ASICS Netburner Ballistic FF MT 4 Womens Netball Shoes
Designed for speed and flexibility of multi-directional movements, the NETBURNER BALLISTIC™ FF MT 4 indoor shoe will comfortably support you through quick acceleration and quick cutting motions on the court.
No-sew film covered mesh for an improved lightweight fit
Loop lacing system helps create an advanced fit
Lean back heel structure
Offers a comfortable ankle fit
SPEEDTRUSS™ technologyÂ
Designed for quick acceleration and quick cutting motions
FLYTEFOAM™ technology
Combined with a 15mm heel drop to help provide lightweight cushioning and keep your feet in a ready position to move quickly
PRECISION SOLE™Â
The new outsole is designed with a 3D modeling application to generate the new outsole pattern, achieving the best balance of flexibility, light weight, and grip
X-GUIDANCE™ technology
Improves flexibility and agility during multi-directional movements
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
Original: $124.56
-65%$124.56
$43.60Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Designed for speed and flexibility of multi-directional movements, the NETBURNER BALLISTIC™ FF MT 4 indoor shoe will comfortably support you through quick acceleration and quick cutting motions on the court.
No-sew film covered mesh for an improved lightweight fit
Loop lacing system helps create an advanced fit
Lean back heel structure
Offers a comfortable ankle fit
SPEEDTRUSS™ technologyÂ
Designed for quick acceleration and quick cutting motions
FLYTEFOAM™ technology
Combined with a 15mm heel drop to help provide lightweight cushioning and keep your feet in a ready position to move quickly
PRECISION SOLE™Â
The new outsole is designed with a 3D modeling application to generate the new outsole pattern, achieving the best balance of flexibility, light weight, and grip
X-GUIDANCE™ technology
Improves flexibility and agility during multi-directional movements
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
