Helly Hansen Men’s Sogn Tinden Shell Jacket

The Helly Hansen Men’s Sogn Tinden Shell Jacket is a high-performance, three-layer ski shell built for storm days, sidecountry laps and backcountry missions, combining HELLY TECH® Professional protection with a full freeride feature set.

Built for Harsh Mountain Weather

This jacket uses a 3-layer HELLY TECH® Professional shell to deliver fully waterproof, windproof and breathable performance in snowy, windy or rainy conditions. The durable polyamide face fabric, fully seam-sealed construction and PFC-free DWR work together to shed moisture while allowing excess heat and sweat to escape when you’re charging hard.

Freeride-Ready Features

An adjustable, helmet-compatible hood with a neon brim keeps visibility high when the weather closes in, while underarm vent zips help you dump heat on the bootpack. An integrated powder skirt and drop-tail hem help seal out blower pow and chairlift spray, and articulated sleeves maintain easy movement when you’re pole-planting, slashing turns or shouldering skis.

Smart Pocket Layout & Safety

The Sogn Tinden Shell Jacket packs in a “5 pocket” design including zippered chest and hand pockets, a dedicated ski pass pocket, and a LIFE POCKET™+ to help your phone battery last longer in cold conditions. Inside, you’ll find an internal chest pocket and goggle pocket for stashing essentials. A built-in RECCO® reflector adds an extra layer of searchable safety in avalanche terrain.

Why You’ll Love It

• 3-layer HELLY TECH® Professional shell – fully waterproof, windproof and breathable.
• Uninsulated shell design – dial in warmth with your own layering system.
• Helmet-compatible hood, powder skirt and pit zips for true freeride functionality.
• LIFE POCKET™+ and multi-pocket layout keep phone and essentials organized and protected.

If you want a men’s shell that’s comfortable on storm days, capable in mixed conditions and dialed for freeride ski days from resort to sidecountry, the Sogn Tinden Shell Jacket is ready to be your go-to outer layer.