Aphex Pro Jacket
Our toughest shell jacket - specifically designed to withstand extreme outdoor conditions.
- Waterproof Hypershell® Pro membrane
- Fully taped seams
- Reinforced at exposed areas
- DWR-treated for added water repellency
- Helmet-compatible hood
- Ski pass pocket
Rescue Features
- Built-in Recco® reflector
The Aphex Pro Jacket is our toughest shell jacket designed for extreme conditions. It is made with our completely water- and windproof membrane, Hypershell® Pro, and features excellent ventilation and a durable shell fabric. All trims and details are chosen to withstand the roughest weather conditions, all zippers are YKK® Vislon/Aquaguard, and exposed areas are reinforced. The jacket is equipped with a Recco® reflector for searchability in emergencies, side ventilation, and a helmet-compatible hood. It’s adjustable with a drawstring at the bottom hem and with Velcro at the cuffs to provide the perfect fit. The Aphex Pro is an incredibly versatile shell jacket; wear it for expeditions all year round or as a technical alpine ski shell during winter.
Model is | 182cm and weighs 85kg, wearing size M. |
Polyamid 88%, Elastane 12%
Polyamid 86%, Elastane 14%
Water column: 30 000 mm
Breathability: 10 000 g/m²/24h
697g in size Medium
10254_2010
Technical Specification
Specifications
- Hypershell® Pro
- 2 Zipped hand pockets
- Front 1-way zip
- 1 inner pocket with zip
- Adjustable velcro in sleeve opening
- Helmet-compatible hood
- 2 zipped side ventilations
- 1 ski-pass pocket with zip closing
- Fully taped seams
- PFC-free DWR finish
- Adjustable drawstring at bottom hem
- RECCO® reflector
- No shoulderseam
- Reinforced hoodcap at front
- Hang loop on outside
Clothing care
- Our functional clothing should never be washed with fabric softener as it impairs the garment's functions.
- Padded garments should be tumble-dried separately at low heat, together with tennis balls that help distribute the filling evenly. If a tumble dryer is not available, the garment can be shaken and gently beaten for the same effect.