Eduard 648724 A6M2 Landing Flaps PRINT EDUARD 1/48 is a high-quality accessory set designed for the Mitsubishi A6M2 Zero model in the popular 1/48 scale. This product is aimed at the most demanding modelers seeking the highest level of realism and detail when recreating the moving parts of the Japanese World War II fighter.

Precision 3D Technology Components

The landing flap set produced by the renowned Eduard company utilizes the latest 3D printing technology. The parts are made of durable resin, allowing for the reproduction of the finest mesh details found in real aircraft flaps, as well as realistic inner structures. This is a tremendous advantage over traditional, flat plastic parts—thanks to these, your A6M2 Zero model will gain a new, professional character.

Historical Information

• Flap set designed for the Mitsubishi A6M2 Zero aircraft—the most recognizable Japanese carrier-based fighter of World War II
• The Mitsubishi A6M2 was used by the Imperial Japanese Navy in the Pacific from 1940, fighting in battles such as Pearl Harbor, Midway, and many other clashes across the Pacific Ocean
• The product recreates the characteristic flaps known from the A6M2 version, which provided superior maneuverability during carrier landings

Technical Product Details

• Category: modeling accessories, 3D printed resin parts
• Scale: 1/48 – perfect fit for most manufacturers' models such as Tamiya or Eduard
• Contents: landing flap set in revolutionary 3D printing technology
• Material: high-quality photopolymer resin
• Precisely rendered details – mesh, ribs, hinges
• Instruction manual for correct assembly included

Who Is It For?

Eduard 648724 A6M2 Landing Flaps is an excellent choice for intermediate and advanced modelers (difficulty level 3/5). Especially recommended for Japanese aviation enthusiasts or collectors of WWII models who expect the highest level of realism and detail from their work.

Why Choose This Product?

The PRINT version is based on the most modern technologies, ensuring perfect dimensional accuracy and easy integration with the base model. Assembly requires basic modeling tools and precision, but the end result is definitely worth every minute of work.