





Synthetic insulation ski trousers - Men -
The Ora Body Map Dark Blue men's ski trousers blackcrows are ideal for ski touring, freeriding or simply for days on the slopes.
The unique combination of Ripstop, an abrasion resistant, and durable layer and Polartec® Alpha insulation gives these trousers technical performance to keep you warm and dry all day long. These trousers have an exceptional warmth/weight ratio, very good breathability and a fast drying time. This technology adapts to your effort to provide great benefits.
On the practical side, these trousers have an adjustable waistband with belt loops, two thigh pockets to keep your important items close at hand and inner leg vents to release body heat. Stretch gaiters provide extra protection and take advantage of the RECCO® system for safe riding.
Combined with the Ora Body Map jacket, you are guaranteed to have a high performance protection to enjoy our beautiful mountains!
blackcrows Collection - Autumn-Winter 2022/2023





- Adjustable waist with belt loops
- 2-layers
- Zipped hand pockets under flaps
- Zipped thigh pockets under flaps
- Interior leg ventilation with zips
- Stretch snow gaiters with silicone elastic band
- Lower leg reinforcements
- RECCO® reflector
Materials:
- Main material: -62% recycled polyester, 38% PFC-free polyester
- Lining: 100% Recycled Polyester
- Insulation: - 63% Recycled Polyester, 37% Polyester
| Polartec® Alpha |
This technology is the latest development in synthetic insulation. It offers an exceptional weight/heat ratio, remarkable breathability, and is very quick-drying. it is also highly compressible thanks to the innovative synthetic fibre. Ideal for engaged activities, this intelligent technology adapts to your effort to provide targeted benefits. |
| RECCO® | An avalanche rescue system used across the entire world to facilitate rapid location of people during rescue efforts. The two-part system features a detector used by rescuers and reflectors integrated in clothing. Together, they enable rapid radar detection without replacing the use of transmitter-receivers. |