Special Hobby 72394 Messerschmitt BF-109G-6 'Mersu over Finland' 1/72

Special Hobby 72394 Messerschmitt BF-109G-6 'Mersu over Finland' 1/72

Special Hobby 72394 Messerschmitt BF-109G-6 'Mersu over Finland' in 1/72 scale is an exceptional offering for modelers wishing to recreate the legendary fighter in a unique version. The model depicts the Messerschmitt BF-109G-6, designated in Finnish markings as “Mersu.” This aircraft, produced by Germany, played a key role in the Finnish Air Force during World War II.

The “Mersu,” one of the most effective Axis fighters, was used by the Finnish Air Force from 1943 until the end of hostilities in Europe. The fighter gained fame thanks to the numerous successes of Finnish pilots, who—despite the numerical superiority of the enemy—achieved excellent combat results on the Eastern Front, over Karelia, and in the defense of Helsinki.

• Scale: 1/72
• Country of use: Finland (Air Force), originally Germany
• Years of operation: 1943–1945 (World War II)
• Material: high-quality plastic
• Kit contents: sprue frames with parts, clear canopy, water-slide decals with Finnish markings, detailed assembly instructions
• Extras: precise cockpit details, optional armament and underwing stores
• Product category: Plastic model kit – military aircraft, 1/72

The Special Hobby 72394 model is the perfect choice for aviation history and World War II enthusiasts, as well as anyone looking to expand their collection with a unique version of the legendary BF-109. The medium level of complexity (3/5) makes this product suitable both for intermediate and ambitious beginner modelers.

Precise replication of details, including the characteristic modifications introduced in Finnish examples, and high-quality decals allow for building a realistic model in Suomi markings. We recommend it for scale-modeling enthusiasts who appreciate authenticity and want to explore less obvious episodes of aviation history.

Glue and paints not included – separately available modeling accessories are required to properly complete the model.