Currently unavailable
This product is not available at the moment. Check back later or explore other options below.
The adidas VS Pace 2.0 trainers are designed for individuals seeking a blend of classic skateboarding aesthetics and everyday casual comfort. Featuring a durable synthetic nubuck upper and a vulcanized-look midsole, these shoes offer reliable support for light activity or relaxed outings. While they provide excellent style and build quality, they are primarily intended for lifestyle wear rather than high-performance professional skateboarding.
| Gender | Unisex |
|---|---|
| Age Group | adult |
| Colour | White |
| Shoe Size UK | 12 |
| Series | VS Pace 2.0 |
| Model Part Number | HP6012 |
| Brand | adidas |
While inspired by skate heritage, the VS Pace 2.0 is designed for casual lifestyle use rather than professional skateboarding.
It is not recommended to machine wash these shoes. Please use a damp cloth to clean the synthetic nubuck.
The VS Pace 2.0 features a regular fit, generally consistent with standard sizing. If you prefer a loose feel, consider your standard size.
The product is made with a series of recycled materials, featuring at least 50% recycled content in the construction.
No, the synthetic nubuck upper is not waterproof. It is best to avoid heavy rain or puddles to maintain the integrity of the material.
Use a double knot or replace the factory laces with a slightly textured flat lace for more friction.
Use a specialized synthetic cleaner or a light mix of water and mild dish soap with a soft-bristled brush to spot clean.
Getting the most out of your VS Pace 2.0 trainers involves proper maintenance and fit adjustments. Use the standard lace closure to dial in your preferred tension across the midfoot. Since these shoes feature a synthetic nubuck upper, avoid machine washing, which can damage the material texture. Instead, gently wipe the surface with a damp cloth and mild soap to remove dirt. Ensure the shoes are allowed to air dry away from direct heat sources, such as radiators, which could cause the synthetic fibers or adhesives to warp.
