CMK Q48278 Sea Vixen Wheels Set for Airfix kit 1/48 is a professional replacement wheel set designed for the de Havilland Sea Vixen aircraft model in 1/48 scale, dedicated to modelers using the popular Airfix kit. The product is designed by the renowned brand CMK, known for its high-quality modeling accessories and exceptional attention to even the smallest details.

The presented CMK Q48278 set is an excellent alternative to the plastic wheels included in the basic Airfix kit. The wheels are made from high-quality resin, crafted using the most advanced 3D design and 3D printing technologies. As a result, every detail—from tire tread to precisely reproduced hubcaps and brake components—is replicated with extraordinary accuracy, unmatched by other sets of this type.

The de Havilland Sea Vixen was a famous British carrier-based fighter from the Cold War era, used by the Royal Navy Fleet Air Arm from the late 1950s until the mid-1970s. These aircraft took part in, among others, patrol operations and combat missions in the Middle East and during decolonization conflicts. The Sea Vixen became a symbol of Britain's naval aviation, and accurate reproduction of its components makes it possible to create a highly realistic miniature of this historic aircraft.

• Set scale: 1/48, fits Airfix Sea Vixen
• Original user's country: United Kingdom
• Aircraft service period: Cold War (approx. 1957-1972)
• Material: Resin, parts produced with 3D printing technology
• Category: Model accessories, resin set for plastic models
• Add-ons: Detailed wheel treads, authentic hubs, brake systems
• Recommended experience level: Intermediate and advanced modelers who value historical accuracy and high detail quality
• Assembly difficulty level: 2/5 (easy assembly, requires basic cleanup and fitting)

CMK Q48278 Sea Vixen Wheels Set for Airfix kit 1/48 is a must-have for all modelers who want to give their model maximum realism and unique character. An excellent choice for fans of British military aviation and collectors of Cold War aircraft models.