AM Downieville Low Black/Chute
Advice : Use the foot sizer from SIDAS to help you find the right size
60 days to change your mind
No subject to promotional offersThe AM Downieville low are MTB shoes from Vaude.
Perfectly adapted to all mountain bike practices with automatic pedals, such as cross country, all-mountain or enduro, this shoe is resistant, light and increases the pleasure of riding tenfold.
In the AM Downieville low, your toes will always be protected from the elements thanks to the solid shell covering them. The flap protecting the lacing from water and dust will also be there to protect your feet.
The AM Downieville low fits perfectly with your foot thanks to its lacing system and your feet will always be well ventilated with the ortholite sole.
The ideal shoe for adventuring on unknown and challenging trails without question is the AM Downieville low.
Weight: 796g
Features:
Upper:
- Synthetic and robust exterior material
- PU material
- 50% recycled polyester lining
- Stabilising velcro for individual adjustment
Insole:
- Reinforcements in the pedal zone
- Removable insole
Outsole:
- V-Flow stability index 6, firm
- VAUDE AM sole
- SUPtraction T rubber compound for perfect fit and long life
- Continuous nylon reinforcement for optimal power transfer.
Equipment:
- external toe and heel protection shell
- compatible with the most popular automatic mountain bike pedal systems on the market
Velcro closure: Velcro closure for extra support and stability in the shoe.
MTB Cleats: Option to fit SPD automatic cleat systems that are recessed to not interfere with walking
Heel cup: Toe and heel cap made from stable and recyclable TPU for best protection and optimal support.
V-Flow stability index 6: The V-Flow index tells you the stiffness of the upper in combination with the midsole and outsole. The V-Flow 6 index designates mountain bike shoes designed for trails on natural terrain with good grip, on solidified gravel and unstable, stoney ground in mountainous terrain. They offer you a perfect fit, good protection and optimal power transfer.
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