Hoka Challenger ATR 7 Womens
$239.00
Street-approved. Trail tested. Built at the intersection of road and trail, the new Challenger 7 has been completely reimagined from the ground up. Combining a simplified mesh upper with a soft new foam, we’ve increased the stack height for a plusher feel and added proprietary rubber to the bottom unit, along with a reimagined outsole design for the best all-terrain ride yet. Inspired by gravel tires, we’ve cued up smaller, tightly spaced lugs in center and larger, more aggressive lugs at the perimeter designed for improved traction on uneven terrain.
FEATURES
Extended heel pull
Engineered mesh
Compression molded EVA foam midsole
Durabrasion rubber
4mm lugs
Recycled poly laces
The Challenger Atr 7 features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don’t.
The Challenger Atr 7 features a higher bed of soft cushion, designed to provide a forgiving impact and ride.
WEIGHT
218.29g
HEEL TO TOE DROP
5.00mm
Street-approved. Trail tested. Built at the intersection of road and trail, the new Challenger 7 has been completely reimagined from the ground up. Combining a simplified mesh upper with a soft new foam, we’ve increased the stack height for a plusher feel and added proprietary rubber to the bottom unit, along with a reimagined outsole design for the best all-terrain ride yet. Inspired by gravel tires, we’ve cued up smaller, tightly spaced lugs in center and larger, more aggressive lugs at the perimeter designed for improved traction on uneven terrain.
FEATURES
Extended heel pull
Engineered mesh
Compression molded EVA foam midsole
Durabrasion rubber
4mm lugs
Recycled poly laces
The Challenger Atr 7 features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don’t.
The Challenger Atr 7 features a higher bed of soft cushion, designed to provide a forgiving impact and ride.
WEIGHT
218.29g
HEEL TO TOE DROP
5.00mm
Weight | 0.00 kg |
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