JOLT 4

Images

Image 1 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 2 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 3 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 4 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 5 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 6 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 7 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes
Image 8 of 8 of Women's Black/Champagne JOLT 4 Women's Running Shoes

JOLT 4

Details

Women's Running Shoes
€ 60,00 € 42,00
incl. VAT, excl. Shipping Costs
Strategic support that's reinforced with advanced flexibility.
Strategic support that's reinforced with advanced flexibility.

Add to cart options

Product Actions

Surface
Road
Heel Drop
10 mm
Weight
228 g/8 oz
Support
Neutral
Cushion
Regular

The new JOLT 4 shoe is designed to help you run or walk more comfortably. This shoe combines an AMPLIFOAM midsole with a solid rubber outsole for improved durability. Drawing inspiration from our longstanding GT series, this trainer offers classic styling and a great fit.

To make this edition even softer and move with your foot better on the run, we have engineered more flex grooves in the outsole. The upper is reinforced with stitch down overlays. Lastly, a more accommodating forefoot fit and a soft ORTHOLITE sockliner will help keep you stay comfortable throughout the day.

Style #: 1012B421.008

Designed For Neutral

neutralPronation

Neutral

  • Foot Type

    Normal size arches
  • Push Off

    There is even distribution from the front of the foot.
  • How your foot contacts the ground

    The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight.
  • Engineered mesh upper
    Helps improve breathability
  • Synthetic stitching on the overlays
    AMPLIFOAM cushioning
  • Helps provide underfoot comfort
    The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology