Eduard 632076 Mirage IIIc wheels ITALERI 1/32 – Resin Wheel Set for the Mirage IIIc Italeri Model

The Eduard 632076 wheel set from the Brassin series is a high-quality modeling accessory designed for Mirage IIIc models in 1/32 scale by Italeri. This set of resin wheels allows for a significant improvement in model details compared to standard parts, thus increasing the realism of the finished miniature. It is a proposal aimed at modelers who expect the highest quality representation of this famous fighter.

Technical data and set contents:

• Scale: 1/32
• Intended for: Dassault Mirage IIIc aircraft (base kit manufacturer: Italeri)
• Material: precision resin
• Extras: painting masks for the wheels (no photo-etched parts, no decals)
• Number of resin parts: 7
• Product category: resin accessories for plastic models

Mirage IIIc – historical background:

The Mirage IIIc is a French interceptor and fighter-bomber used by many countries—originally introduced into service with the French Air Force in the 1960s (Cold War era). It gained fame taking part in conflicts such as the Middle East wars—like the Six-Day War—and served with Israeli, Australian, Swiss, and South African air forces. It was known for very good maneuverability and performance for its time.

Advantages of the Eduard 632076 set:

• High level of tread and rim detail that cannot be achieved with standard kit parts
• Precisely fitted for the Italeri kit—guaranteeing easy assembly
• Special masks to facilitate painting of tires and rims, allowing for a professional finish
• Durable resin material ensures the longevity of details
• No need to sand photo-etched parts or apply decals—quick improvement to the model's appearance

Who is this set recommended for?

Eduard 632076 is an ideal accessory for both intermediate and advanced modelers wishing to improve the realism of their 1/32 scale Mirage IIIc. The assembly difficulty is rated at 2/5—requiring only basic experience with resin parts. It is a must-have for every enthusiast of modern large-scale aviation models.