Star Decals 35-C1429 D-Day DUKW. British Amphibians # 1. 50 Coy (GT) and 299 Coy. (GT) RASC. 1/35 is a professional decal set designed for modelers passionate about accurate recreations of Allied vehicles from World War II. This product is specifically created for plastic scale models in the popular 1/35 scale, allowing for exceptionally realistic representation of British DUKW amphibious vehicles used by the Royal Army Service Corps (RASC) during the legendary D-Day operation – the Normandy landings in June 1944.

The included decal sheet offers detailed markings for two historical transport companies: the 50th and 299th Transport Companies (GT) of the British RASC. The set includes complete tactical markings, side numbers, logistics unit logos, and dedicated insignia characteristic of the vehicles used during the Normandy beach landings and for supply actions on the European front in the critical phase of World War II.

• Scale: 1/35
• User Country: United Kingdom – Royal Army Service Corps (RASC)
• Historical period: World War II, Normandy Landings (D-Day, June 1944)
• Usage: DUKW amphibious vehicles, Allied logistics
• Material: High-quality offset-printed decal
• Product category: Decals for plastic models (modeling accessories)

In addition to premium printing quality, Star Decals provides excellent fit, easy application, and high abrasion resistance, significantly facilitating the work of modelers – both beginners and advanced hobbyists.
This set is perfect for modelers building historical dioramas, scenes featuring British supply vehicles, or layouts that recreate the realities of Operation Overlord. It allows models to gain a unique character and ensures faithful representation of the historical details of vehicles used by the Allies on the Western Front.

I highly recommend this product to every modeler striving for the highest degree of historical accuracy and model detailing. I rate the application difficulty at 1/5 – the manufacturer’s instructions and the precision of the decals ensure even less experienced modelers can achieve excellent results.