Garmont 9.81 Alert Boots - Coyote
Modern tactical boots featuring a lightweight and robust construction, crafted from reinforced polyester mesh. Ideal for uniformed personnel, tactical missions, and as versatile outdoor footwear.
Elevated upper, mesh fabric, TPU panels
Constructed with an elevated upper for enhanced ankle stability, the boot features a highly durable mesh material that promotes excellent breathability. Critical areas of the model are fortified with TPU panel reinforcements, significantly enhancing the boot's durability while providing increased foot protection.
Vibram DURMUST MegaGrip sole, Traction Lug, Add technology
Equipped with a Vibram DURMUST MegaGrip rubber outsole and enhanced by Traction Lug technology, the aggressive, multi-directional, and deep tread design offers self-cleaning properties, significantly boosting stability across challenging terrains.
The midsole is engineered with consistent density to deliver superior stability, shock absorption, thermal insulation, and protection for the feet. Thanks to Add technology in the boot's structure, the fit adapts precisely to the wearer, maximizing comfort during demanding use.
Main features
- Upper constructed from mesh fabric
- Strengthened with TPU overlays
- Equipped with a Vibram outsole
- Features a self-cleaning lug pattern
- Midsole designed with consistent density
- Incorporates Add technology
| Shoe height | Medium |
|---|---|
| Upper material | Synthetic material |
| Membrane | No |
| Insulating lining | No |
| Mounting method | Lacing |
| Gender | Men's |
| Color/camouflage | Sand hue |
| Main color | Coyote |
| Brand | Garmont |
| EAN |
Mesh fabric is a type of material made of open or perforated fibers, forming a mesh or weave with large meshes. It is an airy material that provides good air circulation. For clothing, it prevents the body from overheating during activity.
ADD (Anatomically Directed Design) is a system of anatomical shoe design that takes into account the natural structure of the foot and the way it moves. Through the use of an asymmetrical lacing system, space for the big toe, lateral asymmetry of the tongue or the height of the upper, it supports step efficiency, absorbs shock and stabilizes the leg in the shoe.