Developed for long distances, the adidas Terrex Agravic Ultra shoe for women is a partner of choice on trails. Its ingenious design means you can make reach every stage with peace of mind.
The combination of Lightstrike and Boost cushioning in the midsole gives you powerful energy kick back. The combination of suppleness, explosiveness and lightness will propel you along the trails at full speed.
To protect you as you run, the carbon plate increases shock absorption and ensures optimum impact distribution. Its great responsiveness is at the service of your performance for increased dynamism.
The mesh upper is breathable so as to guarantee constant coolness. For complete running comfort, the widened forefoot gives your toes room to spread out. The slim tongue promises a perfect fit and excellent freedom of movement.
Featuring cleats, the Continental outsole gives you maximum grip on wet and dry ground. The combination strengthens your stance and gives your strides superior traction.
Through the End Plastic Waste alliance, adidas is helping to develop manufacturing solutions that reduce plastic waste pollution on land and in the sea environment.
Key features of the adidas Terrex Agravic Ultra shoe
A process composed of rubber for better grip, better traction, and suitability in all weather conditions. The grip is improved by 30%.
Thousands of special energy capsules are injected together into a midsole to revolutionize the way of running. The Boost technology has been designed to highlight superior energy return and extreme cushioning flexibility. This material is three times more durable than standard EVA and remains effective at temperatures ranging from -20°C to +40°C.
Extremely lightweight cushioning that provides optimized traction for explosive movements at a frightening speed. It offers airy comfort and exceptional energy return with every stride.
For an exceptional sensation with every stride, it delivers explosive dynamism and an astonishing feeling of propulsion.
Product created from production waste, such as fabric scraps and treated household waste, to reduce the environmental impact of producing virgin materials.