Unity Taps Sync Sf Crane Blk V2

The Unity Tactical TAPS Sync SF Crane Black V2 is a precision weapon-mounted pressure switch system engineered for operators who demand low-profile, reliable control of tactical electronics in the field. Built as a complete one-point command and control platform, the TAPS Sync delivers dual-device capability for lights and lasers, integrating seamlessly with modern tactical rails without requiring custom mounting solutions.

Constructed from lightweight durable polymer, the V2 model weighs just 0.19 lbs—negligible additional mass on a carbine or rifle platform. The compact footprint (5 x 1 x 7 inches) ensures the switch remains ergonomic and accessible during transitions, target acquisition, and dynamic movement. Direct rail attachment eliminates picatinny rail clutter and keeps the pressure interface in true alignment with your grip. The dual-device architecture allows independent operation of weapon-mounted lights and aiming devices from a single intuitive control point, streamlining crew-served or multi-shooter operations where electronics coordination matters.

This configuration addresses the tactical pressure switch needs of patrol teams, tactical support operators, and serious trainers running modern weapon systems. Agencies and private operators running precision rifles, short-barreled rifles, or carbines benefit from the simplified electronics management—particularly in low-light entries, surveillance operations, or range training scenarios where maintaining consistent light and laser activation directly impacts target engagement speed and accuracy. The black finish integrates with standard tactical furniture and provides reliable durability across field conditions.

The TAPS Sync platform represents the evolution of weapon-mounted control systems, moving beyond single-device switches to enable multi-electronics synchronization on the operator's timeline. Unlike universal pressure pads that require constant reconfiguration or compromise on ergonomics, the Unity design prioritizes immediate, repeatable actuation under stress and equipment load.