Elbrus Worek DRYBAG LIGHT 25L is a waterproof roll-top pack designed to protect equipment and personal items from water, sand and dirt. With a 25-litre capacity and lightweight construction, this dry bag is suitable for day trips, boating, kayaking and other outdoor activities where reliable water resistance and simple handling are required.
Advantages
The roll-top closure creates a secure, watertight seal without zippers or complex fasteners, minimising points of water ingress. Its light construction reduces carrying weight while preserving internal space for clothes, electronics in protective cases, and small accessories. The simple shape and smooth exterior shed sand and dirt for easy cleaning, and the material is durable enough for routine outdoor use.
Suitable for
- Day hikes and short trekking trips
- Boating, kayaking and canoeing
- Beach and water sports activities
- Bikepacking and commuting in wet conditions
- Camping and overnight trips where compact waterproof storage is needed
Key specifications
- Capacity: 25 litres
- Closure type: roll-top waterproof closure
- Construction: lightweight waterproof material with welded seams
- Form factor: cylindrical/pack-style dry bag
- Primary function: water, sand and dirt protection for stored items
How to use
Place items to be protected into the dry bag, ensuring bulkier items are positioned first to allow a compact roll. Align the opening, fold the top at least three times to expel excess air and form a tight seal, then fasten the closure according to the roll-top system (clip or buckle as provided). Carry or attach the dry bag as needed; when used with electronics, place devices in additional protective sleeves before inserting them in the dry bag for added protection.
Usage recommendations
For optimal water resistance, always roll the top tightly at least three times and keep the closure above water level when possible. Rinse the exterior with fresh water after use in saltwater or sandy environments and allow the bag to dry fully before storage to prevent odour and material degradation.
