Lego Enters the Cycling Market with the Launch of the Icons Road Bike

Lego has made an unexpected entry into the cycling market with the launch of the Icons Road Bike (11380), a highly detailed and fully functional road bike replica kit. Comprising 1,015 pieces, the model features intricate components such as a working drivetrain, front-wheel steering, and aero-optimised deep-section wheels. The design draws inspiration from modern road bikes, bearing resemblance to models like the Colnago Y1Rs, and includes realistic details like a removable water bottle, rear light, disc brakes, and clipless pedals. This new offering is part of Lego’s Icons collection, which targets adult builders aged 18 and over with sophisticated kits ranging from classic cars to spacecraft. The Icons Road Bike stands out by combining the appeal of cycling with Lego’s signature building experience, supported by 3D interactive instructions via the Lego Builder app. Despite its plastic construction and smaller scale—measuring 14 inches tall and 23.5 inches long—the model captures the essence of a high-performance road bike, although it lacks handlebar tape, which some enthusiasts might miss. Cycling fans and collectors are likely to appreciate the blend of functionality and display value, as the bike can be mounted on a stand that allows the pedals to power the rear wheel for a dynamic presentation. The kit offers a unique way to engage with cycling culture off the saddle, making it a compelling gift or decorative piece for enthusiasts. Lego’s attention to detail ensures the model is more than just a static replica, providing a hands-on building challenge that celebrates the sport. Priced at $130, the Lego Icons Road Bike presents an accessible alternative to the high costs of real aero road bikes, which can reach into the tens of thousands of pounds. Preorders are currently open, with shipping scheduled to begin on 1 June 2026. Interested buyers can order the set directly from Lego’s website, marking a new chapter in the intersection of cycling and creative modelling.