AFV Club 35108 U.S. Self-Propelled Howitzer M108 105mm/L30 Howitzer 1/35

AFV Club 35108 U.S. Self-Propelled Howitzer M108 105mm/L30 Howitzer is a high-quality plastic model kit in the popular 1/35 scale, representing the American M108 self-propelled howitzer. This advanced model kit allows you to recreate with great precision the legendary artillery vehicle, which was an important part of the United States Army's arsenal during the Cold War period.

Model Features

• Scale: 1/35 – perfect for building detailed military dioramas and realistic battle scenes
• Material: high-quality plastic, ensuring precise details and ease of processing
• Box contents: model assembly parts, decals with markings, assembly instructions
• Model does not include glue or paints
• Category: plastic model kit

Historical Information

The M108 105mm self-propelled howitzer was developed in the late 1950s as a supplement to the heavier M109 howitzers (155mm). Its primary user was the U.S. Army, but it was also delivered to Italy and Turkey. The M108 was intensively used during armed conflicts of the Cold War era, including the Vietnam War. It was characterized by excellent mobility and the ability to quickly change position thanks to the tracked chassis.

Why Is It Worth It?

• Precise reproduction of the M108 structure details, including weapons and additional equipment
• Ideal for collections of Cold War artillery vehicles
• Recommended for both intermediate and experienced military modelers
• Option to upgrade with aftermarket accessories, e.g., metal barrels or photo-etched sets

Build difficulty level: 3/5 – model recommended for modelers with some experience in assembling 1/35 scale military vehicles.

The offered AFV Club 35108 kit is a must-have for military modeling enthusiasts looking to expand their collection with a realistically made model of the M108 self-propelled howitzer. Excellent details, precise decals, and a faithfully represented vehicle silhouette will provide satisfaction with the building process and a great final result.