Skechers Go Walk Glide-Step 2.0 Kristee Trainers - Grey - 3.5 UK

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Currently unavailable
The Skechers Go Walk Glide-Step 2.0 Kristee trainers are designed for active adults who prioritize all-day comfort and effortless convenience in their footwear. Featuring high-rebound cushioning and a unique geometric midsole, these slip-on trainers provide a natural momentum for walking and daily errands; however, the fixed lacing system means they may not provide enough lockdown for high-intensity sports or specialized training activities.
| Age Group | adult |
|---|---|
| Colour | Grey |
| Gender | Female |
| Shoe Size UK | 3.5 |
| Accent Colour | Blue |
| Shoe Type | Trainers |
| Series | Go Walk Glide-Step 2.0 Kristee |
| Model Part Number | 125145 |
| Brand | Skechers |
No. You should always air dry your Skechers trainers to prevent heat damage to the foam midsoles.
No, these trainers feature fixed stretch laces for a slip-on fit.
While they are comfortable for walking, they are not engineered for the high impact and stability requirements of running.
The trainers are designed to be true to size. Ensure you wear the same weight of sock you intend to use daily when trying them on.
Yes, the engineered mesh upper is designed to be lightweight and breathable.
The stretch mesh is designed for comfort, but if movement occurs, consider using a slightly thicker insole insert to take up extra volume.
Use a soft brush or a gentle spray of water to dislodge small stones or dirt trapped in the midsole design to ensure the shoe maintains its intended flexibility.
Because these trainers utilize a slip-on design with fixed laces, there is no setup required; simply slide your foot into the shoe. They are designed to fit true to size, though the stretch mesh upper provides enough flexibility to accommodate slight variations in foot width. To clean, remove the insoles if possible and place the shoes in a garment bag. Use a cold, gentle cycle with mild detergent and allow them to air dry. Avoid using the dryer, as high heat can compromise the structural integrity of the cushioning foam.