Built for half- and full-marathon training, the New Balance FuelCell SuperComp Trainer v3 delivers comfort every step of the way.
Sporting a breathable upper, the FuelCell SuperComp Trainer v3 is exceptionally lightweight and aerated. This ensures that feet stay fresh and comfortable during the longer runs. The perforations within the mesh have been strategically placed to allow fresh air to circulate, keeping laser focus on your goals ahead. The flat-knit tongue lies flat against your foot to minimise irritation and provide added comfort, while the no-sew overlay offers a sleek and easy fit. Completing the upper is a traditional lacing system that pulls the foot in and locks down the midsole for a secure fit.
The FuelCell midsole compound is a nitrogen-infused foam that quickly drives you off the cushioning platform and delivers long-lasting performance. Delivering high-rebound, the FuelCell SuperComp creates an energetic, propulsive feel with an ultra-lightweight running experience. The propulsive feel helps to drive you forward for an even faster feeling on race days. The midsole absorbs shocks and negative impact forces as you heel strike and uses the energy to catapult you off into your next step, allowing you to be faster still. It is made with approximately 3% bio-based content for a more eco-friendly choice. Featuring an Energy Arc, the FuelCell SuperComp pairs sport-specific carbon fibre plate geometry with strategic midsole voids. This has been designed to increase stored energy to deliver a higher amount of total energy returned. Completing the midsole is an angular design that helps to reduce weight and provide a more lightweight feel.
Completing the SuperComp Trainer v3, the lightweight rubber outsole provides high traction and grip over both dry and rain-slicked surfaces. With added durability, you will be able to push this shoe further than before, reaching your most impassable goals with reassurance, being protected from unforgiving surfaces.
New Balance FuelCell SuperComp Trainer v3 Women's Running Shoes
Built for half- and full-marathon training, the New Balance FuelCell SuperComp Trainer v3 delivers comfort every step of the way.
Breathable Mesh Upper
Sporting a breathable upper, the FuelCell SuperComp Trainer v3 is exceptionally lightweight and aerated. This ensures that feet stay fresh and comfortable during the longer runs. The perforations within the mesh have been strategically placed to allow fresh air to circulate, keeping laser focus on your goals ahead. The flat-knit tongue lies flat against your foot to minimise irritation and provide added comfort, while the no-sew overlay offers a sleek and easy fit. Completing the upper is a traditional lacing system that pulls the foot in and locks down the midsole for a secure fit.
FuelCell Foam Midsole
The FuelCell midsole compound is a nitrogen-infused foam that quickly drives you off the cushioning platform and delivers long-lasting performance. Delivering high-rebound, the FuelCell SuperComp creates an energetic, propulsive feel with an ultra-lightweight running experience. The propulsive feel helps to drive you forward for an even faster feeling on race days. The midsole absorbs shocks and negative impact forces as you heel strike and uses the energy to catapult you off into your next step, allowing you to be faster still. It is made with approximately 3% bio-based content for a more eco-friendly choice. Featuring an Energy Arc, the FuelCell SuperComp pairs sport-specific carbon fibre plate geometry with strategic midsole voids. This has been designed to increase stored energy to deliver a higher amount of total energy returned. Completing the midsole is an angular design that helps to reduce weight and provide a more lightweight feel.
Lightweight Rubber Outsole
Completing the SuperComp Trainer v3, the lightweight rubber outsole provides high traction and grip over both dry and rain-slicked surfaces. With added durability, you will be able to push this shoe further than before, reaching your most impassable goals with reassurance, being protected from unforgiving surfaces.
