Kagero 7052 Nakajima Ki-84 Hayate EN/PL

Kagero 7052 Nakajima Ki-84 Hayate EN/PL is a unique publication aimed at advanced modelers and historical aviation enthusiasts, serving as an invaluable source of knowledge for those building Nakajima Ki-84 Hayate aircraft models in various scales. Written by Maciej Noszczak, this edition offers 20 pages developed in both Polish and English, making it a universal choice for a wide audience.

The Nakajima Ki-84 Hayate was one of the best Japanese fighters of the late World War II, used by the Imperial Japanese Army Air Service from 1943 until the end of the war. It became especially renowned during the battles in the Philippines and in the defense of Japan against Allied air raids. Its high speed and powerful armament made it a formidable opponent for Allied aircraft.

• The publication contains 10 authentic color profiles of the Nakajima Ki-84 Hayate aircraft, excellently illustrating the variety of markings and paint schemes used by the Japanese from 1943 to 1945.
• The book includes drawings of models in 1:48 and 1:72 scales, enabling modelers to recreate the details of these historic machines accurately.
• The set features an A3 reference sheet with schematic plans and a masking foil, ideal for creating precise markings during painting.
• This product is a rich source of inspiration for plastic modelers building Nakajima Ki-84 fighters in popular scales, supporting the creation of realistic dioramas or collections of miniature replicas.

This is a modeling publication (literature, modeling accessories) with supplements in the form of printed materials and foil, helping to enhance your construction of plastic or resin models. The set is especially recommended for experienced modelers and collectors who expect the highest level of detail and a focus on historical accuracy.

Difficulty level: 2/5 – The publication can be used by both beginner and advanced aviation modeling enthusiasts. An excellent choice for everyone who wants to broaden their knowledge and improve their modeling results.