Mft Torch Backup Light Ir/red Blk

The Mission First Tactical Torch Backup Light IR/Red Black is a compact Picatinny-mounted illumination device engineered as a secondary light source or stealth-optimized primary option for tactical operations. Featuring IR and red LED outputs, this low-profile backup light delivers 20 lumens of output while maintaining signature reduction during patrol, navigation, and target approach scenarios where full-spectrum illumination would compromise operational security.

The unit weighs just 0.13 lbs (22 grams), minimizing rail-mounted load and keeping equipment package weight critical for sustained operations. Its pressure pad activation allows instant on/off control without manipulation of the light body itself—a significant advantage during room clearing or rapid-deployment scenarios. The battery door opens with a quarter-turn design, enabling quick field battery changes without tools. One CR2016 battery is included. With a 12-hour continuous burn time and 10-year storage lifespan, the backup light provides reliable reserve illumination for law enforcement, military operators, and defensive shooters who understand the value of redundant light sources on the carbine or pistol platform.

This is the ideal choice for operators who prioritize stealth capability or who need a dedicated secondary light that doesn't drain primary power sources. The IR output enables night vision coordination without visible light discipline compromise. Law enforcement conducting building searches, military conducting concealment-critical operations, and home defense shooters establishing backup illumination all benefit from a light source specifically designed for low-signature applications rather than maximum output.

Backup lights serve a distinct role in tactical loadouts. Where primary lights prioritize peak output and range, secondary lights prioritize activation reliability, minimal signature, and independence from primary power systems. This MFT unit fills that role with proven industrial design and straightforward activation—no electronics or complex interfaces to malfunction under stress.