Flying high up in the sky, keep the blue flag flying high! Who your support for the London side in this Chelsea 19/20 Kids Home S/S Replica Football Shirt from Nike.

Chelsea FC of the Premier League are known as on the top 6 and are looking to end the 2019/2020 season a lot more successful than the 2018/19 one. The club have won six top division titles, eight FA Cups, five League Cups, four FA Community Shields, two UEFA Cup Winners' Cups, one UEFA Champions League, one UEFA Europa League, and one UEFA Super Cup. Chelsea are the seventh most valuable football club in the world, worth £1.54 billion ($2.06 billion), and are the eighth highest-earning football club in the world, with earnings of over €428 million in the 2017–18 season. Based on attendance figures, the club have the sixth-largest fanbase in England. Chelsea have traditionally worn a royal blue kit and have stuck with tradition for the new upcoming season.

This shirt is a replica of the one worn on the pitch by your footballing heroes. The shirt, manufactured by Nike, features a unique fragmented pattern, ingrained in Chelsea's classic royal blue home colours, along with a V-neck which breaks away from their current rounded neck design. Yokohama Tyres continues to feature prominently on the design as the club's main shirt sponsor, as well as Hyundai as the accompanying sleeve sponsor. An all-over graphic print, slightly darker than the base of the home shirt, is inspired by Stamford Bridge. The graphic merges imagery of the North Stand, the East and West Stands and the Shed End into one unique, abstract graphic. The inside neck of Chelsea's 2019-2020 shirt shows a lion with “Pride of London" written around it.

This replica shirt has been crafted from 100% polyester and features Nike Dri-Fit technology within the fabric. Designed to help manage body temperature, this keeps both players and fans cool, dry and refreshed by wicking sweat away from the skin. Strips of adaptive fit stretchy ventilated fabric down the sides of the shirt also assist in the cooling effect.