Mi-24 Hind vs Mi-28 Havoc

The Mil Mi-24 Hind and its successor, the Mi-28 Havoc, illustrate the shift in Soviet and Russian doctrine from brute-force air assault to precision anti-armor operations. While the Mi-24 defined the "flying infantry fighting vehicle" concept, the Mi-28 abandoned this hybrid utility to focus strictly on hunting armor in high-threat environments, mirroring the western AH-64 Apache.

Development and Design

The Mi-24's defining characteristic is its dual nature; the fuselage accommodates a squad of eight troops, a feature that dictated its large size and heavy weight. Mil designed it to act as a high-speed breakthrough vehicle, suppressing landing zones and deploying infantry immediately. However, combat experience showed that the large airframe was a magnet for ground fire, and the troop transport role was rarely used in high-intensity combat due to the risk to passengers.

Consequently, the Mi-28 represents a total departure from the "flying IFV" philosophy. Mil shed the troop compartment to prioritize survivability and lethality. The Havoc integrates a heavy titanium "bathtub" cockpit and energy-absorbing landing gear, addressing the Hind's vulnerability to catastrophic crew loss during hard landings. The Mi-28 also introduced an X-tail rotor to reduce noise and improve tail authority, a persistent aerodynamic issue in the Mi-24’s service life.

Specifications and Performances

Performance metrics favor the Mi-24 in straight-line speed, hitting 330 km/h due to its streamlined profile and retractable gear, compared to the Mi-28’s 324 km/h. However, the Mi-28 offers superior static ceiling (5,700 m vs 5,120 m) and climb rates, essential for "pop-up" attacks in mountainous terrain.

Weaponry reflects the generational gap. The widely used Mi-24P utilizes a fixed side-mounted 30mm cannon, requiring the pilot to aim the entire aircraft—a significant limitation in urban or complex terrain. The Mi-28 corrects this with a chin-mounted Shipunov 2A42 30mm cannon with wide traverse, linked to the gunner’s helmet sight. Furthermore, the Havoc carries the Ataka missile system with a range of 8 km, supported by millimeter-wave radar on the 'N' and 'NM' variants, providing true all-weather, night-attack capability that the base Mi-24 lacks.

Deployment and Usage

The Mi-24’s operational doctrine was defined in the Soviet-Afghan War. It provided devastating area suppression but suffered heavily against MANPADS due to its high thermal signature and lack of standoff precision. Despite this, with 2,648 units built and a unit cost of only $12 million, it remains the standard for asymmetric warfare in Africa and the Middle East.

The Mi-28’s combat debut occurred much later, during the Russian intervention in Syria and Iraqi operations against ISIS. In these theaters, the Havoc demonstrated effective night-fighting capabilities and survivability against small arms that would have grounded a Hind. However, the Mi-28 has faced export challenges; its complexity and higher cost ($15 million) make it less attractive to nations with limited maintenance infrastructure compared to the rugged Mi-24/35.

Conclusion

The Mi-28 Havoc is the superior platform for modern, high-intensity conflict against near-peer adversaries. Its dedicated anti-armor focus, advanced sensors, and crew protection outweigh the utility of the Mi-24 in a contested battlespace. However, the Mi-24 Hind remains unrivaled in cost-effectiveness for counter-insurgency and paramilitary operations. No other airframe successfully combines heavy fire support with troop extraction capabilities. If the mission requires tank-killing in varying weather, the Havoc is required; for general suppression and air mobility in permissive environments, the Hind remains the logical procurement choice.