The FMA QH Application Dummy Tourniquet with MOLLE System in Woodland is a high-fidelity training aid designed to simulate rapid tourniquet application and routing in realistic woodland loadouts for airsoft, milsim, and CQB training. Built for rugged field use and seamless MOLLE attachment, it helps teams rehearse crucial medical drills under pressure.

Specs

• Model: FMA QH Application Dummy Tourniquet
• Pattern/Color: Woodland camouflage
• Material: Nylon (training-grade)
• MOLLE compatibility: Yes
• Design: QH (Quick Hold) to simulate real-world tourniquet application drills
• Brand: FMA
• Use cases: Medical drill training, field scenarios, milsim
• Care: Low-maintenance; wipe clean after training or field use
• Attachment points: Compatible with MOLLE platforms on vests, pouches, hydration packs, and belts
• Weight: Lightweight (exact mass not specified)

Features

• High-fidelity training accessory that mirrors real-world tourniquet handling and routing scenarios
• Woodland finish provides authentic appearance during woodland operations and drills
• MOLLE-compatible construction ensures secure, on-the-move attachment to gear setups
• Durable nylon build designed for repeated drills and rugged field conditions
• QH (Quick Hold) design enables realistic practice for rapid application and securing of tourniquet material
• Compact and portable for quick transport between games, milsim events, and training sessions
• Low-maintenance and easy to wipe clean after field use
• Aligns with practical, drill-ready gear standards for reliable performance

Explore related tactical-gear and airsoft training accessories to build a complete medical drill setup. For more FMA gear, browse our FMA collection.

Physical

• Finish/Pattern: Woodland camouflage
• Color: Woodland
• Material: Nylon (training-grade)
• Dimensions: Not specified
• Weight: Lightweight

Model	FMA QH Application Dummy Tourniquet
Pattern	Woodland
MOLLE compatibility	Yes
Material	Nylon (training-grade)
Color	Woodland camouflage
Brand	FMA
Use	Medical drill training, field scenarios, milsim