Luftwaffe End War Colours Set

Please note this product has a slightly longer dispatch time. It will dispatch in 2-4 working days.

This acrylic paint set is specifically formulated to accurately replicate the camouflage colors used by the Luftwaffe during the final months of World War II. It covers a range of aircraft from innovative jet fighters like the Me 262 and rocket-powered aircraft such as the Me 163 and Me 162, to the latest versions of piston-engine fighters like the Bf 109. The colors included in this set are based on RLM (Reichsluftfahrtministerium) and Federal Standard references, ensuring authenticity and precision in historical modeling.

Product Features:

Accurate Colors: Based on RLM and Federal Standard references, ensuring exact color matches for historical accuracy.
Scale Effect Compensation: Colors are slightly lightened to compensate for the scale effect on model aircraft, ensuring realistic appearance.
Optimized Formulation: Each color is formulated for maximum performance with both brush and airbrush techniques.
Water Soluble: Easy cleanup with water.
Odorless and Non-Toxic: Safe for indoor use.
Stainless Steel Agitator: Each 17ml jar includes a stainless steel ball agitator for thorough mixing.
Quick Drying: Paints dry completely within 24 hours, facilitating efficient workflow.
Colors Included:

MIG230 RLM 82 Camo Green - Used on Luftwaffe aircraft for upper surface camouflage in the late war period.
MIG063 RLM 76 Pale Grey - Commonly used for lower surface camouflage on Luftwaffe aircraft.
MIG255 RLM 81 Braunviolet - Represents a brown-violet color used in late war Luftwaffe camouflage patterns.
MIG256 RLM 84 Graublau - Represents a grey-blue color used in late war Luftwaffe camouflage schemes.
This set is ideal for modelers interested in accurately depicting Luftwaffe aircraft from the final months of World War II, encompassing both jet and piston-engine fighters. For best results, use A.MIG-2000 Acrylic Thinner for thinning the paints, ensuring smooth application and adherence to scale model surfaces.