles (RSE patent granted) e.g. white and blue for training, black and grey for operations.

Further options include Y-cables to interface to a variety of tactical lights, including the RSE TL-MissionLight.

FEATURES

• Electronically focusable IR illuminator
• IR aiming laser
• Visible aiming laser (green or red)
• Near field flood for indoor and outdoor use (smooth, stepless)
• All lasers co-aligned to bore sight with a single adjustment
• Laser centered on the barrel axis of the weapon
• Different laser power modes for training and combat
• Close-fitting design (when top mounted, sights are not obstructed)
• Robust lightweight with around 145g
• Waterproof up to 30m for 2h (IP68)
• Powered by one IEC CR17345/CR123 battery

CONNECTIVITY

• •Standard picatinny mount (MIL-STD-1913/STANAG4694)
• •Dongle: selection of laser power for training or combat
• • Triggercable: selection of laser power for training or combat
• •Y-cable: For combination with different weapon lamps (Rheinmetall or third party)
• •Easy single button operation