Mil Mi-24

The Mil Mi-24 is a large, multi-role helicopter used for combat and transport.

In NATO countries, it is known by the reporting name "Hind." Unlike many other helicopters, the Mi-24 serves as both an attack gunship and a troop transport. It can carry up to eight passengers in a central compartment. This dual capability makes it a unique tool for battlefield mobility. Because of its heavy armor, Soviet pilots often called it the "flying tank."

Other nicknames include "Crocodile," due to its camouflage, and "Drinking Glass," referring to the flat glass plates on early cockpits.

Designing the Mi-24 required solving complex engineering challenges. The helicopter uses two top-mounted turboshaft engines. These engines drive a five-blade main rotor to provide lift.

To handle high-speed flight, engineers added mid-mounted stub wings. These wings serve two purposes: they provide up to a quarter of the total lift at high speeds, and they act as hardpoints for weapons.

The aircraft also features a three-blade tail rotor to assist with steering. To improve efficiency, engineers moved the tail rotor to the left side. This change allowed it to rotate into the rotor's downwash. The airframe is also streamlined with retractable tricycle landing gear to reduce aerodynamic drag.

There are several distinct versions and models of the Mi-24. The original production model was the Mi-24A, which entered service in 1972. Later export versions are known as the Mi-25, or "Hind D." Another variant is the Mi-35, also called "Hind E."

The cockpit design has also evolved over time. Early models used an angular, greenhouse-style cockpit. Modern versions, like the Model D, use a tandem cockpit with a "double bubble" canopy.

There are also specialized versions like the Mi-28, which carries fewer troops, and the smaller, more maneuverable Ka-50.

The development of the Mi-24 began in the early 1960s. Designer Mikhail Mil realized that battlefields needed flying infantry fighting vehicles.

He presented a mock-up called the V-24 in 1966. Although some military leaders opposed the project, Marshal Andrey A. Grechko helped secure support. The Soviet Union was also motivated by seeing US Army gunships used during the Vietnam War. Detailed design work began in 1968 under the codename "Yellow 24." A prototype first performed a tethered hover on September 15, 1969. After rigorous testing to fix vibration and structural issues, the Mi-24A was officially accepted in 1972.

The Mi-24 is a massive and powerful machine. The twin-engine design weighs approximately 10.5 tons.

It uses Izotov TV3-177A turboshaft engines, which produce 1,700 horsepower. The helicopter is built for survival in dangerous environments. The crew sits in a titanium-armored tub for protection.

The rotor blades are made of titanium to resist 12.7 mm rounds. Additionally, the cockpit can be overpressurized to protect the crew from NBC conditions. These features allow the helicopter to operate in intense combat zones.

Speed and combat effectiveness are major highlights of the Mi-24's history. A modified version called the A-10 set an absolute speed record for helicopters in 1978.

During the Soviet-Afghan War, the Mi-24 was used extensively for bombing missions. While it was very destructive, it also faced threats from heat-seeking Stinger missiles. The helicopter has been used in many conflicts, including the Ogaden War and the Chadian-Libyan conflict. As of 2025, the Mi-24 remains in use by 52 different countries. This widespread use shows how versatile the design has been over many decades.

The Mi-24 changed how military forces think about air support. In Western armies, helicopters usually had to choose between being a transport or a gunship.

For example, using a UH-1 as a gunship meant removing the passenger area. The Mi-24 proved that one aircraft could perform both roles at once. This concept was used heavily by airborne units during the Soviet-Afghan War. While Western helicopters like the Sikorsky S-67 attempted similar designs, the Mi-24 became a global standard. It remains a significant example of how integrated design can change battlefield tactics.