Payntr XPF-P6 Bowling Spike Cricket Shoes
The new XPF-P6 Bowling Spike is the ultimate bowling shoe and has been designed specifically with the fast bowlers in mind. Based on a running last to provide a superior fit and feel, elements are fused together for increased stability and strength to provide a more powerful performance.
PU Upper
A fully welded PU upper with foamed support in the forefoot and oversized heel counter locks your foot in position for extra stability and comfort. Water wicking material works to keep your feet dry whilst a 30mm Velcro strap has been strategically positioned to lock down the foot and hold it in place while at full speed. The topline collar has been cut to mid-height for extra ankle support without restricting your movements and the anti-slip resistant lined insole grips your foot in place to maximise your performance while reducing impact and stress on joints. The upper has been built on a runner's specific last to provide a superior fit and feel.
EVA Midsole
The midsole has been constructed from compression-moulded EVA 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.
Specialist Outsole
A re-enforced 7/4 spike formation outsole plate with 2mm high TPU lugs across the centre of the outsole reducing force through the foot while landing. The 5mm lugs around the perimeter of the outsole enhance grip and traction in every stride.
Features
- PU Upper - Water-resistant and durable with foam for comfort.
- Heel Counter and Lacing System - Lock down the foot for stability.
- Water-Wicking Material - Keeps feet dry.
- 30mm Velcro Strap - For extra stability and control.
- Mid Height Collar - For extra ankle support.
- Slip Resistant Lined Insole - For grip and comfort.
- Runner Specific Last - For comfort.
- EVA Midsole - Lightweight and cushioning.
- Reinforced Spike Outsole - For grip, traction and protection from force.