Spiuk Aldapa MTB shoes with BOA closure that ensures a comfortable and precise fit and mixed fiberglass and polyamide sole, with which an efficient pedaling transmission is achieved.
10/10 (1 customer review)
Usually Purchased Together:
Spiuk Aldapa MTB Matte White Shoes
The MTB version is designed for mountain use. It is the ideal solution for advanced cyclists who are also looking for good off-bike performance. Thanks to the Advanced Composite Sole, made of polymeric matrix composite material and fiberglass reinforcements, efficient pedaling transmission is achieved. Its stud is strategically designed to offer high performance in grip and traction.
- Very light, resistant and easy to clean cover. Textured reinforcements in areas exposed to abrasion - DSS Drilling Shell System technology, with direct breathability through perforations - Precision adjustment by BOA system - Advanced Composite Sole with an excellent relationship between stiffness, weight and durability. Composite material of polymeric matrix and high resistance fiberglass reinforcements and protective extension of the toe box - Weight: 734 g (pair, size 43)
Technologies: - BOA With more than 25 million products powered by BOA, BOA's patented, award-winning closure system reinvents footwear. Enjoy greater comfort combined with great durability and lightness, fast and comfortable handling and the possibility of making adjustments on the fly
- DSS DRILLING SHELL SYSTEM Design with multi-perforations that favor ventilation. Its strategic distribution allows the generation of internal air flows that favor a more effective expulsion of heat. Increases wearing comfort and prevents problems derived from excessive heat
- ADVANCED COMPOSITE SOLE Composite material with a polymeric matrix and fiberglass reinforcements. It has an excellent relationship between stiffness, weight, durability and price. Combined with a specific geometry, its application on cycling soles allows high pedaling efficiency. Its stud is strategically designed to offer high performance in grip and traction