What are the Ocoa Pants?
The Ocoa Pants are functional, lightweight trousers suited to a variety of outdoor activities, whether hiking, scrambling, trekking or travelling abroad. They're ideal for stuffing away into a kit bag or backpack due to their lightweight, packable nature and offer an excellent strength-to-weight ratio for adventuring in rugged environments.
What are they made of?
Frilufts has used a combination of recycled polyamide and elastane to create the Ocoa Pants. Though recycled, this material is incredibly durable and handles nicely against the skin! Added elastane gives it a light stretch to promote freedom of movement, making walking up steep inclines and tackling tricky scrambles feel that little bit easier.
The process of making these trousers has been well considered. Alongside using recycled materials, Frilufts has implemented a more sustainable chemical management process to improve the product's carbon footprint, making it a much more sustainable choice than other products on the market.
What are their features?
A highlight feature of the Ocoa Pants is the UV 50+ protection they offer, helping to protect you from harmful UV rays when exposed to the sun. This, combined with their lightweight, breathable construction, makes them the perfect choice for exploring hot countries when you'd prefer a little more coverage.
The waistband sits mid-waist and is partially elasticated for increased comfort and flexibility.
There are two hand pockets, one zipped back pocket, and two zipped leg pockets for tucking away trail snacks, energy gels or a mobile phone without hindering movement.
Trouser legs are pre-formed around the knees, allowing the joints more room to move and improving comfort overall. Each hem is adjustable, allowing you to optimise the fit around the bottom of the leg to accommodate chunky hiking boots or low-cut shoes.
Features:
- Partially elasticated waistband
- Two hand pockets
- Two zipped leg pockets
- One zipped back pocket
- Pre-formed knees
- Adjustable ankle hems
- UV 50+ protection