With the singular goal of getting you to the finish line faster, the New Balance FuelCell Super Comp Elite V4 in White is designed to be the fastest shoe on the market over a marathon, with a brand new FuelCell compound and a stiffer forefoot than previous versions. The New Balance FuelCell Super Comp Elite V4 keeps the full-length ARC technology that it shares with the rest of the Super Comp range but tunes it all for every ounce of speed possible. The carbon fibre plate is stiffer than before, to give a more definite pop of energy at toe off, while the outsole construction has also been updated for extra stiffness through the forefoot area. It also has a more aggressive rocker shape than its predecessor for smoother, faster transitions. While FuelCell has always been a super speedy material, a new pebax based formula takes advantage of the extreme lightweight performance and energy return to give you even more speed through your stride. The upper is lightweight and uses FANTOMFIT to give you the lockdown you need, with a comfort-driven feel, meaning you will be desperate to pull them on again and take another stab at your PB. Weight 195g Offset 4mm Pebax based FuelCell technology Full length carbon fibre plate FANTOMFIT upper ARC Technology. New Balance FuelCell SuperComp Elite v4 - Speed without limits The New Balance FuelCell SuperComp Elite v4 is the ultimate choice for competitive runners seeking maximum energy return. Designed for race day, they combine the reactivity of FuelCell with an optimized carbon fiber plate to offer explosive propulsion. Surface: Asphalt Shoe type: Neutral Use: Competition Weight: 179.8 g (6.3 oz) Plate: Optimized carbon fiber with Energy Arc technology Cushioning: FuelCell midsole made with PEBA Outsole: Solid rubber for greater traction and durability. As FuelCell SuperComp Elitev4 são sapatilhas para o dia da corrida desenhadas para aqueles momentos em que os segundos são realmente importantes. A sensação de propulsão do FuelCell é associada a uma placa fina de fibra de carbono, proporcionando um retorno de energia superior num modelo leve.