Reebok Nano X5 Trainers - Blue/Black - 7 UK


The Reebok Nano X5 Trainers are high-performance athletic shoes designed for women who engage in versatile, multi-disciplinary training sessions. These trainers provide a stable and comfortable foundation through advanced cushioning and a secure fit, though they are specifically engineered for gym environments rather than long-distance outdoor running.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Blue |
| Accent Colour | Black |
| Shoe Type | Trainers |
| Shoe Size UK | 7 |
| Series | Nano X5 |
| Model Part Number | 100229219 |
| Brand | Reebok |
These trainers are designed for versatile gym training; while suitable for short warm-ups, they are not optimized for long-distance road or trail running.
The Nano X5 features a standard width. It is recommended to select your usual athletic shoe size for a comfortable fit.
Yes, the stable midsole provides a solid foundation for most standard strength training exercises.
Wipe with a damp cloth, air dry, and avoid machine washing to protect the structural integrity.
Yes, the Nano X5 series comes in a variety of colourways including Black, White, Blue, Pink, and Green.
The midsole is crafted from EVA foam to provide lightweight cushioning and shock absorption.
Ensure the laces are not tied too tightly across the bridge of the foot and check that you are wearing moisture-wicking socks.
Re-tie the laces using the secondary eyelets to create a more secure heel lock.
To ensure your Reebok Nano X5 Trainers maintain their performance, follow these guidelines. Start by adjusting the laces for a snug, secure fit before every session. These shoes are best paired with performance socks to manage moisture during intense workouts. To clean, remove loose dirt with a soft brush and wipe the exterior with a damp cloth and mild soap; avoid soaking the shoes or putting them in the washing machine to preserve the cushioning properties of the EVA midsole. Air dry away from direct heat sources, such as radiators, to maintain the integrity of the materials.