Best current price£65.00from Amazon
Shopping.co.uk recommended and popular offers
Amazon£65.00Visit shop adidas Unisex Kids Supernova Ease 2 Junior Shoes, FTWR White/Core Black/Core White, 4.5 UK
Visit shop1 offer from £65.00
View price history by clicking the chart icon.
The adidas Supernova Ease 2 trainers are designed for active kids who need a reliable, comfortable shoe for everyday movement and play. Featuring a lightweight construction and secure lace-up fit, they offer excellent support for growing feet; however, users should note that the textile upper is best suited for dry conditions rather than heavy-duty outdoor trekking.
| Age Group | kids |
|---|---|
| Colour | White |
| Gender | Unisex |
| Child Shoe Size UK | 4.5 |
| Accent Colour | Black |
| Shoe Type | Trainers |
| Series | Supernova Ease 2 |
| Model Part Number | OPB09 |
| Brand | adidas |
Yes, the Supernova Ease 2 is designed for daily activity and light running, providing adequate cushioning and support.
We recommend hand-cleaning with a damp cloth. Machine washing can compromise the adhesives used in the cold cement construction.
The trainers feature a 9mm midsole drop to support natural foot transition.
No, the textile upper is breathable but not waterproof. Avoid wearing them in heavy rain or wet conditions.
The lace-up closure allows for a regular fit. Adjust the laces to ensure a secure lockdown that is tight enough for stability but loose enough for circulation.
These trainers are specifically designed for kids.
Double-knot the laces or replace them with a slightly textured flat lace for better grip.
Use a soft-bristled brush or a dedicated fabric cleaner to gently scrub the textile surface.
To ensure the best fit, utilize the lace-up system to tighten the midfoot for stability. For care, keep the textile uppers clean by brushing off loose dirt after use. If the trainers become heavily soiled, spot-clean them with mild soap and a soft cloth; avoid submersing them in water or using abrasive cleaning agents. Ensure they are air-dried away from direct heat sources to maintain the integrity of the rubber and fabric components.
