adidas Rugby Junior Kids Soft Ground Rugby Boots
SKU: 66749 - K10 UK
Built for the future stars of the game, the adidas Rugby Junior Soft Ground Boots deliver performance and comfort. Inspired by the Kakari and RS15, they’re designed to support every position on the pitch. A clean strike zone and strong grip give young players the edge they need on soft ground.
- Durable synthetic upper with asymmetrical lacing for better ball contact
- Soft ground outsole provides reliable traction in muddy conditions
- Designed for all-round play across multiple positions
WHY SOFT GROUND?
BEST SURFACE:
Natural grass pitches that are soft, wet, or muddy. The long, often replaceable metal studs provide extra grip and stop you from slipping in heavy ground conditions.
WHY NOT OTHER SURFACES:
On firm or artificial surfaces, the studs don’t penetrate, making them unstable and uncomfortable; they can also damage synthetic turf and increase the risk of injury.
adidas Rugby Junior Kids Soft Ground Rugby Boots
SKU: 66749 - K10 UK
VAT included. Shipping calculated at checkout.
Klarna
3 payments of £18.33 at 0% interest
Clearpay
4 interest-free payments of £13.75
Shop Pay Installments
Pay over time with Shop Pay Installments
Built for the future stars of the game, the adidas Rugby Junior Soft Ground Boots deliver performance and comfort. Inspired by the Kakari and RS15, they’re designed to support every position on the pitch. A clean strike zone and strong grip give young players the edge they need on soft ground.
- Durable synthetic upper with asymmetrical lacing for better ball contact
- Soft ground outsole provides reliable traction in muddy conditions
- Designed for all-round play across multiple positions
WHY SOFT GROUND?
BEST SURFACE:
Natural grass pitches that are soft, wet, or muddy. The long, often replaceable metal studs provide extra grip and stop you from slipping in heavy ground conditions.
WHY NOT OTHER SURFACES:
On firm or artificial surfaces, the studs don’t penetrate, making them unstable and uncomfortable; they can also damage synthetic turf and increase the risk of injury.