A-Model 07250 Mil Mi-1MU Soviet helicopter with Falanga anti-tank complex 1/72

The A-Model 07250 Mil Mi-1MU plastic model kit with the Soviet Falanga anti-tank missile system in 1/72 scale is a unique offering for military aviation enthusiasts and historical modeling fans. This accurately recreated model depicts the Mil Mi-1MU helicopter variant, an improved version of the basic Mi-1 (NATO reporting name: "Hare"), designed in Mikhail Mil's design bureau.

• Model scale: 1/72
• Affiliation: Soviet Union
• Period of use: Cold War (1950s–1980s)
• Material: High-quality plastic – kit intended for assembly
• Add-ons: Detailed Falanga armament set, glazed cockpit, onboard equipment details
• Category: Plastic assembly model kit

The Mi-1MU with the Falanga system was one of the first Soviet helicopters equipped with guided anti-tank missiles, significantly enhancing its combat capabilities. These helicopters were mainly used in the 1960s and 1970s to support armored units within the Soviet Union and Eastern Bloc satellite countries. They served, among other roles, in military exercises and maneuvers, demonstrating the capabilities of Falanga (AT-2 Swatter) guided missiles.

The A-Model 07250 kit features highly detailed replication of the airframe and power unit. The recreated cockpit enables display of the interior in 1/72 scale, while the included armament components allow for a realistic depiction of the helicopter in its combat variant. The kit does not include glue or paints – these must be purchased separately.

We recommend this product to experienced modelers and collectors interested in the Cold War period and the development of Soviet military aviation. The detail of the set and the need for precise assembly assign it a difficulty rating of 4/5.

The A-Model 07250 Mil Mi-1MU Soviet helicopter with Falanga anti-tank complex 1/72 is a perfect choice for building a realistic diorama depicting armored forces operations from the Cold War era and is a noteworthy addition to any collection of Soviet military equipment models.