ASICS GEL-1130 Trainers - Green - 4

Currently unavailable

Currently unavailable
The ASICS GEL-1130 trainers are designed for adults seeking a blend of retro aesthetics and reliable stability for everyday city walking. Drawing inspiration from the 2008 GEL-1000 series, these shoes provide essential foot support and modern comfort, though users should note they are primarily engineered as lifestyle trainers rather than high-performance professional running gear.
| Age Group | adult |
|---|---|
| Colour | Green |
| Gender | Unisex |
| Shoe Size UK | 4 |
| Shoe Type | Trainers |
| Series | GEL-1130 |
| Model Part Number | 1203A609 - 301 |
| Brand | ASICS |
While based on stability running designs from 2008, the GEL-1130 is currently marketed as a lifestyle trainer for daily use rather than a technical performance running shoe.
The upper incorporates high-quality leather and synthetic materials to maintain a balance of durability and style.
Yes, the GEL-1130 retains the stability-focused architecture of the original GEL-1000 series, providing significant support for the foot.
Use a damp cloth for cleaning and allow them to air dry away from heat. Avoid machine washing.
Yes, the GEL-1130 is designed as a unisex trainer suitable for various foot shapes.
Try adjusting the lacing pattern to be looser across the midfoot or switch to thinner performance socks.
Use a specialized leather cleaner or a soft brush to gently remove surface debris.
For the best fit, ensure you wear the same style of socks you intend to use daily when trying on the trainers. These are true-to-size for most adults, but leather materials may require a brief break-in period for optimal comfort. To care for your trainers, wipe down the leather and synthetic surfaces with a soft, damp cloth to remove city grit and dust. Avoid submerging the shoes in water or using harsh chemical cleaners, as these can compromise the adhesives and material texture. If the shoes become damp, air dry them in a well-ventilated area away from direct heat sources to prevent material warping.