Men's shoes Asics Gel-Rocket 12 1071A116 105 40.5

Step onto the court in the Asics Gel-Rocket 12, a men's indoor shoe built for volleyball, badminton, squash, and table tennis. In the white and deep ocean colourway, these shoes combine a synthetic leather and mesh upper with a non-marking rubber outsole for reliable grip on indoor surfaces. The forefoot GEL™ technology cushions each landing, while the TRUSSTIC SYSTEM™ reduces twisting for stable lateral movements. With a standard D width and neutral arch support, the Gel-Rocket 12 delivers a balanced fit for players who need quick reactions and all-match comfort.

Key specifications

• Model series: Gel-Rocket 12
• Style code: 1071A116-105
• Colour: White / Deep Ocean
• Upper: Synthetic leather and mesh
• Midsole: EVA with forefoot GEL™ technology
• Stability: TRUSSTIC SYSTEM™ technology
• Outsole: Non-marking rubber
• Closure: Lace-up
• Footwear width: Standard (D)
• Arch support: Neutral
• Heel drop: Approximately 10 mm
• Removable insole: Yes
• Size: EU 40.5 (US Men's 7.5, UK Men's 6.5)

Why choose it

The Gel-Rocket 12 is a proven choice for indoor athletes who value lightweight cushioning and dependable traction. The forefoot GEL™ unit absorbs shock during jumps and quick stops, while the TRUSSTIC SYSTEM™ keeps the shoe stable during sharp cuts and direction changes. The breathable mesh panels help keep feet cool through long rallies, and the non-marking outsole is safe for gym floors. Whether you're a league player or a weekend competitor, this shoe offers the support and durability needed for high-intensity indoor play.

Ideal use cases

• Volleyball matches and training
• Badminton and squash court sessions
• Table tennis footwork drills
• Indoor gym classes and recreational play

Good to know

Asics recommends ordering your regular size for a comfortable fit. The removable insole allows for custom orthotics if needed. The non-marking outsole is approved for most indoor court surfaces. For best results, air dry after use and avoid machine washing to preserve the shoe's structural integrity.