Cangas de Onís (Las Rozas): Descent of the River Sella,
Asturias
Adventure on the Sella. Departure from Las Rozas, Cangas de Onís. Reserve your canoe today! Experience it!
The Sella canoe descent in Asturias offers customizable routes from Las Rozas, suitable for families and groups seeking a river adventure at their own pace.
Highlights
- Choose your ideal distance for the Sella canoe trip.
- Start on the less crowded stretch from Las Rozas to Arriondas.
- Suitable for families and groups of friends.
- Guaranteed transportation to and from Las Rozas headquarters.
Description
The Sella canoe descent is a popular outdoor activity in Asturias that lets you explore the river’s diverse landscapes by paddle. Starting from Las Rozas in Cangas de Onís, you will receive all necessary equipment including canoes, paddles, and life jackets, plus safety instructions from experienced guides. No prior experience is needed.
There are two route options: a shorter 12 km stretch ideal for families or those preferring a relaxed paddle with calm waters and mild rapids, and a longer 19 km route for those seeking the full classic experience, including more varied river conditions and rapids. The trip includes rest stops, and at the end of either route, transportation back to the starting point is provided.
Includes
- Canoe (single, double, or triple)
- Paddle
- Life vest
- Two pick-up points on the river
- Showers and changing rooms
- Bathrooms
- Free lockers
- Return transfer to the facility in Las Rozas
Excludes
- Picnic
- External pick-up points
Important Information
- Facilities include secure lockers for your belongings and modern changing rooms with showers.
- All necessary equipment is provided including watertight dry bags.
- Return transport from the finish points to Las Rozas is included at no extra cost.
Cancellation Policy
Cancel up to 24 hours before the activity for a full refund.
For the best experience, book in advance and bring quick-drying clothing and sun protection. The trip is suitable year-round but weather conditions may affect river flow and safety.