NANUK 920 First Aid Protective Hard Case
The NANUK 920 Waterproof First Aid Case is expertly crafted to organise, protect, and carry your essential first aid supplies and equipment. Built with a rugged, lightweight NK-7 resin shell and a double front-mounted PowerClaw latching system, this case is impenetrable, indestructible, and watertight, ensuring your supplies remain safe and ready for any emergency.
Designed to meet stringent military specifications, the NANUK 920 ensures your first aid kit (sold separately) stays dry and intact in even the harshest conditions. With its ability to float, this case is a dependable choice for water-based activities and environments, making it ideal for first responders, rescue teams, and emergency preparedness.
Key Features
– Waterproof, Dustproof & Indestructible: Keeps your first aid supplies protected in any environment.
– PowerClaw Latching System: Securely locks the case until you’re ready to open it.
– Floats on Water: Ensures your first aid kit is retrievable in aquatic environments.
– Ergonomic Handle: Soft-grip design for comfortable and secure carrying.
– Durable Hardware: Stainless steel components with an integrated handle stay for added durability during transport or shipping.
– Pressure Release Valve: Automatically equalises internal pressure while maintaining the watertight seal.
– Integrated Bezel System: Accommodates custom panels without compromising water resistance.
– MIL-Spec Construction: Engineered to exceed military standards for rugged durability.
Specifications
– Exterior Dimensions: 16.7 in x 13.4 in x 6.8 in | 424 mm x 340 mm x 173 mm
– Interior Dimensions: 15 in x 10.5 in x 6.2 in | 381 mm x 267 mm x 157 mm
– Volume: 16 L
– Weight (Empty): 5.1 lb | 2.3 kg
– Lid Depth: 2.1 in | 53 mm
– Base Depth: 4.1 in | 104 mm
– Temperature Range: -20°F (-29°C) to 140°F (60°C)
– Max Buoyancy: 40.7 lb | 18.5 kg
– Padlock Holes: 0.3 in | 7.62 mm
– Material: Lightweight NK-7 resin
– Warranty: Lifetime warranty and 30-day satisfaction guarantee
– Airline Carry-On Approved: Yes
