MICROTECH NUBUCK SHOOTING JACKET

COLOR
・BLACK

This "SHOOTING" model has been significantly redesigned to be an over-jacket model suitable for a wider range of seasons and active movements.
The multi-functional pockets, which are revealed by opening and closing the front zipper pockets, the main feature of shooting jackets, have been significantly changed. It now has four mesh pockets and two additional zipper pockets on the inside, allowing socks and gloves to be dried and providing a structure for carrying everyday small items and documents.
The material used is Microtec Nubuck Cloth Light*, which provides high water repellency and breathability, resulting in a unique texture.
This jacket is designed as an outer layer with a generous cut to provide maximum comfort for bivouacking, resting, and stationary activities, fitting over multiple layers of clothing. The hood and hem openings feature barrel lock closures that are elastic and easily adjustable even with gloves on.
The hood material uses Schoeller's *3XDRY, which is highly water-repellent, quick-drying, and stain-resistant.

*Microtec Nubuck Cloth Light
Made with Japan's world-renowned split-fiber processing technology.
This ultra-high-density nylon fabric, woven to the highest possible density, is highly water-repellent, protecting against rain and wind, while also being breathable and lightweight.
This unique material is also a high-performance material that allows for aging similar to nubuck leather, which is rare for chemical fibers.

*3XDRY® DRY ON THE OUTSIDE. DRY ON THE INSIDE. DRY IN A FLASH.
3XDRY® is a textile finishing technology that combines two functions into one fabric.
The outside of the textile is water and stain repellent.
At the same time, on the inside of the textile, perspiration is quickly absorbed and wicked away from the body.
Moisture is distributed across the entire surface and evaporates rapidly, resulting in 3XDRY® textiles drying much faster than conventional textiles.
Sweat marks are barely visible from the outside, and moisture evaporates close to the skin, supporting the body's natural cooling process.