Gunze Sangyo N067 RLM65 Light Blue Semi-Gloss

Gunze Sangyo N067 RLM65 Light Blue Semi-Gloss - model paint 10ml

Gunze Sangyo N067 RLM65 Light Blue Semi-Gloss is a specialist water-based model paint designed for precise painting of scale models – both plastic and resin. This product is distinguished by its high quality and color accuracy according to historical Luftwaffe specifications – the RLM65 (Hellblau) designation refers to the famous light blue semi-matte shade used on the undersides of German aircraft during World War II. This color was widely used from 1938 until the mid-1940s on aircraft such as the Messerschmitt Bf 109, Junkers Ju 87 Stuka, Heinkel He 111, and Dornier Do 17, making it a recognizable hallmark of the Third Reich’s aviation.

• Volume: 10 ml – optimal for both brush and airbrush application.
• Country of color origin: Germany – dedicated to modellers recreating German World War II craft.
• Historical period: World War II (1939–1945).
• Product type: Water-soluble semi-gloss acrylic paint for plastic, resin, and 3D-printed models.
• Finish: Semi-gloss – offers a subtle semi-matte effect, perfect for replicating the authentic look of Luftwaffe aircraft undersurfaces.
• Quick-drying – dries faster than the Hobby Color line, which greatly speeds up work on your model.
• Mild odor – improves comfort when working indoors.
• It is recommended to use original Gunze Sangyo thinners for dilution.

Gunze Sangyo N067 RLM65 Light Blue Semi-Gloss paint is recommended for intermediate and advanced modellers, as well as enthusiasts of historically accurate scale builds in 1/32, 1/48, or 1/72 scales. It allows for easy application of a uniform semi-matte coating that excellently replicates the authentic appearance of historical aircraft. Due to the requirements for precise dilution and airbrush application, the level of difficulty is rated at 3/5. This product is an essential element in the workshop of every military aviation enthusiast of World War II who values historical accuracy and a professional final effect.