Ukraine Destroys $20M russian Mi-28NM Attack Helicopter with FPV Drone (Video)

The reported destruction of a Russian Mi-28NM attack helicopter by a Ukrainian FPV interceptor drone is more than a tactical victory; it is a data point that recalibrates the cost-exchange calculus that has defined modern drone warfare. The Mi-28NM, a modernized variant of the Havoc, carries a price tag of roughly $20 million. The FPV drone that reportedly brought it down likely costs a few hundred dollars. That ratio—four or five orders of magnitude—is the kind of asymmetry that forces procurement offices and defense ministries to rethink platform survivability and the economics of air combat.

The mechanics of this engagement are not entirely new. FPV drones have been used to hunt helicopters before, but typically as part of a layered attack, often while the helicopter is on the ground or hovering. What makes this event notable is that it appears to be a successful intercept of an airborne target, likely during a low-altitude pass or hover. The Mi-28NM is equipped with advanced countermeasures, including the Vitebsk-25 electronic warfare suite, which is designed to defeat infrared and radar-guided missiles. However, FPV drones operate on a different principle: they are manually guided via a video feed, often on frequencies that may not be covered by traditional self-protection systems. This highlights a gap in helicopter defenses that has been largely overlooked: the threat from small, low-cost, highly maneuverable unmanned systems that can be launched in swarms.

The demand-side implications are significant. For Western militaries, this event underscores the need for affordable counter-UAS solutions for rotary-wing aircraft. Current options, such as the APKWS guided rocket or the Israeli-made Spike missile, are effective but expensive. A $100,000 interceptor missile to take down a $500 drone is not sustainable. This is driving interest in directed-energy weapons, electronic jamming, and even the use of friendly FPV drones as interceptors. The U.S. Army, for example, has been experimenting with the Coyote drone and the Roadrunner-M, both designed to be low-cost and attritable. But the Mi-28NM kill suggests that the threat is not just to high-value assets on the ground, but also to those in the air.

On the industry side, we expect a surge in demand for compact, lightweight electronic warfare systems that can be fitted to helicopters. The Vitebsk-25 is already one such system, but its effectiveness against FPV drones is now in question. Companies like Leonardo, Elbit Systems, and BAE Systems are likely to accelerate development of multi-spectral countermeasures that can detect and defeat small drones. Meanwhile, the FPV drone manufacturers, many of which are Ukrainian, will see increased orders for interceptor variants. This could lead to a new class of dedicated air-to-air drones, optimized for speed and agility, rather than the loitering munitions that dominate today.