HAIKYU!! - FULL ZIP TRAINING JACKET

£99.00

PRODUCT INFORMATION

A premium Full-Zip training jacket featuring raised silicone and heat transfer graphics with refined athletic detailing throughout. An oversized performance fit crafted from middletweight stretch woven fabric, made from 84% nylon and 16% spandex, finished with inside lining, contrast orange piping, adjustable hem toggles, and a full-length invisible zip closure for a clean technical finish.

Size:

PRODUCT INFORMATION

A premium Full-Zip training jacket featuring raised silicone and heat transfer graphics with refined athletic detailing throughout. An oversized performance fit crafted from middletweight stretch woven fabric, made from 84% nylon and 16% spandex, finished with inside lining, contrast orange piping, adjustable hem toggles, and a full-length invisible zip closure for a clean technical finish.

ADDITIONAL INFORMATION

  • High Stand Full-Zip Collar

  • Premium Silicone Print

  • Raglan Long Sleeves

  • Adjustable Hem Toggle System

  • Invisible Full-Zip Closure

  • Elasticated Sleeve Cuffs

  • Hidden Side Seam Pockets

Model Info: Model is 155cm and 80kg wearing size M

COMPOSITION

We take great pride in our Composition section, featuring a middleweight technical shell fabric made from 84% nylon and 16% spandex, combined with a knit lining crafted from 84% nylon and 16% spandex inside. Designed for stretch comfort, airflow, wind resistance, and quick-dry performance, all garments are developed with a smooth matte finish and middleweight 140gsm outer shell construction.

CARE GUIDE

Lower temperature washes and delicate spin cycles are gentler on garments, helping maintain the colour, shape, print quality, and overall structure of the fabric, whilst also reducing energy consumption during care processes.

  • Machine wash max. 30ºC / 86ºF delicate cycle

  • Do not use bleach / whitener

  • Iron maximum 110ºC / 230ºF

  • Do not dry clean

  • Do not tumble dry

  • Wash inside out

  • Iron inside out

  • Air dry naturally away from direct heat sources