First Light Tomahawk Mehrfarbiges taktisches Licht

What light modes does the First Light Tomahawk MultiColor (MC) Series offer?

The Tomahawk MC Series delivers multi-spectrum illumination including white (primary illumination), red (night vision preservation and reduced light signature), infrared/IR (NVG-compatible), and optionally blue (vein identification for IV access) and UV (body fluid detection and forensic applications). The blue and UV task light options are selected at the time of purchase and are not retrofittable.

Why does a tactical medic need a hands-free light instead of a standard flashlight?

Treating a casualty at the point of injury — applying a tourniquet, packing a wound, or managing an airway — requires full bilateral hand dexterity. A standard handheld flashlight eliminates one hand from the procedure. The Tomahawk MC's hands-free design allows the medic to maintain light on the work area while keeping both hands free throughout the intervention, improving both speed and technique quality in low-light conditions.

What colors are available for the First Light Tomahawk MC?

The Tomahawk MC is available in Olive Drab and Coyote Tan, each with three task light configurations: no task light (white only), UV module, or Blue module. This results in five SKU combinations: MEDTAC0998 (OD/None), MEDTAC0999 (OD/UV), MEDTAC1000 (OD/Blue), MEDTAC1001 (CT/None), and MEDTAC1002 (CT/UV).

Is the First Light Tomahawk MC used by military or law enforcement?

Yes. First Light USA is the recognized leader in combat-specific lighting and the Tomahawk series has been fielded with U.S. military special operations units and law enforcement tactical teams. The hands-free design and multi-spectrum capability were developed in direct response to requirements identified by tactical medical professionals in operational environments.

What is the difference between the blue light and UV light options on the Tomahawk MC?

The Blue task light module is primarily used for clinical applications, most notably vein identification to support IV access in low-light conditions — blue light causes veins to appear more prominently through skin. The UV (ultraviolet) module is used to detect body fluids, identify contamination, and perform forensic assessments. Both are purpose-built for the clinical and operational demands of tactical medical responders.