Italeri 0417 Command Post (1/35)

Italeri 0417 Command Post (1:35) is a detailed plastic model kit that represents a realistic reproduction of a typical field command post used during World War II. The set is manufactured by the renowned Italian company Italeri, known for its high-quality modeling products, guaranteeing excellent part fit as well as the possibility to create an attractive historical diorama in 1:35 scale.

The product depicts a field command point mainly used by both the German and Allied armies in the years 1939–1945, i.e., during World War II. Command posts of this type were established on both the Western and Eastern fronts, being an indispensable element of tactical structures, where officers would hold briefings, issue orders, and coordinate unit operations. The Command Post can be used to recreate key moments from battles such as the Normandy Campaign of 1944 or actions on the Italian front.

The Italeri 0417 set includes precisely reproduced elements made of high-quality plastic. The components allow you to assemble a detailed command tent with interior furnishings such as a table, chairs, a radio station, maps, and crates. The model does not include glue or paints, allowing for individual selection of accessories and materials for personalization. A detailed assembly manual and part breakdown make it easy to build the model even for less experienced modelers, while the wealth of details will also appeal to advanced diorama collectors.

• Scale: 1:35
• Country of use: Germany, Allies (World War II, 1939–1945)
• Material: high-quality plastic
• Category: plastic model kit
• Does not include metal/resin extras – a great base for expansion
• Difficulty level: 2/5

I recommend Italeri 0417 Command Post (1/35) to all military diorama enthusiasts and fans of historical modeling. It's an excellent choice for both beginners learning scene-building techniques and advanced modelers looking to create a detailed World War II battlefield. The product features an excellent quality-to-price ratio and high precision of the components.