Men's Lightweight Down Vest
VERSATILE HYDROPHOBIC GOOSE DOWN VEST
Asta is a lightweight goose down vest for flexibility on the mountain and everyday wear in the valley.
The Asta is filled with 850 Fill Power goose down, in a premium 93/7 down/feather ratio, giving an exceptional warmth-to-weight ratio. A water repellent rip-stop face fabric resists the wet and blocks the wind. Synthetic insulation in the collar and shoulders resists moisture further and prevents down migration and flattening under pack straps.
Our water-repellent down from DownTek™ stays dry 10x longer than untreated down. Unlike inferior versions, our water repellency won’t wash out and is free from harmful fluorocarbons. Our ethical approach to down sourcing complies with the Responsible Down Standard.
A multi-use piece; wear under a shell as a minimalist mid layer for core warmth, or as a standalone. Upgraded for 2024 with a cleaner aesthetic and improved performance fit.
Usage
Climbing, Skiing, Hiking & Everyday
Fabric & Fill
850 Fill Power hydrophobic goose down
Premium 93/7 down/feather ratio
140g/m² synthetic fill in cuffs, neck & underarm
30 denier micro rip-stop nylon with water repellent treatment
Fit
Standard fit allows light layering underneath
Scooped drop back hem
Logo
Embroidered chest and rear-of-neck logos
Colours
Black, Eclipse
Sizes
S, M, L, XL
Please click here to check your body measurements against our sizing charts
Arm Bindings
Stretch colour-matched bindings
Draw Cords
No loop anti-snag hem draw cords
Glove compatible
Pockets
Hand warmer pockets with front facing insulation
Internal valuables pocket
Zips
YKK® front zip with internal baffle
YKK® hand pocket zips
YKK® internal valuables zip
Weight
9 oz (men’s medium)
Fabric Weight
Synthetic fill weight 140g/m²
Wash Care Instructions
Machine wash at 30°c - normal wash
Do not dry clean
Do not iron
Tumble dry cool
Do Not Bleach
Layer Up
HEMMING
Warm, tough, comfortable and versatile 4-way stretch pullover fleece. Worn either as an outer or mid-layer in warmer months, or as a base layer in exceptionally cold conditions.