Russia Demonstrates New Long-Range Strike Role for Mi-28NM Attack Helicopter Using Dan-T Loitering Munition.

Russia has shown its Mi-28NM attack helicopter launching the Dan-T precision munition in footage released on November 6, 2026, signaling a shift toward long-range strikes against Ukrainian targets. With an advertised range of 450 km, the weapon could allow Russian helicopters to hit targets far beyond the front line while avoiding heavily defended airspace.

Russia has released its first official footage of a Mi-28NM attack helicopter launching a Dan-T loitering munition against Ukrainian drone operator positions, demonstrating a new airborne stand-off strike capability (Picture Source: Russian MoD / TASS)

Key Tactical Insights:

• Long-Range Stand-Off Strike Capability: The Mi-28NM carries two Dan-T jet-powered loitering munitions on external weapon stations, potentially extending helicopter strike operations to hundreds of kilometres beyond conventional battlefield engagement distances.
• Cruise-Missile-Class Precision Firepower: With an advertised maximum range of 450 km, a warhead of up to 130 kg, and a maximum speed of 500 km/h, the Dan-T combines loitering-munition characteristics with cruise-missile performance, expanding the Mi-28NM's precision-strike capabilities.
• Evolution of Rotary-Wing Combat Doctrine: Integrating Dan-T transforms the Mi-28NM's potential role from close air support and anti-armour operations toward reconnaissance-supported, long-range stand-off strikes, enabling greater separation between launch aircraft and designated targets.

Russia has demonstrated a new long-range strike capability for its Mi-28NM attack helicopter, marking a significant development in rotary-wing aviation. On November 6, 2026, the Russian Ministry of Defense released its first official footage showing the helicopter launching a Dan-T loitering munition against Ukrainian UAV operator positions. According to Russian news agency TASS, the operation illustrates the integration of longer-range precision weapons into conventional attack helicopter platforms.

Mi-28NM Expands from Battlefield Attack Helicopter to Long-Range Missile Carrier

The Russian Ministry of Defense, as reported by TASS, stated that the Mi-28NM crew received reconnaissance-derived coordinates identifying Ukrainian unmanned aerial vehicle operators and a UAV command-and-control position before departure. The helicopter subsequently launched a Dan-T munition toward the designated coordinates within the area of responsibility of Russia's Western Group of Forces. Russian military authorities reported that reconnaissance personnel confirmed the target had been struck and that the helicopter returned to its operating airfield. This assessment has not been independently verified. The released footage shows the Mi-28NM carrying two Dan-T munitions on external weapon stations beneath its stub wings, with one munition separating from the aircraft during flight.

Related Topic: Russia Reveals Orion MALE Drone Armed with S8000 Banderol Cruise Missile to Expand Stand-Off Strike Capability

The configuration represents an important extension of the Mi-28NM's conventional mission profile. Originally developed for battlefield fire support, anti-armour operations and the engagement of tactical ground targets, the modernized Night Hunter employs integrated avionics, electro-optical equipment, guided missiles, unguided rockets and a 30 mm cannon. The addition of a long-range, jet-powered weapon potentially transforms the helicopter into an airborne stand-off strike platform capable of engaging predesignated targets well beyond the operating distances associated with conventional helicopter-launched anti-tank guided missiles. The footage confirms the carriage and release of one weapon, although it does not establish the helicopter's maximum Dan-T payload, operational launch distance or the extent of its integration with the aircraft's fire-control system.

Helicopter-Launched Cruise Missiles Signal a Wider Shift Toward Distributed Stand-Off Strike Systems

The introduction of Dan-T aboard the Mi-28NM reflects a broader technological development in which aircraft traditionally dedicated to shorter-range tactical operations are being adapted to deploy autonomous, long-range precision munitions. As previously examined by Army Recognition, Russia had already demonstrated the S8000 Banderol aboard the Orion, also designated Inokhodets, medium-altitude long-endurance unmanned aerial vehicle in July 2026. The subsequent demonstration involving the Mi-28NM indicates an expansion of the potential airborne launch-platform portfolio for this category of weapon. The operational significance lies in separating the aircraft carrying the weapon from the platform or organization responsible for generating the target coordinates.

In the mission described by the Russian Ministry of Defense, reconnaissance assets provided targeting information before the helicopter departed, enabling the Mi-28NM to function primarily as a delivery platform within a wider reconnaissance-strike architecture. A weapon with a nominal range measured in hundreds of kilometres could allow a helicopter to conduct selected stand-off missions without approaching the immediate target area. However, the advertised maximum range should not be interpreted as a demonstrated engagement distance from the Mi-28NM, since launch altitude, aircraft speed, missile flight profile and mission conditions can affect effective range.

The helicopter integration also forms part of a wider interest in distributing precision-strike capabilities among different launch platforms rather than relying exclusively on conventional fixed-wing strike aircraft. An earlier Army Recognition assessment examined imagery of a suspected ground-launch configuration associated with the S8000 Banderol, although no operational ground-based system had been officially confirmed. Together with the Orion integration and the newly demonstrated helicopter launch, these developments suggest the emergence of a more flexible family of air-delivered and potentially surface-launched stand-off weapons. From an operational perspective, the Mi-28NM offers deployment flexibility and the ability to launch from dispersed aviation facilities, while its lower operating speed and altitude compared with fixed-wing combat aircraft impose different aerodynamic and survivability considerations.

Moreover, carrying two relatively large precision weapons introduces additional considerations involving external-store integration, aircraft performance and mission planning. The wider significance for modern air operations is the growing convergence between attack helicopters, unmanned systems and cruise-missile employment, with comparatively economical precision weapons potentially complementing more sophisticated long-range missile inventories. Their actual effectiveness nevertheless remains dependent on reliable targeting information, navigation performance, electronic-warfare resistance and the ability to operate within contested airspace.

The first officially reported Mi-28NM launch of the Dan-T illustrates how the operational role of attack helicopters is evolving beyond traditional battlefield engagement and close air support. By combining a modernized rotary-wing platform with a jet-powered precision munition, Russia has demonstrated an additional method of delivering stand-off weapons within its existing aviation force structure. Although the footage does not independently establish the munition's full performance or the outcome of the reported engagement, it provides evidence of an expanding approach to airborne precision strike. More broadly, the development highlights an important trend in contemporary military aviation: the increasing use of adaptable launch platforms and relatively compact long-range weapons to extend operational reach while reducing the need for crewed aircraft to approach defended target areas.

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Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.