Worldwide Delivery | Rated Excellent by Trustpilot
Worldwide Delivery | Rated Excellent by Trustpilot
Osaka Keigo Hockey Shinguards (2026/27)
The Osaka Keigo Hockey Shinguards are a CE-certified junior shinguard featuring a PPC core, high-density foam padding and a pivoted ankle design for confident, comfortable protection on the hockey pitch.
Not sure of your size? Work it out here
Pay in 3 interest-free instalments with PayPal · Earn rewards with this purchase
Chat with one of our hockey equipment experts on WhatsApp.
Osaka Keigo Hockey Shinguards (2026/27)
The Osaka Keigo Hockey Shinguards are a junior field hockey shinguard built specifically for young players who need reliable protection without sacrificing comfort or mobility on the pitch.
At the heart of the Keigo is a load-spreading PPC core paired with high-density foam padding, a combination that absorbs and distributes impact effectively so growing legs stay well protected during both training sessions and match play. The pivoted ankle construction allows for natural movement, reducing any restriction as young players sprint, tackle and turn. Securing everything in place is Osaka's twin-strap system, which provides a firm, adjustable fit that won't shift during intense play. The Keigo shinguards are CE certified and rigorously tested for hockey, giving parents and players confidence in the level of protection on offer.
- Core: PPC (load-spreading)
- Padding: High-density foam for shock absorption
- Ankle: Pivoted ankle design for improved comfort and mobility
- Fit: Twin-strap system for a secure, adjustable hold
- Certification: CE certified and tested for hockey
- Player level: Junior / Kids
Be the first to review this one. If you have bought it from us, we would like to know how you got on with it.
Hockey Shinguards Size Guide
| Size | Body Height (cm) |
|---|---|
| XX Small | 100-120 |
| X Small | 121-140 |
| Small | 141-160 |
| Medium | 161-180 |
| Large | 181-200 |
| X Large | 200+ |
Sizes are a guide only and can vary slightly between brands and models.