RESKIT RS48-0462 AMX (AMX-T) "Ghibli" wheels set (3D Printed) 1/48

The RESKIT RS48-0462 wheel set is dedicated to demanding modelers wishing to give their AMX "Ghibli" aircraft models or its two-seat training version AMX-T maximum realism and historical authenticity. These are precisely recreated wheels in the popular 1/48 scale, manufactured using advanced 3D printing methods.

The AMX International AMX, also known by the code name "Ghibli," is the result of Italian-Brazilian collaboration between Aeritalia, Aermacchi, and Embraer. The aircraft was widely used by the Italian Air Force (Aeronautica Militare) and Brazilian Air Force (Força Aérea Brasileira), mainly as a ground-attack and reconnaissance aircraft. Its first flight took place in 1984, and it has been in service from the late 1980s to the present day. The AMX "Ghibli" participated, among others, in NATO operations in the former Yugoslavia and in missions over Afghanistan, where it was valued for its versatility and precision.

RESKIT RS48-0462 is distinguished by its highly detailed reproduction of tire tread and wheel rims – every detail, from bolts to subtle embossing, corresponds to real aircraft components. 3D printing allows for a crispness of detail that cannot be achieved with injection molding. The set parts are made from high-quality resin, ensuring appropriate durability as well as easy processing and painting.

• Scale: 1/48
• Material: high-quality resin, precise 3D print
• The set does not include photo-etched parts; assembly and painting required
• User countries: Italy, Brazil
• Period: 1984–present (Cold War, modern era)
• Category: Modeling accessory – 3D resin aircraft wheel set

The RESKIT RS48-0462 product is highly recommended for both advanced and intermediate modelers who wish to upgrade the finish of their AMX "Ghibli" models. The set adds value to any aircraft model, allowing you to depict the typical features of the aircraft down to the smallest details.

Assembly difficulty level: 2/5 – the parts only need to be gently cleaned and glued to the model.