Cycling backpack Kellys Adept 10 l petrol (69086)

Kellys Adept 10 l petrol bike backpack is the ideal choice for active cyclists who value functionality and comfort. Made from durable 600D polyester, this backpack guarantees long-lasting durability and resistance to weather conditions. With a capacity of 10 litres, it is spacious enough for essential accessories and cycling gear, while not overloading the user during rides.

Compatibility with hydration system

The Kellys Adept 10 l petrol bike backpack offers the option to connect a hydration system, which is invaluable during long bike rides. This system allows easy access to water without the need to stop, helping to maintain proper hydration levels. Additionally, the backpack features a dedicated space for a hydration bladder, which can be purchased separately, enhancing its functionality.

Practical and comfortable features

The Kellys Adept 10 l petrol bike backpack is equipped with a hip belt and a chest strap that provide stability and comfort while riding. Furthermore, the back ventilation system promotes air circulation, minimising sweating during intense effort. The backpack also offers the possibility to attach a helmet, making it even more practical for cyclists.

A sustainable choice

The Kellys Adept 10 l petrol bike backpack is also a conscious choice for environmentally-minded individuals. The use of recycled materials in the production of the backpack contributes to reducing negative impacts on the ecosystem. This way, users can enjoy a high-quality product while supporting eco-friendly initiatives.

Kellys Adept 10 l bike backpack - features:

• Made from durable 600D polyester ensuring longevity;
• 10-litre capacity perfect for essential cycling accessories;
• Compatibility with hydration system for easy hydration;
• Dedicated space for hydration bladder available for separate purchase;
• Hip and chest straps for increased wearing comfort;
• Back ventilation system for better air circulation;
• Option to attach a helmet for greater practicality;
• Use of recycled materials supporting ecology.