Canterbury

Plain red rugby sock with black foot and black turnover. CCC logo on the calf. Acrylic mix rugby sock. Size Guide: Senior: 6-10 (UK) X-Large: 11-13 (UK)

Plain royal blue rugby sock with black foot. CCC logo on the calf. Acrylic mix rugby sock.

Plain white rugby sock with black foot. CCC logo on the calf. Acrylic mix rugby sock. Size Guide: Senior: 6-10 (UK)

Canterbury's Team short are lightweight and quick drying. A perfect match short featuring an internal fob pocket and printed CCC logo on the right leg. - 100% Polyester - Embroidered CCC 904 lower...

Canterbury's Team short are lightweight and quick drying. A perfect match short featuring an internal fob pocket and printed CCC logo on the right leg. - 100% Polyester - Embroidered CCC 904 lower...

Canterbury's Team short are lightweight and quick drying. A perfect match short featuring an internal fob pocket and printed CCC logo on the right leg. - 100% Polyester - Embroidered CCC 904 lower...

Canterbury's Team short are lightweight and quick drying. A perfect match short featuring an internal fob pocket and printed CCC logo on the right leg. - 100% Polyester - Embroidered CCC 904 lower...

- Canterbury's Team short are lightweight and quick drying. A perfect match short featuring an internal fob pocket and printed CCC logo on the right leg. - 100% Polyester - Embroidered CCC 904 lower...

100% Polyester lightweight quick dry training short. Elasticated waist with drawcord. CCC logo embroidery on right leg. Side pockets. This is a fitness training short - NOT a rugby short

100% Polyester collar with loop neck. Cut and sew under arm and upper sleeve panels. Back panel is a breathable mesh designed as part of the baselayer air flow system.

100% Polyester collar with loop neck. Cut and sew under arm and upper sleeve panels. Back panel is a breathable mesh designed as part of the baselayer air flow system. CCC embroidered on left...

Made from polyester, this is no ordinary fleece lining as Thermoreg technology actually allows more body heat to dissipate and not become trapped within the garment, making it ideal for regulating...