Best current price£29.19from OnBuy.com
Shopping.co.uk recommended and popular offers
OnBuy.com£29.19Visit shop Mitre Shooter Netball
Visit shop
B&Q£31.33Visit shop - Mitre Shooter Netball White/pink/blue (4)
Visit shop2 offers from £29.19 - £31.33
View price history by clicking the chart icon.
The Mitre Shooter Netball is an ideal choice for junior netball players and school teams seeking a reliable, high-performance ball suitable for any playing surface. Its primary benefit is the specialized embossed surface, which significantly improves grip and facilitates precise handling during fast-paced matches, though users should note that as a size 4 ball, it is specifically calibrated for younger age groups rather than senior competition.
| Model Part Number | UTCS135_1 |
|---|---|
| Brand | Mitre |
A size 4 netball is typically used by junior players, generally aged 10 to 14, depending on the league regulations.
Yes, the Mitre Shooter is designed with durable materials that allow it to perform well on both indoor and outdoor surfaces, including concrete.
Depending on shipping regulations, it may arrive deflated or partially inflated; it is best to have a pump ready.
Keep the ball clean by wiping it after use and storing it in a dry environment.
Yes, its durable construction and consistent grip make it an excellent choice for school and club-level competition.
Check the inflation pressure using a ball pump gauge and inflate to the recommended PSI.
Wipe the surface with a clean, slightly damp cloth to remove court debris and restore grip.
To ensure optimal performance, verify the ball is inflated to the manufacturer-recommended pressure levels before first use. Avoid over-inflation, which can distort the panels and affect the ball's flight path. Compatibility-wise, this is a standard size 4 ball designed for junior-level play. To extend the life of your Mitre Shooter Netball, wipe it down with a damp cloth after outdoor use to remove dirt and grit, and store it in a cool, dry place away from direct sunlight to prevent premature material degradation.
