Skechers Glide-Step Pro Trainers - Navy/Grey - 6 UK

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Currently unavailable
The Skechers Glide-Step Pro trainers are designed for active adults who prioritize convenience and comfort in their daily footwear. Featuring innovative slip-in technology, these shoes provide a secure fit without the need for tying laces, making them an excellent choice for travel, work, or casual wear; however, users should note that the specialized heel construction may feel different initially compared to traditional lace-up athletic footwear.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Male |
| Shoe Size UK | 6 |
| Accent Colour | Grey |
| Shoe Type | Trainers |
| Series | Glide-Step Pro |
| Model Part Number | 232930W-NVCC |
| Brand | Skechers |
No, the Glide-Step Pro is designed as a hands-free slip-in, meaning no laces or tying is required.
These are primarily designed as lifestyle and walking trainers. They are not intended for high-performance long-distance running.
Use a damp cloth with mild soap for surface cleaning. Avoid submerging them in water or using high-heat dryers.
Yes, they generally follow standard UK sizing, though the slip-in design may feel slightly more snug than loose-laced sneakers.
The geometric shape of the midsole is designed to provide natural momentum and energy return while walking.
Ensure you are stepping firmly into the heel cup to fully seat your foot against the internal heel pillow.
The heel structure is designed to be firm for stability. Use a shoehorn if you find it tight, or ensure the heel fabric isn't folded under while sliding your foot in.
Because these are slip-in trainers, there is no setup required; they are ready to wear straight out of the box. For best results, ensure you step into the shoe firmly to engage the heel pillow system. To maintain the life of your trainers, avoid machine washing them in hot water; instead, spot clean with a soft cloth and mild detergent. Allow them to air dry away from direct heat sources to preserve the integrity of the foam cushioning and the internal heel support structure.