23 October 2024 - Wednesday
Karmod continues to strengthen its leadership in the industry by collaborating with prestigious global brands. Manchester United, one of the most famous football clubs in the world, chose Karmod for its ticket sales and branded product store kiosks. As part of the project, 12 sales kiosks were produced and placed around the legendary Old Trafford Stadium. These kiosks will serve both as ticket sales points and as stores for the club’s branded merchandise, offering items such as scarves, jerseys, and hats. The project features 215x215 cm and 215x270 cm polyester cabin models.
Karmod's CTP (Glass Reinforced Polyester) cabin model was selected for Manchester United’s ticket and product sales points due to its durability and superior insulation properties. In addition to these technical features, Karmod cabins stand out for their adaptability to corporate branding needs. The exteriors of the cabins can be painted in the club’s official colors, or digital vinyl wraps can be applied to achieve a seamless integration with the club’s identity. For this project, all 12 cabins were specifically tailored to reflect Manchester United’s corporate identity, becoming an integral part of the stadium’s architecture. The cabins were delivered fully assembled and ready for use on the same day.
Inside the cabins, special shelving systems were installed to display branded products such as jerseys, scarves, and beanies. The movable sales window at the front allows fans to easily access these items. Additionally, roller shutter systems were added to the kiosks for secure and convenient closure after business hours.
Karmod's CTP polyester cabins not only integrate seamlessly with modern architectural designs but also offer practical solutions. Their specially designed, space-saving, and highly durable panels create spacious and comfortable interiors, even in smaller structures. These cabins maintain their vibrant appearance for many years without requiring any paint maintenance. Thanks to their superior insulation, they provide easy climate control in both hot and cold environments, with minimal energy consumption.