Streamlight Dual Remote Pressure Switch - Includes mounting kit

The Streamlight Dual Remote Pressure Switch with mounting kit delivers flexible weapon-mounted light activation for tactical and professional users. This dual-pad design allows operators to engage the light from either side of the firearm, accommodating both left- and right-handed shooters without repositioning the grip or changing hand position during critical moments. The included mounting kit ensures straightforward installation on compatible Streamlight weapon lights, making it an essential accessory for duty weapons, home defense setups, and tactical training environments.

The remote pressure switch architecture separates light activation from the weapon's primary controls, allowing the shooter to toggle illumination without disturbing sight picture or trigger finger placement. This is particularly valuable during low-light target identification, room clearing, or scenarios where momentary illumination is tactically advantageous. The dual remote pressure switch design accommodates the reality that threat responses often occur from unpredictable angles—either side pad activation ensures the light functions regardless of shooting position or stance. The compact, durable construction handles repeated deployment in field conditions and training scenarios.

Law enforcement, military personnel, security professionals, and serious civilian shooters rely on weapon-mounted light systems for tactical applications where hands-free illumination is non-negotiable. The dual remote pressure switch extends that capability to users who need flexibility across different firing positions or environments. Whether mounted on a rifle, shotgun, or other platform compatible with Streamlight systems, this switch configuration reduces the learning curve for teams with mixed-handedness or rotating operator roles. For anyone upgrading an existing Streamlight weapon light system, this dual remote switch represents a meaningful enhancement to operational effectiveness and user adaptability.