MOUT RECON TAILOR Full Zip Hoodie (Size 44)

MOUT RECON TAILOR WIND PRO FULL ZIP FIELD HOODIE
25AW MT-1803

Size: 44 (S-M), Length: 67cm, Width: 65cm, Sleeve Length: 88.5cm
Color: Black
Retail Price: ¥41,800 (tax included)

Purchased from the Auggie online store. Only tried on.
Selling due to closet clean-out.

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This FULL ZIP HOODIE, created with POLARTEC® WIND PRO® as the ultimate material, is designed to be suitable for more active use, taking advantage of the material's high windproof function that protects against the wind.
The front zip rises to the neck, and in addition to the traditional kangaroo pocket, there are zipper pockets on the left and right above it, suitable for storing valuables you don't want to lose. The right waist area of the back has a laser-cut pulse, and the function is expanded by attaching an optional pouch.
Side panels make it easy to move and provide a comfortable fit.
Military bungee cords are used for the hood, and I.T.W Nexus's GT Zipline Alpha is used for the zipper sliders.
These are extremely strong tabs made of a special soft resin developed for military use, allowing for smooth opening and closing even with gloves on.
POLARTEC® WIND PRO® is DWR durable water repellent treated, which maintains breathability while withstanding moisture and rain, and is designed to withstand harsh environments, performing its function in various climates and conditions.

POLARTEC® WIND PRO® is an advanced fleece developed not only to withstand cold but also to have higher resistance.
Due to its tight knit structure, it achieves up to 4 times the wind resistance compared to regular synthetic fleece while maintaining breathability, reducing the chill from the wind.
The DWR durable water repellent treated outer fabric withstands moisture and rain while maintaining breathability and comfort, and the more tightly woven fleece can withstand harsh environments.
This strength makes it possible to deflect wind while maintaining a soft feel and breathability, and thermal air pockets hold the necessary warmth for the insulation layer without using a laminated membrane.