On Cloudboom Echo - Womens Running Shoes

FEATURES

With data-driven engineering based on the biomechanics of elite runners, the On Cloudboom Echo women's running shoes are designed purely for running fast – and nothing else.

Your ultra-lightweight weapon to put faster marathon times in your future, the Cloudboom Echo is crafted to top the winner’s podium. Rigorous testing of the functionality and the concept couples with strategic modifications based on the feedback of On Running’s fastest athletes.

Enveloping your feet in an engineered mesh upper, it delivers a precise, race-ready fit that keeps your foot locked in during high-speed competition and sharp turns.

Pairing a 100% recycled polyester upper with a laser-sharp focus on performance, it allows you to completely obliterate the PB of your past self, knowing you’ve made the more sustainable choice.

Designed for speed and running efficiency, the carbon Speedboard works in harmony with an enhanced rocker shape and soft Helion superfoam for a propulsive feel to transition fast to your forefoot.

The twin layers of CloudTec form the DNA of your elite racing shoes, absorbing impact with horizontal and vertical cushioning for snappy forward momentum.

The strategic geometry of the outsole rubber optimises ground contact for a stable connection with the road, even when it storms on your path.

Performing at the highest level, the On Cloudboom Echo is made for you to lace up in the next evolution of fast.

- Your ultimate racing shoe for 10km runs to marathon distances
- Developed by elite runners – sculpted for speed
- Minimalist, ventilated upper crafted from 100% recycled material
- Carbon fibre-infused Speedboard for explosive energy return
- Extreme rocker shape propels you quickly and efficiently into your next stride
- Energy-returning Helion superfoam protects your feet against hard, repetitive impacts
- Shock-absorbing and ultra-springy CloudTec provides a winning formula worthy of the world’s best athletes
- All-weather traction from innovative outsole geometry