Donsjack Pajak Everest - rood

The Pajak Everest Down Jacket is a high-performance expedition jacket designed for extreme cold and high-altitude mountaineering. Featuring 900 FP Polish White Goose Down with a fill weight of approximately 550g (size M), it provides exceptional warmth in a lightweight package. The outer and inner fabrics are made from TORAY Airtastic SLF15 with DWR treatment, offering wind resistance and water repellency. The box-wall construction prevents cold spots, while the adjustable, helmet-compatible hood, elasticated cuffs with Velcro, and adjustable hem ensure a secure fit. Two external hand warmer pockets and one internal pocket provide ample storage. The full-length two-way YKK zipper allows for ventilation and easy access. The jacket is packable into its included stuff sack and is RDS certified for responsible down sourcing.

Advantages

Extreme warmth-to-weight ratio with 900 FP down; durable, windproof and water-resistant fabric; helmet-compatible hood and adjustable features for alpine use; responsibly sourced down.

Suitable for

• Expedition mountaineering
• High-altitude climbing
• Extreme cold weather activities

Key specifications

• Fill Power: 900 FP
• Fill Type: 90/10 Polish White Goose Down
• Fill Weight: Approx. 550g (size M)
• Outer Fabric: TORAY Airtastic SLF15 DWR
• Inner Fabric: TORAY Airtastic SLF15
• Construction: Box-wall
• Water Resistance: DWR treated
• Wind Resistance: High
• Hood: Adjustable, Helmet-compatible
• Pockets: 2 external hand warmer, 1 internal
• Zippers: YKK (main, pockets)
• Main Zipper Type: Full-length two-way
• Temperature Rating (Extreme): -40°C
• Packability: Stuff sack included
• Cuffs: Elasticated with Velcro adjustment
• Hem: Adjustable drawcord
• Sustainability: RDS Certified Down
• Intended Use: Expedition, High-altitude Mountaineering
• Color: Red
• Gender: Unisex

Recommendations

For extreme cold and high-altitude expeditions, the Pajak Everest Down Jacket delivers reliable warmth and protection. Pair with a base layer and mid-layer for optimal performance.