Payntr Pro-X All Rounder Cricket Spikes
The Pro-X All-Rounder is purpose-built for all-rounders, offering the versatility and reliability you need to excel in every aspect of your game. Whether you're bowling at full tilt, sprinting between the wickets, or fielding with precision, this high-performance shoe ensures you're always at your best.
Textile Mesh Upper
Engineered using a textile mesh upper, the Pro-X All-Rounder is lightweight and breathable, ensuring comfort throughout long innings. The mesh allows cool air to flow whilst removing unwanted warm air to regulate temperature, creating a perfect microclimate where feet can thrive. Microfibre overlays also feature on the upper to reinforce pressure points for added durability and a secure fit. The full-length tongue wings lock your foot in place for a distraction-free performance, and lastly, a traditional lacing system secures the midfoot to prevent excessive movement.
Single Density EVA Midsole
The midsole has been constructed with a single-density EVA foam for superior comfort. It is ultra-lightweight and cushioning, sparing joints and ensuring a plush ride. It gently rebounds, utilising the force from your last step to power you into your next one for a springy feel and reduced fatigue. A 3D moulded memory foam footbed adapts to your foot shape, delivering plush cushioning and support.
Two-Shot TPU Outsole
The cricket-engineered, two-shot TPU outsole features cutouts for reduced weight and ventilation, perfect for any conditions - keeping you cool and light. Multiple spike receptacles and pimples provide great grip and traction in multiple directions so you can move fast with confidence. Eight spike receptacles located by the forefoot and four located by the heel cover the entire outsole to ensure optimal grip on the ground during explosive movements. This durable material avoids wear to the outer sole whilst guaranteeing a stable and secure step during every match or training session. Completing the outsole is a TPU stability plate that provides a mix of flexibility and rigidity for superior support.
