Munich Gresca Low-Top Sneakers - Red - 11.5 UK


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Currently unavailable
The Munich Gresca Low-Top Sneakers are high-performance indoor court shoes designed for adults who prioritize agility and stability during fast-paced movement. These trainers are ideal for indoor football and court sports, offering a durable construction and specialized grip, though users should note that they are specifically engineered for indoor surfaces rather than rough outdoor terrain.
| Age Group | adult |
|---|---|
| Colour | Red |
| Gender | Unisex |
| Shoe Size UK | 11.5 |
| Model Part Number | 3000624_624 |
| Brand | Munich |
No, the outsole is designed specifically for indoor court surfaces. Using them on concrete or asphalt will cause premature wear to the rubber.
Yes, the Munich Gresca is a unisex design suitable for both men and women.
This model is sized in UK measurements. For the best fit, measure your foot length and compare it to the Munich sizing guide, ensuring a small gap at the toe for comfort.
Yes, the insoles are removable and can be replaced with custom orthotics if required for additional support.
Use a soft brush to remove loose dirt and a damp cloth with mild soap for any stains. Avoid putting them in the washing machine.
Wipe the outsole with a slightly damp cloth to remove accumulated dust and floor polish, then dry with a towel.
Try adjusting the lacing pattern to be more relaxed at the toes while keeping the midfoot securely locked.
Remove the insoles to air out and use an odor-neutralizing spray or moisture-absorbing charcoal bags.
To ensure optimal performance, verify that your 11.5 UK size provides a snug fit with minimal heel slippage. When lacing, ensure consistent tension across the bridge to maintain support. For maintenance, wipe the exterior with a damp cloth after every use to remove dust and sweat, as debris can degrade the friction level of the outsole over time. Always allow the sneakers to air dry in a well-ventilated area, avoiding direct heat sources like radiators, which may damage the adhesives and structural integrity of the materials.