The Unity Tactical ModButton Lite transforms weapon-mounted light activation with its streamlined single-lead design for Surefire switches. This compact pressure pad eliminates the bulk of traditional tape switches while maintaining full momentary and constant activation control.
What Makes This Different
Unlike standard tape switches that require adhesive mounting and create snag points, the ModButton Lite integrates directly into M-LOK slots for a clean, low-profile installation. The single-lead configuration reduces cable management complexity while the ergonomic button placement allows natural thumb activation without compromising grip. At just 0.8 ounces, it weighs 60% less than comparable dual-lead systems.
Key Features
- Direct M-LOK integration eliminates tape and adhesive mounting
- Single 7-inch lead compatible with Surefire Scout series lights
- Momentary and constant-on activation modes
- Anodized aluminum construction with polymer overmolding
- Low-profile design reduces snag hazards
- Ambidextrous button placement for left/right hand operation
- Weather-sealed connector prevents moisture ingress
Field performance demonstrates reliable activation across temperature extremes from -20°F to 140°F. The sealed construction withstands submersion testing while maintaining consistent electrical contact. Competition shooters appreciate the reduced bulk during transitions, while tactical users benefit from the snag-resistant profile during vehicle operations and close-quarters movement.
Technical Specs
- Weight: 0.8 ounces
- Length: 1.5 inches
- Width: 0.75 inches
- Cable length: 7 inches
- Material: 6061-T6 aluminum body, polymer button
- Finish: Type III hard-coat anodize
- Mounting: M-LOK compatible (requires 1 slot)
- Compatibility: Surefire Scout Light series
- Operating temperature: -20°F to 140°F
- Made in USA
The ModButton Lite delivers professional-grade light control without the compromises of bulky tape switches. Its precision manufacturing and American-made quality ensure consistent performance when activation speed matters most.