Eduard 49070 SSW D. III seatbelts FABRIC 1/48

The Eduard 49070 SSW D. III seatbelts FABRIC 1/48 set is a high-quality set of seatbelts designed for 1/48 scale models of the Siemens-Schuckert D.III fighter aircraft. This product is an excellent accessory dedicated to modelers who value accurate reproduction of historical details from World War I machines. The Siemens-Schuckert D.III was a German fighter used during 1917–1918 by the Luftstreitkräfte, and was one of the most modern and respected aircraft of its era, especially thanks to its powerful armament and great maneuverability, which made it an effective weapon on the Western Front.

The set offered by the renowned company Eduard is made from a soft "fabric" textile material, providing an extremely realistic effect both in terms of appearance and texture. The seatbelts feature precise printing and fine details such as buckles and fasteners, which are made from photo-etched metal parts. Thanks to this combination of materials, the modeler receives malleable elements that are easy to shape, allowing for a natural arrangement of seatbelts on the pilot’s seat.

The set is specially designed for 1/48 scale models, making it compatible with most available SSW D.III replicas. It offers a high level of historical accuracy—faithfully replicating both the shape and layout of the seatbelts used in the original aircraft. Eduard also provides a clear assembly instruction, which guides you step by step through all stages of installation in the model.

• Scale: 1/48
• Country of use: Germany – Luftstreitkräfte
• Historical period: World War I (1917–1918)
• Material: textile fabric (fabric), photo-etched parts
• Category: modeling accessories, seatbelt add-ons
• Recommended assembly difficulty level: 2/5

The Eduard 49070 set is recommended for all modelers who wish to enhance the realism of their World War I fighter models. Thanks to its high-quality materials and well-thought-out design, the product is suitable for both beginners and more advanced enthusiasts of historical modeling.