Taion

Military Zip V-Neck Down Jacket

Name: Military Zip V-Neck Down Jacket
Brand: TAION
SKU: shopify_CA_10136708579633_50545574478129
Price: 195.00 CAD
Availability: InStock

~~{{ formattedSalePrice }}~~

-{{ formattedSavingsPercent }}%

No returns or exchanges. Final sale.

Style ID: 101ALSZMLGBE

Color: Grey Beige

Size Guide

Description

TAION V-neck down jacket made from a soft shell that's lighter and softer than the materials used in their conventional Military Line. Finished with slit zippers on the sides for increased range of motion.

V-neck
Two-way zip closure
Patch pockets at the front
Zipper slits at the sides
800 fill power down
Comes with a storage bag

Materials

Shell: 100% nylon
Lining: 100% nylon
Piping: 100% cotton
Fill: 95% down, 5% feather

Size Guide

Yaw wears size M. He is 5'11"; waist: 30"

Fits true to size. We recommend taking your normal size.

For additional size information, please visit our size guide or contact Customer Service at mailorder@gravitypope.com

	XS	S	M	L	XL
Chest	46.5	49.5	52.5	55.5	58.5
Shoulder	41.5	42.5	43.5	44.5	45.5
Sleeve length	60	61	62	63	64
Length	63	65	67	69	71

	XS	S	M	L	XL	XXL
European	44	46	48	50	52	54
Italian	44	46	48	50	52	54
French	44	46	48	50	52	54
Numeric	3	4	5	6	7
US/UK (Tops)	34	36	38	40	42	44
US/UK (Waist)	28	30	32	34	36	38

Shipping Policy

gravitypope uses Canada Post for domestic and international orders. Orders over $300 receive free shipping within Canada and orders over $700 receive free shipping within the United States. Overnight service is not available at this time. We are unable to ship apothecary and fragrance items.
For more details visit our shipping page.
We accept RA requests for exchanges or returns adhering to our returns & exchanges policy.

About the Designer

Founded in 2016, Japanese brand TAION aims to create timelessly designed, sustainable, and ultra-functional outerwear. TAION's down jackets are designed with layering in mind, providing wearers with endless styling possibilities. These are extremely packable, while maintaining the best possible warmth-to-weight ratio.