On June 30, 2026, two Ukrainian firms put a name and a price tag on one of the war's most sought-after capabilities: a cheap, mass-producible drone that can find a Shahed on its own and kill it. The system is called ZIRKA, and its makers say it costs up to $2,000 per unit — a figure they claim is the lowest on the market for an interceptor that combines automatic target detection with terminal guidance.

ZIRKA is the product of a partnership between Vyriy Industries and NOCTIS. According to United24 Media, which broke the specifications on June 30 (updated July 1), NOCTIS builds the interception software and automation stack, while Vyriy is funding the effort to scale up manufacturing. The two roles matter: the hard problem in stopping a Shahed at this price point is not the airframe, it is the software that turns a fast quadcopter into an autonomous hunter.

What ZIRKA Is

The headline numbers describe an aircraft built for one job — climbing fast and closing on an inbound loitering munition before it reaches its target. Per United24 Media, ZIRKA reaches speeds above 340 km/h, climbs to an altitude of up to 6 kilometers, endures up to 20 minutes in the air, and operates out to a 30-kilometer radius.

Those figures line up with the Shahed threat they are meant to counter. Shahed-type loitering munitions cruise at altitudes and speeds that put them out of easy reach for small consumer drones, so an interceptor needs both the vertical performance to reach them and the horizontal speed to run one down. A 20-minute endurance window is short, but for a point-defense interceptor that is launched on warning and vectored toward a known track, endurance is less important than time-to-altitude and closing speed.

The part that separates ZIRKA from a fast FPV drone is what the developers describe as automatic detection and terminal guidance. Rather than relying entirely on a human pilot to spot the target through a video feed and steer the whole way in, ZIRKA is designed to detect and track a Shahed-type UAV and guide itself through the final phase of the intercept. The Defender Media, reporting the same June 30 unveiling, described ZIRKA as a low-cost interceptor built to bring down fast, manoeuvrable aerial targets using automatic detection, tracking and target guidance — a purpose-built, mass-producible alternative to expensive missile-based air defense.

The Economics of Shooting Down Shaheds

The $2,000 price is the whole argument. Ukraine has spent much of the war absorbing waves of cheap Iranian-designed Shaheds with air-defense assets that cost orders of magnitude more per shot. When the interceptor costs more than the thing it is intercepting, the defender loses the exchange even when every missile hits. A sub-$2,000 interceptor with onboard detection and terminal guidance flips that math — if it works reliably and can be built in volume.

That is why the manufacturing side of the Vyriy-NOCTIS split is as important as the software. Vyriy CEO Oleksii Babenko's role, per United24 Media, is to fund the scale-up. An interceptor that costs $2,000 in a lab and cannot be produced by the thousand does not change the strategic picture; one that can be stamped out at volume does.

Where the Targeting Smarts Come From

NOCTIS is not building its detection and automation logic in a vacuum. United24 Media reports that the interception software draws on battlefield data from the Darknode anti-Shahed battalion — a unit whose entire purpose is hunting these loitering munitions. That feedback loop, combat data flowing back into the machine-vision and guidance software, is the kind of iterative advantage that is hard for an adversary to replicate quickly. NOCTIS Development Director Oleksii Komlichenko is named as leading that side of the program.

ZIRKA is also not an isolated experiment. Militarnyi reports that Ukrainian interceptor drones are now receiving automatic-targeting modules more broadly, corroborating a wider shift away from fully manual, human-piloted intercepts toward onboard auto-detection and terminal guidance against Shahed-type threats. ZIRKA is a named, packaged product within that trend rather than a one-off.

ZIRKA 2.0: What's Coming

The developers have already sketched a second-generation system. Per United24 Media, ZIRKA 2.0 adds three things aimed squarely at the hardest part of the intercept — closing the last stretch and guaranteeing a kill:

  • Thermal optics that extend machine-vision tracking out to 2 kilometers, letting the drone lock onto a target's heat signature at longer range and in conditions where an optical camera struggles.
  • An automated guidance system that flies the interceptor into the detection zone — automating the approach so a human is not needed to steer it into range before the onboard tracker takes over.
  • A proximity fuze, so the warhead detonates near the target rather than requiring a direct hit. Against a small, fast Shahed, a proximity fuze dramatically raises the odds that a close pass still counts as a kill.

Taken together, those three upgrades describe a system inching toward end-to-end autonomy: detect at range with thermal, fly itself into position, and destroy the target without needing a perfect direct impact.

Already Working in Combat

The claims around ZIRKA sit on top of a primary-source confirmation from Kyiv. Ukraine's Ministry of Defence states that interceptor drones equipped with automatic detection-and-guidance modules are already autonomously downing Shahed-type UAVs. The MoD further reports that technology from the Brave1 cluster, automating roughly 95% of the launch-to-kill interception cycle, was successfully tested in combat conditions in the Kharkiv region in June 2026.

That 95%-automation figure is the context ZIRKA lands in. It signals that Ukraine's counter-Shahed effort is not aspiring to autonomy someday — it is fielding it now, with the human role compressed to the edges of the kill chain. ZIRKA is one branded, low-cost expression of that broader push, and the MoD statement gives it a credibility that vendor specifications alone would not.

Why It Matters

Shahed-type loitering munitions have worked as a weapon precisely because they are cheap enough to launch in saturating waves, forcing defenders to spend expensive interceptors — or accept the hits. A $2,000 drone that can autonomously detect, track and destroy a Shahed attacks that logic at its root, potentially letting Ukraine trade at cost parity or better instead of bleeding costly missiles against disposable drones. If ZIRKA and its Brave1-cluster cousins can be produced at scale and sustain their reported autonomy in the field, the implications reach well beyond this war: they point toward a future in which layered, software-defined drone interceptors — not just missile batteries — become a standard tier of air defense against cheap mass-produced threats. The named MoD confirmation that ~95% of the interception cycle is already automated, and that autonomous drones are downing Shaheds today, is the part that turns this from a promising spec sheet into a live capability worth watching.

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