RT-Diorama 35854 Printed Accessories: Lead-glass windows 1/35 is a unique set of modeling accessories dedicated to 1/35 scale dioramas, designed for the most demanding modelers and historical diorama enthusiasts. This product from RT-Diorama, a renowned manufacturer of diorama accessories, allows for exceptionally realistic architectural detailing thanks to uniquely rendered panes with a lead-glass effect, giving any building or ruin an authentic historical character.

• Scale: 1/35, ideal for most military and historical dioramas
• Country and historical period: The universal window pane design makes them suitable for dioramas depicting European buildings, especially from World War II, as well as the Cold War or modern-day urban and rural scene reconstructions
• Material: The panes are printed using modern printing technology on high-quality transparent film, efficiently simulating real glass
• Dimensions and contents: The set includes two DIN A5 sheets with various leaded glass pane designs, each measuring 35.5mm x 44.5mm, allowing the product to be used for residential houses, churches, as well as the ruins of wartime buildings
• Product category: Diorama accessories – printed architectural elements
• Application: Perfect for equipping model buildings, churches, or street scenes; especially recommended for use with RT-Diorama product Art.-Nr.: 35904
• Recommended for: Advanced and intermediate modelers wanting to enhance the realism of their dioramas with faithfully reproduced architectural elements. Ideal also for historical modeling enthusiasts who value details
• Assembly difficulty: 2/5 – easy to use, only requiring precision when cutting and fitting the transparent film into window frames

With the RT-Diorama 35854 Printed Accessories: Lead-glass windows 1/35 set, every diorama will gain a unique look and depth. The panes with the leaded bar effect add not only detail but also atmosphere—both to ruins and intact buildings. An absolute must-have for modelers striving for the highest level of realism in their work.