The Fuji Lite 3 shoe is inspired by the Hinoki Cypress tree that's native to Mount Fuji. It keeps you focused on the path ahead and guides you towards a more positive mindset.
The upper of the ASICS Fuji Lite is made with a highly breathable engineered mesh. This is covered with micro-perforations, which allow heat, vapour and moisture to escape the shoe, whilst simultaneously encouraging fresh air to enter and circulate. This delivers a pleasant cooling sensation that leaves feet feeling happy and healthy. A traditional lacing system anchors the shoe to the foot securely for improved stability and control, whilst a lace garage tongue allows the wearer to tuck in their laces, so they don't come untied or snag anything when they're running. Reflective details additionally help to improve visibility when training in low-light conditions.
At least 50% of the shoe's main upper material is made with recycled materials to reduce waste and carbon emissions. This allows ASICS to reduce waste and re-use leftover resources.
ASICS play their ace card in lightweight cushioning: FlyteFoam. A generous layer of protection, bounce and comfort, it provides you with unmatched shock absorption and a lively ride. FlyteFoam is the lightest cushioning material ASICS has ever made, 55% lighter than the industry standard, EVA, and it buffers against the ground to protect you from unnecessary stress and fatigue. Its reinforced, organic fibres let the material bounce back to its original shape after every run; so you can train harder, more frequently, for longer, without the worry that your shoes might not be able to take it. Resilient and revolutionary, FlyteFoam technology lets you move with the feeling that your feet aren't even touching the ground, for reduced fatigue and better performance.
The ASICS grip sole offers improved grip on a range of surfaces both wet and dry for fast confident footing. Multidirectional lugs offer unprecedented traction for running up and down hills so nothing can get in the way of you giving your ultimate performance.