MiniArt 35177 GAZ-AAA w/QUAD M4 MAXIM (1/35) – Plastic model of a World War II military truck

MiniArt 35177 GAZ-AAA w/QUAD M4 MAXIM in 1/35 scale is an advanced plastic model kit, faithfully recreating one of the most recognizable Soviet military vehicles from the World War II era, armed with the characteristic quadruple Maxim machine gun mount. This kit is aimed at demanding modelers who seek historical accuracy and a wealth of details in their model building projects.

Scale, material, and kit contents

• Scale: 1/35 – modeling standard for military vehicles
• Material: high-quality plastic – precisely injection-molded parts
• Contents: sprues with detailed parts, clear elements for lights and windows, decals with historical markings for several vehicle versions
• No glue or paints included

Historical background and usage

The GAZ-AAA truck was a three-axle version of the well-known Soviet GAZ-AA vehicle, used by the Red Army during World War II. It served for transporting cargo, soldiers, and as a chassis for various specialist vehicle versions. The version with the QUAD M4 “Maxim” set, as presented in the MiniArt model, depicts a mobile anti-aircraft platform used mainly to protect frontline units and strategic objects from enemy air attacks. The GAZ-AAA with Maxim machine guns took part in battles on the Eastern Front between 1939 and 1945.

Difficulty level and recommendation

• Category: plastic model kit
• Difficulty level: 4/5 – the model contains many precise, small parts that require skill and patience to assemble
• Target group: intermediate and advanced modelers interested in WWII and Eastern Front diorama topics

Why choose this model?

MiniArt offers top casting quality, faithfully reproduced details of the vehicle’s structure and Maxim gun set. Thanks to comprehensive design and appropriate details, this model fits perfectly into a collection of military Soviet vehicles or historical World War II dioramas. We recommend this kit to anyone who values authenticity and high-level workmanship in scale modeling.