5-PT Harness System BL Shoulder MT 2in Sub

The 5-PT Harness System BL Shoulder MT 2in Sub from RJS SAFETY is a professional-grade restraint harness engineered for tactical, law enforcement, and high-risk transportation applications where secure subject management is non-negotiable. Designed by RJS Safety—a manufacturer with deep roots in correctional and law enforcement equipment—this five-point harness distributes restraint forces across multiple anchor points to maximize control while minimizing soft-tissue injury risk. Whether for prisoner transport, tactical operations, or emergency medical evacuation, this system provides the redundancy and reliability that mission-critical situations demand.

The harness features a black webbing construction with reinforced shoulder mounts and 2-inch sub-strap attachment points, delivering load-rated security without unnecessary bulk. The five-point contact geometry—typically spanning shoulders, waist, and leg anchors—prevents subject rotation and shifting during transport or restraint, a critical design advantage over simpler two or three-point systems. The 2-inch sub-strap specification indicates heavy-duty webbing thickness, essential for durability under field conditions and repeated use. At 4.64 lbs, the system strikes an operational balance: substantial enough for rugged construction, yet packable for rapid deployment or storage in tactical vehicles.

Law enforcement agencies, correctional facilities, and military units benefit most from this harness system in high-custody or evacuation scenarios where standard handcuffs or single-point restraints prove inadequate. The black shoulder mount design accommodates rapid fitting over body armor or heavy tactical clothing without snagging or binding. Installation is straightforward on standard restraint frames, vehicle-mounted anchor points, or portable tactical equipment. For operators managing combative subjects or conducting medical extractions from confined spaces, the five-point geometry provides superior control geometry compared to linear restraint methods, reducing liability and personnel risk during critical operations.