1 Year Manufacturer Warranty
Waterproof
Sizing Guide
Puma have developed the Ladies IGNITE NXT Lace Golf Shoe from the ground up, ensuring you get the best grip, support and comfort while out on the links!
The spikeless outsole design features the Pro-Form TPU technology with an organically-altered traction pattern. On top of the outsole, the excellent IGNITE Foam midsole has been used and wrapped with SoleShield to deliver incredible levels of durability, comfort and energy return.
Puma have created an athletic style upper from a lightweight flat-knit waterproof mesh vamp, which features their PWRFRAME and PWRCAGE technologies, to deliver support and stability as well as an improved fit.
To further enhance the support offered by the PWRFRAME and PWRCAGE technologies, Puma have incorporated their SOLEACE lace design which features a super strong and lightweight TPU midsole attachment that wraps the foot for 360° support.
- IGNITE Foam - Revolutionary and proprietary midsole foam provides energy return, responsive comfort, stable cushioning, and superior step-in comfort.
- Performance Mesh + TPU - Non-stretch WATERPROOF and breathable mesh, premium TPU PWRCAGE and PWRFrame combine for the ultimate spikeless performance shoe.
- SOLELACE - Super strong and lightweight TPU attached to the midsole allows the laces of the shoe to completely wrap around your foot to give you 360-degree support while securing the midsole and outsole directly to your foot for ultimate ground feel.
- PWRFRAME - Ultra-thin TPU frame strategically placed in high stress areas on upper for lightweight support and increased stability.
- Organically-Altered Traction - Traction inspired by nature - strategically designed directional lugs in proper zones for increased traction throughout swing for more grip and power.
- SOLESHIELD - Micro-thin TPU film that is vacuum formed around the midsole for added durability and makes cleaning off dirt and debris a breeze.
- Performance Mesh SOLELACE PWRFRAME
- Pro-Fit Insole
- IGNITE SOLESHIELD
- Pro-Form TPU Organically-Altered Traction
