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ASICS Sky-Elite FF MT 3 Black Men's Netball Trainers
ASICS Sky-Elite FF MT 3 Black Men's Netball TrainersASICS Sky-Elite FF MT 3 Black Men's Netball TrainersASICS Sky-Elite FF MT 3 Black Men's Netball TrainersASICS Sky-Elite FF MT 3 Black Men's Netball TrainersASICS Sky-Elite FF MT 3 Black Men's Netball TrainersASICS Sky-Elite FF MT 3 Black Men's Netball Trainers

ASICS Sky-Elite FF MT 3 Black Men's Netball Trainers

£120.00
£150.00
*Please note - It can take us up to 2 working days to personalise your netball trainers / garments for you via PrintID
Men's Shoe Size
Size Guide
SKU: ASICS Sky Elite FF MT 3 Black MENS Netball Trainers
Description
Asics Sky-Elite FF MT Black/Safety Yellow Men's Netball Trainers

The SKY ELITE™ FF MT 3 Black / Safety Yellow indoor shoe helps you experience powerful jumps, allowing your game and mind to reach new heights.​ ​

To create faster acceleration to set up for higher jumps, this shoe uses a RISETRUSS™ technology unit for a powerful lift-off.​

We also updated the midsole with FF BLAST™ PLUS ECO cushioning to help create advanced cushioning and a more energized bounce when jumping.​

Lastly, the upper construction is designed with more support to help create a locked down feel, an improved fit, and increased force efficiency.

Technical Features:

Energy Lock System
Energy-returning mesh helps keep your foot locked in from take-off to landing

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

FF BLAST™ PLUS ECO cushioning
This foam is made from at least 20% bio-based material from renewable sources such as leftover waste from sugar cane processing

RISETRUSS™ technology
Helps players transition horizontal power to vertical power without losing energy

Curved heel shape
Allows athletes to cut-in more smoothly and set themselves up for a more powerful jump.

Please note that whilst these shoes can be worn on outdoor courts, they will wear more quickly on this surface.