
ASICS Ballistic FF 4 White/Vivid Coral Netball Trainers
£125.00
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SKU: ASICS Ballistic FF 4 White/Vivid Coral Netball Trainers
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Asics Ballistic FF 4 White / Vivid Coral Netball Trainers
Playing Style | Faster
The NETBURNER BALLISTIC™ FF 4 has been reimagined for Autumn/Winter 2025 and been designated with the playing style: Faster! Built for speed the Ballistic FF4's supportive fit keeps you focused on your game. It’s also designed to help you make quicker starts and deliver a balanced court performance. The combination of a 3D SPACE CONSTRUCTION™ feature and PRECISION SOLE™ X GUIDANCE™ technology help increase flexibility.
SPEEDTRUSS™ technology is placed in the outsole to improve stability when pivoting or twisting. This helps you carry your momentum in and out of turns on the netball court.
Technical Features:
Playing Style | Faster
The NETBURNER BALLISTIC™ FF 4 has been reimagined for Autumn/Winter 2025 and been designated with the playing style: Faster! Built for speed the Ballistic FF4's supportive fit keeps you focused on your game. It’s also designed to help you make quicker starts and deliver a balanced court performance. The combination of a 3D SPACE CONSTRUCTION™ feature and PRECISION SOLE™ X GUIDANCE™ technology help increase flexibility.
SPEEDTRUSS™ technology is placed in the outsole to improve stability when pivoting or twisting. This helps you carry your momentum in and out of turns on the netball court.
Technical Features:
- FLYTEFOAM™ Propel technology cushioning increases impact absorption and responsiveness
- 15mm Heel drop for the best cushioning and always ready position, plus alleviates pressure on the calves & achilles tendons
- SPEEDTRUSS™ the best version of this technology designed for quick acceleration and cutting motions to move faster
- 3D SPACE CONSTRUCTION™ feature improves stability
- PRECISION SOLE™ with X Guidance technology achieves the best balance of flexibility, lightweight feel and grip
- The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
