Last updated at 21/07/2025 07:15:09
Lily Attributes | |
Embellishment | Color block |
Fabric Functionality | Shock absorbent,Breathable |
Occasion | Activewear |
Color | Multi color |
Lily Attributes | |
Embellishment | Color block |
Fabric Functionality | Shock absorbent,Breathable |
Occasion | Activewear |
Color | Multi color |
The ASICS Gel 1130 'Cement Grey Rust Orange' channels the distinctive running shoe aesthetic of the late 2000s. Dual-layer grey mesh is utilized on the upper, contrasted by synthetic leather overlays in metallic silver and muted orange hues. The sneaker rides atop a lightweight EVA midsole with visible Gel cushioning in the heel. Underfoot, the durable rubber outsole features a TRUSSTIC support system for improved torsional rigidity.
The ASICS Gel 1130 'Cement Grey Rust Orange' channels the distinctive running shoe aesthetic of the late 2000s. Dual-layer grey mesh is utilized on the upper, contrasted by synthetic leather overlays in metallic silver and muted orange hues. The sneaker rides atop a lightweight EVA midsole with visible Gel cushioning in the heel. Underfoot, the durable rubber outsole features a TRUSSTIC support system for improved torsional rigidity.
in 2 offers
The ASICS Gel 1130 'Cement Grey Rust Orange' channels the distinctive running shoe aesthetic of the late 2000s. Dual-layer grey mesh is utilized on the upper, contrasted by synthetic leather overlays in metallic silver and muted orange hues. The sneaker rides atop a lightweight EVA midsole with visible Gel cushioning in the heel. Underfoot, the durable rubber outsole features a TRUSSTIC support system for improved torsional rigidity.
The ASICS Gel 1130 'Cement Grey Rust Orange' channels the distinctive running shoe aesthetic of the late 2000s. Dual-layer grey mesh is utilized on the upper, contrasted by synthetic leather overlays in metallic silver and muted orange hues. The sneaker rides atop a lightweight EVA midsole with visible Gel cushioning in the heel. Underfoot, the durable rubber outsole features a TRUSSTIC support system for improved torsional rigidity.
Size