M-Tac Cobra Buckle Tactical Belt Laser Cut

The M-TAC COBRA BUCKLE TACTICAL BELT LASER CUT is designed for securely attaching and carrying tactical equipment.
This model is ideal for military personnel, law enforcement officers, and all enthusiasts of modern tactical gear who value functionality, strength, and reliability.

The belt allows for the convenient placement of a holster, magazine pouches, a first aid kit, or any other equipment compatible with the MOLLE interface.
It is made of durable 40 mm nylon webbing, with the outer surface reinforced with CORDURA® Squadron — a high-tech material highly resistant to abrasion and heavy loads.
The MOLLE interface of the belt is created using Laser Cut technology, which allows for easy and secure attachment of additional pouches or accessories.

Equipped with a modern COBRA® 25 mm buckle by the Austrian manufacturer AustriAlpin, the belt can withstand loads of up to 9 kN (approximately 917 kg breaking load).
Thanks to its ergonomic design and precise adjustment, the belt remains stable and does not slip even during intense physical activity or combat conditions.
The belt is available in sizes from XS/S to 3XL.

MATERIALS:

• Fabric: CORDURA® Squadron

• Webbing: Murdock

• Buckle: COBRA® 25 mm by AustriAlpin

The AustriAlpin COBRA® buckle is a high-strength, reliable fastening mechanism with the patented COBRA™ locking system.
Manufactured by AustriAlpin, a company specializing in mountaineering and military equipment, the buckle provides maximum durability and safety.
It prevents accidental release under load and complies with CE, EN, CSA, ANSI, and NFPA standards.
All COBRA® buckles are Mil-Spec tested for resistance to sand, dust, and seawater and are made from 7075-grade aluminum alloy with solid brass and stainless-steel components.

The MULTICAM camouflage pattern was developed by Crye Precision in cooperation with the U.S. Army Soldier Systems Center (Natick Labs).
It took over eight years of research and field testing to develop a universal camouflage effective across different terrains and lighting conditions.
By combining green and brown gradients commonly found in natural environments and avoiding the use of black tones, designers achieved an optimal balance for concealment.
Large blurred areas are effective at long range, while smaller rounded elements blend seamlessly at close range.
The final design was achieved through computer simulations of over 1,000 layered images.

NIR (Near Infrared) Technology used by the U.S. Department of Defense helps reduce visibility to NIR electro-optical sensors.
This special fabric helps maintain a natural thermal signature, making the wearer less detectable, while reduced light reflection improves concealment in low-light environments.