PUMA PWR Hybrid TR - Blue - Size 6


Currently unavailable


Currently unavailable
The PUMA PWR Hybrid TR trainers are designed for men seeking a reliable, performance-driven shoe for gym and functional training sessions. Featuring advanced carbon fibre plate technology for energy return and stability, these trainers excel in high-intensity workouts, though their specialized construction may feel stiffer than casual lifestyle footwear.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Male |
| Shoe Size UK | 6 |
| Accent Colour | Green |
| Shoe Type | Trainers |
| Series | PWR Hybrid TR |
| Model Part Number | WTN0N |
| Brand | PUMA |
Yes, the PUMA PWR Hybrid TR is designed for a standard fit, and it is recommended to order your usual shoe size.
These trainers are engineered for gym and functional training; they may lack the necessary cushioning required for long-distance road running.
The PWRPLATE is a carbon fibre component that stabilizes the midsole while maximizing energy transfer during athletic movements.
Use a soft brush for the upper and a damp cloth for the midsole. Do not submerge them in water or use a washing machine.
The shoes feature a standard fit; if you have particularly wide feet, you may find them snug, though the lacing system allows for some adjustment.
Re-lace the trainers using the top eyelets for a more secure 'heel lock' to prevent slippage.
The shoe features a performance-based stiff sole for energy transfer; if discomfort persists, ensure you are wearing the correct athletic sock thickness.
To ensure the best experience, order your usual UK size as these trainers are designed for a standard fit. When wearing for the first time, perform a few light mobility drills to allow the materials to adapt to your foot shape. For care, keep the trainers in a cool, dry area when not in use. Clean the exterior using a soft-bristled brush to remove dust or mud, and wipe the midsole with a damp cloth. Avoid machine washing or using harsh chemical cleaners, as these can compromise the structural integrity of the carbon fibre components and the adhesive bonds in the shoe.