Mizuno Wave Rebellion Flash 2 2024

For runners who incorporate speed runs of 4 minutes or less per kilometer into their daily running routine


Wave Rebellion Flash 2 is the perfect shoe for runners who like to incorporate speedy sprints into their runs, whether or not they are training for competitions and to set new records. The shoe is packed with features that support speed running with the correct gait, including the Smooth speed assist. The Mizuno enerzy lite+ material offers enhanced softness at a light weight for the top midsole, while the Mizuno enerzy foam at the bottom midsole provides cushioning and energy return. 1) Smooth speed assist Supports runners to use what Mizuno considers to be the ideal gait from the start to finish of races. 2) Mizuno enerzy lite+ Compared to Mizuno enerzy lite, this material that pursues even better softness and a lighter weight is used in the top midsole to support speed running. 3) Mizuno enerzy foam mizuno enerzy offering amazing cushioning and energy return is inserted in the bottom midsole to support more stable speed running. 4) Mizuno wave Enhances stability during speed running without skimping on softness. The plate extended to the forefoot also supports the effects of the Smooth speed assist.


Features

  • Reflective details
  • Soft, flexible, lightly padded and more reinforced heel area at the back
  • Revised outsole with more durable and grippy rubber tread pattern
  • Contoured, non-removable insole
  • Drop: 0.5 mm
  • Real weight: 243 g (Uk 8)


Technologies

SmoothRide

An engineered approach to minimize the rapid acceleration and deceleration of the foot during transition, creating the smoothest ride possible.

Mizuno Wave

Inspired by nature, Wave is a unique mid sole technology that provides both cushioning and stability. Wave‘s unique shape absorbs and disperses the impact at foot strike, which results in a smoother, more cushioned feel one very step.

Mizuno Enerzy

Provides a well cushioned landing with amazing energy return. This midsole material surpasses all expectations of comfort set by previous materials.