The Eduard 672405 Bf 109G-6 wheels set is a specialist, high-quality resin wheel kit designed for the Messerschmitt Bf 109G-6 aircraft model in 1/72 scale, dedicated to the popular Tamiya kit as well as other models of this fighter. The set was created by the renowned modeling accessories manufacturer Eduard, which is valued by modelers worldwide for exceptional precision and attention to detail.

The Messerschmitt Bf 109G-6 is a German fighter from the World War II era, used mainly by the Luftwaffe but also by the air forces of Axis and countries allied with Germany, during 1943–1945. This aircraft took part in the most important air operations on all fronts. It performed flawlessly in combat over Europe, North Africa, and the Eastern Front. The Bf 109G-6 became famous as one of the most produced and most effective fighters of its era.

Eduard resin wheels have been crafted based on historical documentation of the tires and rims used on the Bf 109G-6, offering incomparable detail compared to the original Tamiya plastic parts. The subtle deformation effect of the tires under the aircraft's weight, as well as the distinct tread and rim details, are true to actual archival photographs, giving every model a unique, professional appearance.

• Scale: 1/72 – perfect fit for Bf 109G-6 Tamiya and other compatible kits
• Country of use: Germany (Luftwaffe) and allied countries
• Period: World War II (1943-1945)
• Material: Resin, precision cast with the finest details
• Category: Resin accessories kit for plastic models
• Feature: Realistic weighted wheel effect and historically accurate tread and rim details
• Assembly: Simple, no modification needed for Tamiya model; CA glue recommended
• Difficulty level: 2/5 – easy to assemble, recommended for intermediate and advanced modelers
• Target group: Modelers striving for faithful reproduction of historical aircraft details

We highly recommend the Eduard 672405 set to all who wish to upgrade their Messerschmitt Bf 109G-6 model with high-quality, realistic wheels. The set enhances the attractiveness of the finished model and increases the level of realism of the final result.