B.E. Meyers MAWL C1+ Visible Laser / IR Illuminator

The MAWL®-C1+ is the world’s first commercially available NIR and visible green laser aiming device using Class 1+™ technology. The MAWL®-C1+ retains all of the ergonomic, clarity, modularity, and interface enhancements of the MAWL®-DA, and offers more infrared illumination output power than any FDA Class 3R or Class 1 laser on the commercial market.

The MAWL®-C1+ has significantly greater illumination range as well as improved beam pattern and quality at all ranges compared to other commercially available laser devices. The laser’s design simplifies complex multi-position switches and consolidates these choices into the settings you need: Close Range, Mid Range, and Long Range, with the power and divergences appropriate for each.

Tighter Divergences
Reduction in divergences across all MAWL settings have been implemented to provide greater clarity and illumination at longer ranges; meanwhile reducing potential illumination of closer objects that may distract the shooter, such as blades of grass, shrubbery/vegetation, etc. As part of this, they removed the stacked divergences on mid-range to provide distinct settings in line with end-user preferences.

Intuitive and Immediate Operation: All (A) Buttons are intended for longer-ranges with tighter divergences, and all (B) buttons are intended for shorter ranges with wider divergences.

TripleClick
Two additional settings have been added to MAWL-C1+, providing two more modes of operation. Whereas there were 6 settings before, now there are 8, providing the end-user with a greater multitude of options depending on environment and application.  

A new High-Power “TripleClick” capability has been added allowing the end-user more control at further distances. Triple clicking [PUSH-PUSH-HOLD] the (A) or (B) button works to activate/deactivate alternate divergence and power output settings in the Long-Range mode. This allows them to ensure Close, Mid, and Long Range settings include settings most appropriate for both modern and legacy night vision tube sensitivities.