Pavei Mid Winter STX cycling shoe
€200.00
Incl. VAT,
plus shipping
free delivery
- Free delivery
Mid cut bike shoes for bike trips or gravel bike
Sustainability
Suitable for
- Gender
- Unisex
- Activity
- Bike tour - moderate, Everyday cycling, Gravel
- season
- Winter, Summer, Spring / Autumn, All year
Material & Care
- material overview
- .
- Processing
- afforded
- Sole material
- Travel sole with click system
- Upper material
- Cordura (100% recycled)
- inner material shoes
- warm lining 100% recycled
Dates & Details
- Weight in g
- 422
- Type
- VAUDE sole
Equipment
Upper shoe:
- robust synthetic upper material
- 100% recycled Sympatex® membrane
- Primaloft® Footwear thermal lining made at least from 100% recycled materials
- 100% recycled polyester lining
Insole:
- reinforced "pedal zone"
- removable insoles
Outsole:
- V-Flow Stability Index 5, medium firm
- VAUDE TVL outsole
- full Nylon shank for optimized power transmission
- rubber outsole with 20% recycled compound
Features:
- external protective toe cap
- screw-on rubber cleat cover
- compatible with common MTB clipless pedal systems
Technologies and Materials
Product description
- waterproof, windproof, breathable and warm
- very comfortable to wear
Warm — dry — climate-friendly. Those are the main features of the TVL Pavei Mid Winter STX. These extremely comfortable, functional bike shoes were designed for bike trekking, touring and gravel riding in cold regions. The membrane sock construction of the upper is waterproof and breathable. In addition, the environmentally friendly, highly functional PrimaLoft® Eco Gold insulation keeps your feet warm and dry, even on icy days. The durable upper and stiff torsion sole offer perfect support and full power transmission on your ride. The insoles are anatomical and removable. They're also outfitted with an insulation layer and winter lining. A toe cap and heel protection safeguards your feet from painful impacts and the shoes from excessive wear and tear. Our TVL Pavei Mid Winter STX are high-performance, durable, and, best yet, CO2 emissions during production were greatly reduced thanks to a high proportion of functional recycled materials and innovative construction methods.
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