Orion Drone, and Kh-BPLA Missile: Recent reports and photos have shown a Russian Orion (Inokhodets) medium-altitude drone carrying two Kh-BPLA (ТКБ-1030) missiles under its wings. This is significant because it suggests that the Orion is not just a reconnaissance platform anymore: it’s being equipped for precision strike missions. According to the images, the Orion can carry one or two of these missiles, depending on the mission and its payload configuration.
Kh-BPLA Missile
The Kh-BPLA, also referred to as the X-UAV missile or ТКБ-1030, is specially developed for use from unmanned aerial vehicles like the Orion, as well as from helicopters. It is based on the Russian 9M133 Kornet-D anti-tank missile but modified for aerial launch. The missile weighs around 32 kg, heavier than the ground-launched Kornet-D, but retains strong destructive potential.
[Drone Orion] Le drone de reconnaissance et d’attaque russe Orion, armé de deux missiles à guidage laser Kh – UVA (TKB-1030), version aéroportée du missile antichar Kornet-D.
(c) Militaire pic.twitter.com/98iNjx81yc— La souris (@La_souris_DA) November 17, 2025
Its guidance system is laser beam riding, meaning the launching platform (the drone) illuminates the target, and the missile follows the reflected laser beam to hit with high precision. The effective range of the missile is reported to be up to 8 km, and it can be launched from altitudes as high as 4,000 meters.
Importantly, the Kh-BPLA has interchangeable warheads: one variant is high-explosive fragmentation (~6 kg), and another is thermobaric (~3.2 kg), giving it flexibility against different kinds of targets. Russian media even claims it can defeat advanced armor by launching two missiles along the same laser path, complicating active protection systems of vehicles. According to some Russian sources, this missile might have a range up to 10–12 km in certain conditions, and its tandem warhead can penetrate dynamically protected or layered armor.
Orion Drone
The Orion (Inokhodets) drone, built by Russia’s Kronshtadt, is a medium-altitude long-endurance UAV. It has been used both for reconnaissance and strike roles: earlier reports say it was tested in Syria, and during the Ukraine conflict, there’s video confirmation of strike missions. “Because of such technical specifications and its competitive cost, Russian media loudly dubbed it a ‘Bayraktar killer’,” DIU added.
In terms of payload, the Orion can carry up to 200 kg, which allows it to be armed with missiles like the Kh-BPLA (one or two), or other guided bombs. According to Ukraine’s Defence Intelligence, the Orion’s combat radius is about 250 km, which can go up to 300 km when it uses a communication relay, and it can stay in the air for up to 30 hours.
Orion Drone, and Kh-BPLA Missile: Significance
This development marks a strategic shift: Orion is no longer just a spy drone; it’s becoming a fully capable strike UAV. With Kh-BPLA missiles, it can detect, lase, and engage targets autonomously, greatly reducing the need to rely on other units for fire support. This increases its operational flexibility and allows for rapid strike missions on armored or lightly protected targets.
Because the missile is highly accurate (thanks to laser guidance), the system is well-suited to hit armored vehicles, fortifications, or other point targets with precision. The thermobaric warhead variant also gives it a destructive punch against entrenched or shelter-protected units.
Loitering capability helps too: the Orion can stay in the sky for a long time, waiting for high-value targets to appear and then launching the missile when the moment is right. Using unmanned systems for these strikes also reduces risk to human pilots and increases the survivability of the strike platform.
For opposing forces, this is a tough challenge: defending against a relatively low radar-signature UAV that flies for hours and can launch precision missiles complicates traditional air defense strategies. Ground forces now must factor in not just reconnaissance UAVs, but armed UAVs as a serious threat.
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Risks and Limitations
Despite the advances, there are risks and constraints. Laser beam riding requires a clear line of sight: smoke, dust, or battlefield obscurants might degrade guidance. Also, the Orion can only carry a small number of these missiles (one or two), limiting its strike volume per sortie.
The missile’s maximum range is modest (~8 km according to many sources), so the drone must get relatively close to the target, which increases exposure to air defenses or electronic warfare. Production scale is another question on how many Kh-BPLA missiles are available, and how widely they can be distributed, which will determine the real impact of this capability.
In sum, the recent images of Orion drones armed with Kh-BPLA missiles represent a big leap in Russia’s drone-strike doctrine. The statement is not merely about watching; rather, it is about the transformation of UAVs into offensive weapons. The adversaries, who will have to find ways to neutralize such systems, will require enhanced detection, quicker reaction times, and deeply connected air-defense schemes.
