Lenco 2 1/4" Stroke XD Actuator 3/8" 24V

The Lenco 2 1/4" Stroke XD Actuator 3/8" 24V is a precision electromechanical actuator engineered for tactical vehicles, breaching equipment, and specialized law enforcement applications where reliable linear motion control is mission-critical. Built to military and law enforcement standards, this actuator delivers the consistent force and durability required in high-stakes operational environments where equipment failure is not an option. Whether deployed on SWAT entry systems, armored vehicle platforms, or specialized tactical apparatus, the XD Actuator has earned trust through proven field performance across domestic and international deployments.

This 24-volt DC-powered actuator generates smooth, controlled linear extension and retraction across a 2 1/4-inch stroke, making it ideal for door rams, hatch mechanisms, and equipment deployment systems that require finite positional control and repeatable accuracy. The 3/8-inch connection interface ensures compatibility with standard Lenco platform mounting systems, while the robust mechanical design handles the shock loads and vibration inherent to tactical vehicle operations. At 4 pounds, the compact form factor minimizes vehicle weight penalties without compromising structural integrity or load-bearing capacity—a critical consideration for armored platforms operating under strict payload limitations.

Tactical units, armored response teams, and specialized law enforcement agencies rely on the Lenco XD Actuator for mission-critical breaching platforms and tactical vehicle systems where precision engineering directly impacts operational success and officer safety. Installation integrates seamlessly with existing Lenco ram and pump assemblies; ensure 24V power supply is isolated from primary vehicle circuits and that mounting brackets provide adequate load-bearing support for anticipated duty cycles. Professional installation by personnel familiar with hydraulic/pneumatic systems and tactical vehicle integration is strongly recommended to ensure optimal performance and system reliability in field conditions.