The Netburner Shield FF 2 is designed for the mid-court player seeking advanced control and stability. The comfortable mesh, combined with strategically placed side panels, offers excellent support while promoting advanced comfort.
Utilising a mesh upper, the Netburner Shield FF 2 has a highly breathable material, allowing you to bounce around the court worry-free. Perforations within the fabric allow for air to circulate effectively around the foot, releasing hot air and making room for cool, fresh air. Durability has not been sacrificed, as the upper protects toes from possible bumps, while increasing the life span of the shoe, keeping you out in play for longer. Side panelling has been added to further protect your feet, minimising the chance of your feet twisting. Completing the upper is a traditional lacing system which locks the midfoot to prevent excessive movement for a secure fit.
Combining two foams for the midsole, the Netburner Shield FF balances plush cushioning with firm stability perfectly. FLYTEFOAM is a lightweight and soft foam, which provides you with comfortable protection while travelling across the court. The foam absorbs shock from impactful surfaces before transforming the pressure into propulsive energy, helping to add a boost to your step. DUOMAX has been added as a secondary foam and is the firmer of the two, ensuring you have improved stability when on the go. The TRUSSTIC technology encourages improved stability to help prevent ankles from twisting during turns or quick movement.
Providing you with durability, the non-marking rubber outsole keeps you stuck on the court for as long as you require. The rubber does not wear down with ease, letting you rely on the fantastic grip for longer. Guidance lines have been engineered into the outsole, with the vertical flex groove promoting smoother transitions when running or stepping, as it helps direct the COP (Centre Of Power). Stability is also improved for crucial pivots and directional changes.
ASICS Netburner Shield FF 2 Women's Netball Shoes
The Netburner Shield FF 2 is designed for the mid-court player seeking advanced control and stability. The comfortable mesh, combined with strategically placed side panels, offers excellent support while promoting advanced comfort.
Mesh Upper
Utilising a mesh upper, the Netburner Shield FF 2 has a highly breathable material, allowing you to bounce around the court worry-free. Perforations within the fabric allow for air to circulate effectively around the foot, releasing hot air and making room for cool, fresh air. Durability has not been sacrificed, as the upper protects toes from possible bumps, while increasing the life span of the shoe, keeping you out in play for longer. Side panelling has been added to further protect your feet, minimising the chance of your feet twisting. Completing the upper is a traditional lacing system which locks the midfoot to prevent excessive movement for a secure fit.
FLYTEFOAM and DUOMAX Midsole
Combining two foams for the midsole, the Netburner Shield FF balances plush cushioning with firm stability perfectly. FLYTEFOAM is a lightweight and soft foam, which provides you with comfortable protection while travelling across the court. The foam absorbs shock from impactful surfaces before transforming the pressure into propulsive energy, helping to add a boost to your step. DUOMAX has been added as a secondary foam and is the firmer of the two, ensuring you have improved stability when on the go. The TRUSSTIC technology encourages improved stability to help prevent ankles from twisting during turns or quick movement.
Non-Marking Rubber Outsole
Providing you with durability, the non-marking rubber outsole keeps you stuck on the court for as long as you require. The rubber does not wear down with ease, letting you rely on the fantastic grip for longer. Guidance lines have been engineered into the outsole, with the vertical flex groove promoting smoother transitions when running or stepping, as it helps direct the COP (Centre Of Power). Stability is also improved for crucial pivots and directional changes.
