E.T. Model P35-116 Russian URAL-4320 Truck Weighted Road Wheels (3D Printed) For TRUMPETER Kit 1/35

This set is a professional wheel kit for the URAL-4320 truck model in 1/35 scale, dedicated to Trumpeter kits. Manufactured by the renowned E.T. Model company, the P35-116 set features precisely replicated, weighted wheels produced with 3D printing technology, providing an exceptionally realistic appearance and maximum level of detail. This product is an ideal choice for modelers seeking the highest quality detail for their military projects, especially for dioramas and collections of Soviet and Russian vehicles.

• Scale: 1/35
• Vehicle model: URAL-4320
• Countries of use: USSR, Russia, as well as numerous countries of the former Eastern Bloc and Third World countries
• Material: High-quality 3D-printed resin, ensuring outstanding detail
• Category: Model accessories – wheel set for plastic models
• Compatibility: Dedicated for Trumpeter URAL-4320 kits in 1/35 scale

The ORIGINAL URAL-4320 is a Soviet military truck developed between 1976 and the early 1980s. Used by the armed forces of the USSR, Russia, and many other countries from the Cold War era up to the present day. Known for its reliability and ability to carry heavy loads even in the toughest terrain, the URAL-4320 participated in numerous conflicts, including Afghanistan (1979–1989), the Caucasus, and UN peacekeeping missions.

The presented 3D wheel set significantly enhances the realism of the finished model. Weighted wheels replicate the natural deflection of a tire under the vehicle’s weight, which is especially useful in dioramas and dynamic presentations. The 3D-printed set is distinguished by extraordinary precision in replicating the tread, sidewalls, and rims, surpassing even advanced resin castings in detail quality.

Recommended for: experienced modelers, military vehicle enthusiasts, diorama builders, and anyone expecting the highest level of detail in their models. Assembly difficulty is rated 2/5 – assembly requires basic experience with resin, but should not pose a problem even for intermediate modelers.