Tamiya 24129 Jaguar XJ220 (1/24) is an extremely precise plastic model of a sports car in 1:24 scale, ideal for automotive enthusiasts and model makers. The Jaguar XJ220 is one of the most famous supercars of the late 20th century. This model perfectly reflects the sleek silhouette and details of the original, allowing for a faithful reproduction of this legendary British car.

The Jaguar XJ220 was unveiled in 1991 as the most advanced sports car from the British manufacturer. At the time of its market launch, the XJ220 was the fastest production car in the world, achieving a top speed of 341 km/h. The car was equipped with a powerful 3.5-litre twin-turbo V6 engine, offering not only outstanding performance but also innovative engineering solutions. The model was produced between 1992 and 1994 and was mainly used by car enthusiasts, quickly becoming an icon of the 1990s.

The Tamiya 24129 model is made from high-quality plastic, ensuring ease of handling and durability once assembled. The kit includes precisely reproduced body parts, interior, drivetrain, rims, and other details characteristic of the XJ220. The model kit does not include glue or paints – these need to be purchased separately, giving each modeler the freedom to customize the final appearance of the vehicle.

• Scale: 1:24 – perfect for display and detailed reproduction
• Country of use: United Kingdom
• Era: 1990s (modern times)
• Material: high-quality plastic
• Contents: model parts, detailed assembly instructions
• Category: plastic car model kit

We recommend this model to both intermediate and experienced modelers who value authenticity and richness of detail. The assembly difficulty is rated at 3/5 – the Tamiya 24129 Jaguar XJ220 model requires precision and patience, and the final result will satisfy even demanding collectors and automotive fans. Thanks to clear instructions and a high level of parts fit, Tamiya has been recognized for years as a leader among car model manufacturers. The Jaguar XJ220 will be a unique addition to any collection.