Description

Asics Metaspeed Edge Tokyo – carbon-plated speed for runners who accelerate by increasing cadence.

Asics Metaspeed Edge Tokyo is an elite-level racing shoe featuring a carbon plate, designed for runners who increase their pace by boosting step frequency rather than stride length. It is one of the most advanced ASICS models, built for maximum efficiency in 5K, half marathon, and marathon distances.

The vibrant “Tokyo” colorway pays tribute to ASICS’ Japanese roots and rich track & field heritage. This is not only a technologically advanced racing shoe, but also a visually striking statement on race day.

Why choose Metaspeed Edge Tokyo?

• Dual-layer cushioning system: the upper FF LEAP layer delivers soft, elastic cushioning with excellent energy return, while the lower FF TURBO+ layer stabilises landings and helps maintain high speed.
• Full-length carbon plate: positioned between the foam layers, it creates a dynamic forward propulsion and helps you sustain a higher cadence efficiently.
• Motion Wrap 3.0 upper: an ultra-light and highly breathable upper that locks the foot in securely, even at race pace.
• ASICSGRIP™ outsole: high-grip rubber strategically placed in key wear areas to ensure precise traction on the road.
• Race-ready details: a thin perforated tongue and specialised racing laces help minimise weight and maximise performance.

Who is this model for?

Neutral racing shoes for advanced runners chasing personal bests. If you want maximum energy return and efficiency in every kilometre, Metaspeed Edge Tokyo is built to perform on the start line.

How is Asics Metaspeed Edge different from Asics Metaspeed Sky?

The difference is simple: Metaspeed Edge is designed for runners who increase speed by raising their cadence (step frequency). Metaspeed Sky is better suited for runners who gain speed by lengthening their stride. If you feel faster when your legs turn over quicker – choose Edge. If you speed up by extending your stride – Sky will suit you better.

Asics Metaspeed Edge Tokyo – when every step turns into acceleration.