Panzer Art TR35-028 Snow&Mud tracks for Scammell 1/35 – Snow and mud tracks for the Scammell truck model

We offer a unique set of Panzer Art TR35-028 snow and mud tracks in 1/35 scale, intended for enhancing Scammell model kits – the famous military trucks of World War II. Realistic details emphasizing the conditions in which these vehicles operated in challenging, muddy or snowy terrain make this product perfect both for building dioramas and recreating historical scenes.

Application and historical background

The tracks are designed for Scammell Pioneer models – British heavy vehicles widely used by the British Armed Forces and Commonwealth countries, especially on the European and African fronts during World War II. These all-terrain machines were renowned for towing artillery, tanks, and equipment. The use of additional snow-and-mud extensions on the wheels allowed them to operate in extremely adverse terrain, such as during the Italian campaign or operations in northwestern Europe between 1939–1945.

• Scale: 1/35 – perfectly suited to standard WWII diorama models
• Country of use: United Kingdom and Allied nations during World War II
• Historical period: World War II
• Material: High-quality resin cast, ensuring excellent detail and durability
• Precisely replicated texture and tread profile modeled on original wheels and tracks
• Product intended for workshop modifications of plastic models

Who is it for?

This set is recommended for advanced modelers and collectors looking for unique ways to highlight the historical value of military vehicles. The model requires basic skills in working with resin and experience in fitting and finishing modeling accessories.

Assembly difficulty:

4/5 – for intermediate to expert modelers with experience in assembling and finishing resin accessories.

Summary

Panzer Art TR35-028 Snow&Mud tracks for Scammell 1/35 is a premium quality resin enhancement set, allowing for a more accurate representation of British WWII trucks and increasing the display value of both collections and modeling dioramas.