Panzer Art RE35-203 Road wheels for Kfz.1 “Stover” (early pattern) 1/35 – Resin Wheel Upgrade Set for Scale Models

Panzer Art RE35-203 is a high-quality upgrade set in 1/35 scale, dedicated to models of the German Kfz.1 off-road vehicle in the “Stover” (early pattern) version. The product was designed by the renowned Panzer Art brand, known among modelers for its exceptional attention to detail and quality materials. The offered wheels are made from top-grade polyurethane resin, providing a much higher level of detail compared to standard plastic wheels found in model kits.

The Kfz.1 “Stower” represents a family of light off-road vehicles used by the German military during World War II (1939-1945), mainly by the Wehrmacht. These vehicles served as typical means of transport for officers, signal corps, and liaisons on European fronts – during the Invasion of Poland, the Battle of France, or on the Eastern Front. The “Stover” model is one of the most distinctive Kfz.1 variants, appreciated by collectors and historical diorama builders.

• The set includes the complete set of wheels for the Kfz.1 “Stover” early version – with accurately rendered treads and realistic bolt and sidewall details.
• Product made with resin casting technology – offers razor-sharp details impossible to achieve with plastic models.
• 1/35 scale – perfectly fits popular plastic model kits by various manufacturers (Dragon, Tamiya, ICM, Zvezda, etc.).
• The set requires assembly and painting with modeling paints.
• Product categories: model accessories, upgrade sets, resin parts for World War II military vehicles.

Assembly difficulty level: 2/5 – the set is recommended for both intermediate and advanced modelers. Suggested gentle sanding and fitting to the chosen base model.

Recommendation: This product is especially recommended for modelers seeking historical accuracy in military vehicle replicas and for all who demand the highest level of detail in their collections. Also an excellent choice for upgrading historical dioramas and competition models.