Description
Purpose-built for alpine ascents and high-intensity pursuits, the Men’s Summit Series Casaval Hybrid Hoodie balances targeted warmth and breathability for consistent comfort on the move. Lightweight Ventrix™ stretch insulation expands and contracts with motion, releasing heat as effort increases and trapping it when activity slows. A 40D stretch-nylon shell with non-PFC DWR shields against moisture while hybrid underarm and hem panels enhance range of motion. Seam-free shoulders prevent pack rub during long climbs, and the helmet-compatible hood adds adaptable coverage. With its minimalist weight and articulated fit, this layer excels from pre-dawn approaches to summit pushes, keeping performance steady and dependable in shifting alpine conditions.
Features
- Adaptive Ventrix™ Insulation: 60 g in body / 40 g in hood actively vents heat to regulate body temperature during intense movement
- Strategic Breathability: Perforated back panels release excess warmth for steady comfort on steep ascents
- Hybrid Stretch Panels: Underarm and hem sections flex freely to support dynamic climbing and layering mobility
- Weather-Resistant Shell: 40D nylon/elastane with non-PFC DWR sheds light snow and drizzle to stay dry without sacrificing breathability
- Seam-Free Shoulders: Reduce pressure points and chafing when carrying a pack for long routes
- Helmet-Compatible Hood: Adjustable design fits under or over helmets for protection in variable weather
- Functional Storage: Concealed zip hand pockets and internal mesh stow essentials securely within reach
- Performance Fit: Articulated patterning and drawcord hem keep the hoodie in place through technical movement
Details
- Weight: Approx. 470 g (1 lb 0.6 oz)
- Fit: Athletic cut with hybrid stretch zones
- Insulation: Ventrix™ synthetic (60 g body / 40 g hood)
- Shell Fabric: 40D 88% nylon / 12% elastane with non-PFC DWR
- Panels: 75D recycled poly / elastane with FlashDry™ and DWR
- Best Use: Alpine climbing, backcountry touring, mountaineering
- Style code / model: NF0A7UTA
