- Product overview
- More features
- Waterproof
- Hydrofree DWR treatment prevents fabric from absorbing moisture – and keeps skin dry
- Water repellant
Additional Features
- Bonded snap closure with zip-fly and belt loops
- Side pockets with zip closure
- Back pocket with velcro closure
- Hidden ventilation with zip closure at back
- Oakley branding on leg
- Hidden zip at front leg; panel wraps around to back
- Regular fit
Oakley 25-1 Storm Pant
Product technologies
FN Dry™ 10K
Oakley’s exclusive technology consists of a protective layer that’s applied to the fabric, to keep you dry and protected from the harshest elements. The FN Dry™ 10K barrier allows sweat to escape so you stay warm, dry and comfortable.
Water Proof
Engineered to block out rain and snow while allowing vapour from sweat to evaporate.
Exceptional Breathability
Exceptional breathability for improved moisture management.
Recycled
Recycled fabric is derived from post-consumer plastic bottles, which help to reduce C02 emissions in the air and keep plastic out of landfills. The result is a recycled polyester that is breathable, lightweight, and durable.
HYDROFREE DWR
A treatment that minimizes water absorption and prevents long term moisture retention within the fabric.
Back to product features
TECHNOLOGIES INCLUDED
FN Dry™ 10K
Oakley’s exclusive technology consists of a protective layer that’s applied to the fabric, to keep you dry and protected from the harshest elements. The FN Dry™ 10K barrier allows sweat to escape so you stay warm, dry and comfortable.
Water Proof
Engineered to block out rain and snow while allowing vapour from sweat to evaporate.
Exceptional Breathability
Exceptional breathability for improved moisture management.
Recycled
Recycled fabric is derived from post-consumer plastic bottles, which help to reduce C02 emissions in the air and keep plastic out of landfills. The result is a recycled polyester that is breathable, lightweight, and durable.
HYDROFREE DWR
A treatment that minimizes water absorption and prevents long term moisture retention within the fabric.