adidas VS Pace 2.0 Trainers - White - UK 10












The adidas VS Pace 2.0 trainers are designed for individuals seeking a versatile blend of classic skateboarding aesthetics and everyday casual comfort. These shoes feature a durable synthetic nubuck upper and a vulcanised-look midsole, making them an excellent choice for both light recreational skating and casual daily wear. While they offer a stylish, secure fit, users should note that the synthetic upper may not provide the same breathability as performance-oriented mesh athletic shoes.
| Gender | Unisex |
|---|---|
| Age Group | adult |
| Colour | White |
| Shoe Size UK | 10 |
| Series | VS Pace 2.0 |
| Model Part Number | HP6012 |
| Brand | adidas |
These are designed for lifestyle use and recreational skating. They are not intended for heavy-duty professional skateboarding.
Use a damp cloth with mild soap to clean the upper and the vulcanised midsole. Avoid harsh chemicals.
The synthetic nubuck is water-resistant to a degree, but the shoes are not waterproof.
The VS Pace 2.0 features a standard flat sole profile typical of skate shoes, which provides minimal arch support.
The upper is constructed from synthetic nubuck, the lining is textile, and the sole is rubber.
Yes, they are designed with a standard fit; purchase your usual adidas size.
Ensure you are using a double knot if you require extra security during physical activity or skating.
Use a soft, slightly damp brush or cloth to gently rub the affected synthetic area until the scuff marks are minimized.
Check the bottom of the soles for debris or gravel trapped in the treads and clean with a stiff brush.
The trainers are a standard fit, so it is recommended to purchase your normal shoe size. The lacing system allows for customization if you prefer a tighter feel for skating or a looser fit for relaxed walking. For care, wipe the synthetic nubuck upper with a damp cloth to remove surface dirt and dust. Avoid machine washing or submerging the shoes in water, as this can degrade the materials. Allow them to air dry away from direct heat sources to preserve the shape and integrity of the synthetic materials.