Skechers Arch Fit 2.0 Big League - Grey/Pink - 6.5 UK



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Currently unavailable
The Skechers Arch Fit 2.0 Big League is designed for adults seeking reliable podiatrist-certified arch support for daily wear. This lace-up trainer excels at providing all-day cushioning through its combination of engineered mesh and specialized insole technology, though users with very specific orthopedic requirements may still need to test the fit for their unique foot shape.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Grey |
| Accent Colour | Pink |
| Shoe Size UK | 6.5 |
| Series | Arch Fit 2.0 |
| Model Part Number | 150051 |
| Brand | Skechers |
Yes, they are machine washable. Please use a gentle cycle with cold water and allow the shoes to air dry.
Yes, the Arch Fit system features a removable insole that can be taken out for cleaning or customization.
Yes, the Skechers Arch Fit 2.0 Big League is constructed using 100% vegan materials.
The trainers feature a 1 3/4-inch heel height.
Yes, they are designed to fit true to size for a standard width.
These are primarily designed for walking and everyday casual use, rather than high-intensity running.
The Arch Fit system requires a short break-in period to contour to your foot shape; wear them for shorter periods initially.
Remove the insole to allow the shoe to air out fully, or utilize the machine washable feature to refresh the interior.
Ensure you are using a double knot if the laces are sliding, or replace with standard performance laces if slippage persists.
These trainers are designed to be true to size for a standard width fitting. To set up, simply loosen the laces to accommodate your foot and tighten them to your preferred level of tension for maximum support. Because the insole is removable, you can easily clean the shoe or swap the insert if necessary. To maintain the life of the footwear, the trainers are machine washable; it is recommended to wash on a gentle cycle in cold water and allow them to air dry away from direct heat sources to preserve the memory foam and structural integrity of the mesh.