Star Decals 35-966 British 3rd Infantry Division 1/35

Star Decals 35-966 British 3rd Infantry Division 1/35 – Water-slide decals for British WWII models

Star Decals 35-966 British 3rd Infantry Division 1/35 is a specialist set of water-slide decals designed for 1/35 scale military vehicle models used by the British 3rd Infantry Division during operations in Western Europe from 1944-1945. This set, created by the renowned manufacturer Star Decals, allows for an accurate reproduction of formation signs and Army of Service (AoS) markings used on WWII battlefronts.

This product allows you to precisely mark British military vehicle models that participated in key campaigns – including the Normandy landings, the battle for Caen, and the subsequent offensive towards Germany. The British 3rd Infantry Division was one of the main Allied formations in this theater, and its vehicles were distinguished by unique identification markings. Thanks to Star Decals 35-966, you can recreate tanks, transport vehicles, and artillery pieces with historical accuracy.

• Scale: 1/35 – intended for leading brands of plastic model kits.
• User nation: United Kingdom.
• Historical period: WWII, Western Europe campaign 1944-1945.
• Location of use: Normandy, France, the Netherlands, Germany.
• Material: high-quality water-slide decals – ensure easy transfer onto the model, clarity, and durability of details.
• Contents: numerous markings of various sizes, formation and tactical, authentic camouflage schemes based on historical documentation.
• Product type: scale model decals for plastic model kits.

This product is especially recommended for advanced historical modelers aiming for maximum authenticity in recreating Allied WWII vehicles. The set is ideal for refreshing or supplementing armor models, utility vehicles, and infantry equipment from brands such as Tamiya, Dragon, or AFV Club. The application difficulty is rated at 2/5 – suitable for both intermediate and experienced modelers. We recommend this product wherever historical detail and accuracy are of key importance.