Hataka B217 BS Light Aircraft Grey 10ml is a high-quality acrylic paint from Hataka Hobby, intended for plastic and paper modeling, especially recommended for brush painting. The presented shade, BS Light Aircraft Grey, is a faithfully reproduced tone of grey with the reference code BS381C/627, widely used in British military aviation since the 1960s. This paint is perfect for recreating authentic liveries of Royal Air Force aircraft models and other NATO and allied machines, including, among others, Harrier GR3, Tornado, Nimrod, or Jaguar.

• Volume: 10ml – ideal for precise painting of both large surfaces and details.
• Product type: Water-based acrylic modeling paint (Hataka Hobby Blue Line)
• Properties: Water-dilutable, odorless, safe, and easy to use. Created especially for brush painting, it leaves no streaks or brush marks. Forms a uniform, semi-matte coating that perfectly absorbs subsequent layers of paint, varnish, or wash.
• Historical application: The authentic BS Light Aircraft Grey color was the standard camouflage for RAF aircraft during the Cold War (1960s–1990s) and into modern times. Used for both base and detail painting of modern fighters, bombers, and transport aircraft.
• Composition: High-quality pigments and acrylic binders – guaranteeing coverage, durability, and abrasion resistance.
• Advantages: Excellent adhesion to plastic, resin, and metal, fast drying, easy to clean tools with water. Does not require aggressive thinners.
• Category: Acrylic brush modeling paint (Blue Line)
• Difficulty level: 1/5 – both beginners and advanced modelers can successfully use this paint.
• For whom: Product recommended for experienced modelers who appreciate historical accuracy, as well as for those just starting in plastic and paper modeling, modeling themes related to NATO military aviation, the RAF, or collectors of replica machines from the second half of the 20th century.

Hataka B217 BS Light Aircraft Grey 10ml is a choice that guarantees model durability, precise reproduction, and satisfaction with a realistic final result.