Eduard 35300 M-10 Tank Destroyer 1/35 AFV Club – Photo-Etched Set for the Tank Destroyer Model

The Eduard 35300 M-10 Tank Destroyer 1/35 set is a high-quality model accessory designed for the M10 Tank Destroyer models in 1:35 scale from AFV Club. It consists of two precisely made photo-etched metal sheets that significantly enhance the level of detail and realism of any replica of this armored vehicle. The product is dedicated to demanding modelers seeking authentic details and an impressive finish for their miniature.

Information about the M-10 Tank Destroyer Model

The M10 Tank Destroyer was one of the most important American armored vehicles of World War II. Produced from 1942, it was widely used by the United States Army and many allies, including Great Britain, France, and the Soviet Union under the Lend-Lease program. The M10 participated in numerous operations on the Western and Italian fronts, such as the Normandy landings and the Ardennes campaign.

Features of the Eduard 35300 Set

• Category: Photo-etched accessories for 1/35 scale plastic models
• Material: finely photo-etched stainless steel
• Contents: 2 sheets of parts – interior details, exterior elements, handles, grilles, small armor and equipment parts
• Fits models: AFV Club M-10 Tank Destroyer in 1:35 scale
• Prototype origin: USA, World War II (1942–1945)
• No resin parts or metal barrels – only high-quality photo-etched metal sheets

Why choose this product?

Eduard 35300 is an excellent choice for intermediate and advanced modelers who wish to enrich their M10 model with realistic details that cannot be achieved with plastic kit parts alone. The accuracy and craftsmanship of Eduard parts allow you to recreate even the most demanding details: from tiny handles to complex grilles and covers, typical of American engineering of the 1940s.

Difficulty level: 4/5

The assembly of photo-etched parts requires precision and patience, so this set is recommended for intermediate modelers and enthusiasts seeking challenges and true realism in historical modeling.