E.T. Model P72-002 US ARMY 20L FUEL CANS SET (3D Print) 1/72

We offer a unique set: E.T. Model P72-002 US ARMY 20L FUEL CANS SET in 1/72 scale – precisely manufactured model elements representing American 20-liter fuel cans used by the United States Army ground forces. This product is made from high-quality resin using 3D printing technology, ensuring extremely refined details and excellent surface quality.

Historical description and application

Fuel cans of this type were introduced into the equipment of the US Army during World War II and were extensively used up to modern times. They were employed in logistics operations on the fronts of Europe, Africa, and the Pacific, and served to transport fuel, water, or other liquids essential during wartime actions and in military bases. The characteristic shape and 20-liter capacity made jerrycans an icon of the American armed forces' equipment, visible in numerous archival photos and documentaries depicting military movements during World War II and the conflicts of the Cold War era.

Material and production technology

• Resin model, 3D printed with ultra-precise resin
• High resistance to minor damage
• No need for processing photo-etched or metal parts – full realism of details achieved with resin only

Technical information and product category

• Category: Diorama and model accessories, resin detail models
• Scale: 1/72
• Manufacturer: E.T. Model
• Technology: 3D printing – high level of detail reproduction
• For vehicle models, dioramas, and military layouts from the period of World War II and later

Target group and difficulty level

• Product recommended for both beginners and advanced modelers who value accurate historical details
• Ideal for enhancing armored vehicles, trucks, and dioramas related to the US Army
• Recommended difficulty level: 2/5 – very easy assembly

The E.T. Model P72-002 US ARMY 20L FUEL CANS SET in 1/72 scale is an essential addition for any enthusiast of historical modeling, allowing you to fully recreate the atmosphere of military logistics and achieve the highest level of detail realism.