


The Beta AR Jacket Alpine Rose from Arc'teryx is a high-performance technical jacket for women, ideal for all your alpine activities this winter.
This jacket features a waterproof and breathable GORE-TEX PRO membrane and offers durable, lightweight protection from the elements. It's lightweight and durable, quickly wicks away moisture to keep you dry and effectively resists abrasion. The standard fit ensures excellent freedom of movement and good ventilation.
Practical features include a helmet-compatible Drop Hood™ numerous secure, harness-compatible pockets and water-resistant Vislon® WaterTight™ zips. It's welded micro-seams reduce chafing and bulk for comfort.




- Waterproof, windproof and breathable
- Micro-seam margin (1.6 mm) reduces volume and weight
- Chin guard with brushed fibres
- Helmet-compatible DropHood™ hood
- Cohaesive™ drawstring on the hood
- Front Vislon WaterTight™ zip
- Ventilation zips under the arms
- Interior zipped chest pocket
- Two large hand pockets
- Adjustable plunging hem
- Adjustable cuffs with pre-cut Velcro® closure
- Bluesign® certified
- RECCO® reflector
Materials:
- Main material: GORE-TEX PRO 3L N40R-X
- Reinforcements: GORE-TEX PRO 3L N80P-X
| GORE-TEX PRO | Equipment to go beyond your limits. GORE-TEX PRO garments are dedicated to outdoor professionals and adventure seekers who need the strongest, most durable protection possible. They are designed to provide optimised breathability and come with the ultimate GUARANTEED TO KEEP YOU DRY™ promise, for waterproof and fully windproof protection. This keeps you in control, even in the most extreme situations. |
| BLUESIGN® | The bluesign® system is the solution for an environmentally friendly textile industry. It eliminates harmful substances from the beginning of the manufacturing process and sets and monitors standards for safe and eco-friendly production. |
| RECCO® | RECCO® is an avalanche rescue system, used worldwide to help locate people quickly. The two-part system features a detector used by rescuers, and reflectors integrated into clothing. Together, they enable rapid radar detection without replacing the use of transmitter-receivers. |