Asics Netburner Ballistic FF 2 Shoe Aug 2022
Asics
Asics Netburner Ballistic FF Mt 2 Aug 2022
The NETBURNER BALLISTIC™ FF MT 2 shoe is recommended for court sports like netball. This model evolves the GEL-NETBURNER™ lineage even further with advanced componentry that helps promote a more flexible fit and greater durability.
Featuring a mid-top construction, this shoe is designed with ridges of polyurethane rubber over the toes for added protection while improving flexibility in the forefoot—all without forgoing any of its support features.
The supportive internal heel counter helps deliver a locked-in feel to inspire confidence when making abrupt cuts on the court.
Injected with FLYTEFOAM™ Propel technology in the midsole, this shoe delivers a bouncy response with cushioned underfoot comfort.
Designed to improve stability, the integration of TWISSTRUSS™ technology also equips athletes with more agility and speed during abrupt twisting or pivoting motions.
Lastly, the NETBURNER BALLISTIC™ FF MT 2 netball shoe is formed with deeper flex grooves in the outsole to increase traction and flexibility on the court.
SIZING IS IN US.
Features:
AHAR OUTSOLE: Acronym for ASICS High Abrasion Rubber. ASICS High Abrasion Rubber is used in heavy wear areas to extend the life of the shoe.
FLEXION FIT UPPER: Proprietary upper which provides form fitting comfort without sacrificing support.
FLYTEFOAM PROPEL: Combining a lightweight foam formulation with a high-energy return elastomer for increased bounce and unrivalled toe-off to give you a better performance out of every stride.
GEL - VISIBLE REARFOOT: Reduces impact during heel strike and allows for a smooth transititon. Shape of units designed for special function under the outside (lateral) side of the foot.
INTERNAL HEEL COUNTER: The internal plastic structure of the shoe which wraps around the heel of your foot. It holds the heel in position during the movements of running improving support.
TWISTRUSS: Technology designed for the shoe to retain its form even during quick changes in direction.