Asics GT-2000 12

The GT-2000™ 12 shoe is a versatile stability trainer that's functional for various distances. Asics reimagined this workhorse running style with less weight and a smoother heel-to-toe transition. ​The midsole is updated with a full-length FF BLAST™ PLUS cushioning unit and PureGEL™ technology. These features help provide a more energized toe-off with cloud-like softness underfoot. ​Meanwhile, the 3D GUIDANCE SYSTEM™ consists of wider basenets and an increased heel bevel and forefoot flare. As a result, you'll experience a silky-smooth transition from footstrike to toe-off.

The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology

Vegan Friendly: For this product, no materials of animal origin are applied in the design and material selection stages, including: the yarns, glues or other adhesives applied in the product.

Features

• Designed for neutral/overpronation.
• Jacquard mesh upper: offers a supportive and comfortable foothold.
• At least 50% of the shoe's main upper material is made with recycled content to reduce waste and carbon emissions.
• Reflective details: designed to help improve visibility in low-light settings.
• Increase heel bevel: for controlled impact and smoother transitions.
• Wider basenets: for a more stable platform.
• Barefoot flare: for a smooth, stable ride from landing to toe-off.
• Soft landings.
• More cushioning.
• The GT-2000 12 shoe's carbon footprint is 21% lower than the industry average.
• Heel height: 36mm.
• Heel drop: 8 mm
• Forefoot height: 28mm.
• Real weight: 270 g (US 9, EUR 42.5).

Technologies

Rearfoot PureGEL™ technology
Helps provide lightweight cushioning and softer landings.

FF BLAST™ PLUS cushioning
Helps provides lightweight impact absorption and a responsive rebound.

OrthoLite™ X-30 sockliner
Helps provides soft step-in comfort.

AHARPLUS™ heel plug rubber
Helps improve durability.

AHAR™ LO-HRD outsole material
Helps improve resistance against wear.