Drachengriffsystem

What is the Dragon Handle System used for?

The Dragon Handle System is a tactical casualty extraction device designed for linear personnel recovery drags in high-threat environments. It enables rescuers to move a downed operator out of the kill zone while maintaining weapon engagement with the threat. Built by North American Rescue from 1-inch Tech Tape rated at 4,000 lb tensile strength, it supports TCCC Care Under Fire principles by reducing time-on-the-X without requiring additional manpower.

How does the Dragon Handle System compare to standard military webbing?

The Dragon Handle System's 1-inch Tech Tape construction outperforms standard 1-inch military-spec webbing in tensile strength (4,000 lb), flexibility, knotability, and durability. The minimum break strength of the assembled system is 1,443 lb — well above requirements for single-operator personnel recovery drags. The included Black Omega D-carabiner is rated to 31 kN (6,968.8 lb), providing a secure connection point without risk of gate failure under load.

Does the Dragon Handle System have a National Stock Number (NSN)?

Yes. The Dragon Handle System carries NSN 6530-01-598-9595, confirming it has been evaluated and accepted into the U.S. military supply system. This NSN facilitates procurement by DoD units, law enforcement agencies, and government contractors through standard federal acquisition channels.

Can the Dragon Handle System be used for hoisting or helicopter extraction?

No. The Dragon Handle System is specifically designed for linear ground-level personnel recovery drags and is not rated or intended for hoisting or lowering operations. For vertical extraction or helicopter MEDEVAC operations, purpose-built hoisting harnesses and approved rigging systems must be used. Always inspect all webbing and stitching before and after each use.

How does the Dragon Handle System support TCCC principles?

Under TCCC Care Under Fire guidance, the priority is to suppress the threat and move casualties out of the kill zone as rapidly as possible before initiating treatment. The Dragon Handle System directly supports this by enabling one rescuer to execute a fast linear drag while maintaining a firing grip — reducing manpower needs and decreasing time spent in the direct threat area. Given that femoral artery hemorrhage can cause fatal exsanguination within 2–4 minutes, every second saved in extraction directly improves survivability outcomes.