Salewa Men's Wildfire - Flintstone/Fluo Green - 14

Description

The Wildfire is a comfortable tech approach shoe, equipped with a versatile POMOCA Speed Mtn sole for grip, traction and sure-footed climbing precision on technical mountain approaches, scrambles, traverses and easy climbs. It works together with their 3F system to wrap your foot for flexibility, fit and firm ankle and heel support. Its POMOCA Butylic compound rubber provides better grip on rock in both dry and wet conditions, while the aggressive tread lugs offer improved traction on mud and softer terrain. Salewa makes the precise-fitting upper from robust mesh and give it an EXA Shell technology injected cage for enhanced torsional stability. Inside, the breathable OrthoLite footbed provides superior cushioning and wicks away moisture, helping to keep your feet cooler and drier. Climbing lacing further supports the wrapping fit, especially at the forefoot and allows you to fine-tune the toe for greater precision in technical terrain. To cope with warmer conditions, the Wildfire has a breathable mesh lining. It has a climbing zone at the toe and ensures good edging performance.

Key Features

• To cope with warmer conditions, the Wildfire has a breathable mesh lining.
• Climbing lacing further supports the wrapping fit, especially at the forefoot and allows you to fine-tune the toe for greater precision in technical terrain.
• The Wildfire is a comfortable tech approach shoe, equipped with a versatile POMOCA Speed Mtn sole for grip, traction and sure-footed climbing precision on technical mountain approaches, scrambles, traverses and easy climbs.
• Its POMOCA Butylic compound rubber provides better grip on rock in both dry and wet conditions, while the aggressive tread lugs offer improved traction on mud and softer terrain.
• It works together with their 3F system to wrap your foot for flexibility, fit and firm ankle and heel support.
• Salewa makes the precise-fitting upper from robust mesh and give it an EXA Shell technology injected cage for enhanced torsional stability.