Cycling Shoes Northwave CROSSLAND PLUS FLAT

Cycling Shoes Northwave CROSSLAND PLUS FLAT

The Northwave CROSSLAND PLUS FLAT cycling shoes are designed for riders who want reliable control, comfort and secure grip both on and off the bike. They are especially well suited to e-bikes, mountain biking and adventurous rides where flat pedals and a stable pedal connection are essential.

The flat Vibram Volt sole provides a wide contact area for secure engagement with flat pedals. Its broader forefoot section improves stability, while the grooved heel zone increases traction when walking. The Vibram XS Trek rubber compound combines flexibility, durability and dependable grip, including in wet conditions.

The lightweight EVA midsole absorbs impacts and vibrations, improving comfort on technical trails and longer rides. Its cushioning helps reduce stress on the feet while maintaining the stability and control required on flat pedals.

The new X-Dial SLW6 closure system provides fast and highly accurate micrometric adjustment. Its SBS step-by-step system allows the fit to be fine-tuned in small increments with a quick click of the dial. An ergonomic puller and FAST-OUT cable release system allow the shoe to open fully and quickly after the ride.

The upper is made from breathable mesh to help excess heat escape. Abrasion-resistant TPU inserts protect the shoe against rocks, branches and repeated rubbing while increasing overall durability during off-road use.

The Northwave CROSSLAND PLUS FLAT combines flat-pedal grip, comfortable walking performance and precise adjustment. It is a versatile choice for e-bike riding, trail use and everyday cycling adventures.

• Intended use: e-bike, MTB and adventure riding
• Pedal type: flat pedals
• Outsole: flat Vibram Volt
• Rubber compound: Vibram XS Trek
• Midsole: shock-absorbing EVA
• Closure: X-Dial SLW6
• Adjustment: SBS step-by-step micrometric system
• Release system: FAST-OUT
• Upper: breathable mesh
• Protection: abrasion-resistant TPU inserts
• Features: wet traction and flexibility