Skechers MAX D'LUX WALKER Women's Shoes Black

Skechers MAX D’LUX WALKER – work shoes developed for safe operation in HORECA

SRC-tested rubber sole reduces the risk of falling accidents on wet or greasy floors. We recommend this work shoe for teams that want proven safety without compromising everyday comfort.

Ergonomics and lightweight throughout the shift

With a weight of less than 400 g (size 42), the shoe relieves feet and ankles, even during long standing tasks. The Air Cooled Memory Foam insole adapts to the foot and distributes pressure, while the Ultra Go midsole cushions every step.

Ready for professional use and easy maintenance

• Anti-slip SRC-approved outsole
• CE EN ISO 20347:2012 OB FO SRC certified
• Air Cooled Memory Foam for ergonomic support
• Relaxed Fit with extra space in the forefoot
• Weighs less than 400 g in size 42
• Machine washable at 30 °C and air dryable

Black, athletic design with discreet metallic grey S logo makes the shoe suitable for most uniforms. The shoe's materials withstand daily use and machine washable, so you get a long life without compromising on safety.

We advise teams in hotels, restaurants and cafés who want reliable quality and partnership. See the entire range of Safety shoes.

Frequently asked questions

Here we have collected short answers to the questions we get most often:

Does the slip resistance hold after washing?

Yes, the shoe's SRC approval is maintained after washing at 30 °C and air drying. We always recommend air drying to preserve the properties of the rubber - avoid tumble drying, as high heat can shorten the lifespan.

What is the size - should we go up or down?

Most people choose their normal size. Relaxed Fit means there is a little extra room in the front. If in doubt, we recommend trying the regular size first.

Can it handle greasy kitchen floors?

Yes, the model is developed for professional environments where wet and greasy floors are everyday life. The SRC classification documents that the sole reduces the risk of slipping on these surfaces.