E.T. Model P35-321 Width Indicator for WWII German Sd.kfz.250/Sd.kfz.251 (3D Print) 1/35

The E.T. Model P35-321 Width Indicator for WWII German Sd.kfz.250/Sd.kfz.251 set is a precisely reproduced width indicator dedicated to German armored vehicles from the World War II era, such as the Sd.Kfz.250 and Sd.Kfz.251. The model is made in the popular 1/35 scale and is an excellent addition to any diorama or plastic kit that requires an extra level of realism and detail.

Width indicators were a mandatory piece of equipment for German Army armored vehicles, allowing precise maneuvering of wide vehicles through narrow alleys and roads under combat conditions. They were most commonly used on the Eastern and Western fronts as well as in North Africa; they first appeared in the late 1930s and were used throughout World War II.

This product by E.T. Model is manufactured using 3D printing technology from high-quality photopolymer resin. Thanks to modern technology, the model stands out with extremely sharp details, impeccable surface smoothness, and a faithful representation of the actual component's structure. It is ideal for both the reconstruction of collector's models and for modeling competitions where every detail matters.

• The set is intended for German armored vehicles Sd.Kfz.250 and Sd.Kfz.251
• Historical period: World War II (1939-1945)
• Scale: 1/35 – compatible with most models of this series available on the market
• Material: high-quality resin, 3D printing technology
• Category: modeling accessories, dedicated resin add-ons for plastic kits
• Assembly difficulty: 2/5 – assembly should not pose major problems even for less experienced modelers, although the use of precision tools is recommended

We especially recommend this product to modelers who care about historical accuracy as well as advanced collectors who wish to bring their models to the highest level of detail. High-quality 3D printing and excellent workmanship make the E.T. Model P35-321 the best choice for those who value perfection and professionalism in modeling.