Canterbury Speed Raze Kids Soft Ground Rugby Boots
SKU: 66252 - 3 UK
Designed for young players who thrive on speed, the Canterbury Speed Raze keeps things lightweight and streamlined for rapid movement on the pitch. Built for soft ground play, these boots feature six conical metal studs for superior grip.
- Durable & Lightweight – Scratch-resistant synthetic upper for lasting performance.
- Comfort & Support – Padded collar and EVA insole for a secure, cushioned fit.
- Enhanced Control – Asymmetrical design with textured surface for improved precision.
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.
Canterbury Speed Raze Kids Soft Ground Rugby Boots
SKU: 66252 - 3 UK
Taxe incluse.Les frais d'expédition sont calculés au moment du paiement.
Klarna
3 payments of £13.33 at 0% interest
Clearpay
4 interest-free payments of £10.00
Designed for young players who thrive on speed, the Canterbury Speed Raze keeps things lightweight and streamlined for rapid movement on the pitch. Built for soft ground play, these boots feature six conical metal studs for superior grip.
- Durable & Lightweight – Scratch-resistant synthetic upper for lasting performance.
- Comfort & Support – Padded collar and EVA insole for a secure, cushioned fit.
- Enhanced Control – Asymmetrical design with textured surface for improved precision.
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.