Panzer Art FI35-171 After battle US tanker no.2 1/35

Panzer Art FI35-171 After battle US tanker no.2 1/35 is a high-quality resin model figure representing an American tanker in a realistic pose after a completed battle. This product is intended for assembly and painting using modeling paints. Thanks to the use of top-quality resin and modern production technologies, the figure features an exceptionally high level of detail replication, such as elements of uniform, personal equipment, and realistic renderings of the face and hands.

• Scale: 1/35 – one of the most popular scales in military modeling, perfect for dioramas and armored vehicle models from World War II.
• Soldier's country of origin: United States of America.
• Historical period: World War II. American tankers were key participants in military operations during the conflict on various fronts, including Western Europe after the Normandy landings, in Italy, and in North Africa.
• Material: high-quality resin providing sharp details, durability, and ease of processing during assembly.
• Extras: The figure does not include metal parts or photo-etched additions, but thanks to resin production technology, it offers details surpassing standard plastic sprues.
• Product category: resin model for assembly, ideal for dioramas and as a complement to 1/35 scale vehicle collections.
• Build difficulty: 2/5 – a small number of parts and high-quality cast components make this model suitable for both intermediate and experienced modelers.

Panzer Art FI35-171 After battle US tanker no.2 1/35 is an excellent choice for historical modelers who want to enrich their dioramas with realistic figures or expand their collections of American vehicles from World War II. We particularly recommend this figure to enthusiasts who value high-quality details, historical accuracy, and the authenticity of 1/35 scale battle scenes. Clear divisions and precise casting ensure that assembling and painting this figure will be satisfying and allow you to create a unique, historically accurate modeling scene.