The Zhmil Family: How a Kirov Copter Grew Up to Become a Drone Hunter
The Zhmil UAV of two modifications at an exhibition in 2024.
In recent years, the Russian industry has mass-produced numerous quadcopters for various purposes. One example is the Zhmil family. It comprises several basic designs with varying characteristics; they are customized for specific missions and deployed for reconnaissance, strikes, or interception of aerial targets.
From enthusiasts to series
"Zhmili" is developed and manufactured by Molot-Aero LLC in the Kirov region. It all began with a group of enthusiasts who wanted to help the Russian army and the Donbas militia. Later, judging by regional and federal publications, the project gained support and increased production.
The first mentions date back to June 2023. At that time, Molot-Aero released the Zhmil-17 short-range FPV (first-person view) quadcopter for videography and aerial reconnaissance, which soon found itself on the front lines. That same month, the start of serial production of several new UAVs in Kirov, including one of the Zhmils, was announced. The first production batches were sent to the troops, followed by videos of their combat use.
Later the line expanded: larger modifications appeared on the same body, including FPV-UAV with a combat payload. A series of such devices was launched the following year, and they expanded the military's fleet.
A larger modification of the drone
In 2026, Molot-Aero drones were used in a new role. According to an Izvestia publication on August 4, 2026, the Zhmil interceptor with a course-finding camera shoots down aerial targets with limited flight characteristics—enemy reconnaissance and attack UAVs in the near zone. The designation "Zhmil-Ts" appears in some publications, but whether this is the factory marking is questionable: it is most likely provisional.
Since 2023, various modifications of the Zhmili have regularly appeared in reports from the front, and in 2024, the products were showcased at the Army-2024 forum. Footage captured by drones during aerial reconnaissance missions and videos of drone approaches to targets—both ground and airborne—has surfaced online. The same Izvestia article describes the interceptor's operation and cites personnel assessments: despite all the difficulties, operators speak highly of the equipment. The scale of production can only be judged indirectly—by the regularity of its use and the stated plans for hundreds of devices at the Kirov production facility. The count is no longer limited to one-off assemblies; mass production has been established.
Device and components
Over the course of several years, the project has grown significantly: new modifications have been added to the first version, production of a number of key components has been mastered, and a unified control system has been developed for the drones.
An important disclaimer for everything below: this data is from open sources. The manufacturer hasn't officially commented on it for the most part, so the family designations are floating around in sources:
- Zhmil-17 — the only reliably confirmed designation, a compact short-range FPV quadcopter;
- Vyatka - a separate model from the same manufacturer, a larger impact Drone;
- "Zhmil-13" and designations by size (in inches) — apparently, internal classification by frame or screw size; such indexes are found in sources, but without strict confirmation;
- "Zhmil-Ts" — conventional designation of the interceptor;
- NSU "Snake" — not a modification of the UAV, but a separate product, a ground control kit.
The core of the family consists of copters of several sizes. Dimensions and weights vary, but the basic design is the same: a plastic rectangular body, to which four carbon fiber arms with propeller-motor assemblies are attached. The aircraft weigh approximately 4–5 kg.
Serial products
All Zhmil variants have four electric motors with three-bladed propellers. Some of the electronics are reportedly developed and assembled in Kirov. However, there's no independent information about the Zhmil's own production of electric motors—we'll have to take their word for it.
Flight characteristics should also be considered preliminary; they are not certified by the product data sheet:
- cruising speed - about 70 km/h;
- maximum speed - over 100 km/h;
- flight range - 10-15 km;
- Flight duration is 15–20 minutes.
The Zhmili operate on a unified control system—although it's difficult to say whether this unification is complete across all models. The device carries a course video camera and/or a thermal imager, plus remote control equipment. Video and telemetry are transmitted via secure radio channels, which also transmit control commands to the onboard system.
The payload depends on the mission. A reconnaissance drone uses a standard camera. A kamikaze FPV drone, targeting ground targets, uses an anti-tank grenade or other munition.
Product "Snake"
The Zhmil interceptor, according to a description in Izvestia, received a high-explosive fragmentation warhead: despite its small weight, it is packed with striking elements designed to target typical aerial targets with low survivability.
The family is equipped with a unified ground control system (GCS) called "Zmey"—a protected case containing a monitor and controls that interfaces with a remote antenna post and other equipment within the system. The post is located remotely to ensure operator safety.
One base - different tasks
The key feature of the family is that devices for various purposes are built on common designs with a standardized set of components. FPV drones conduct reconnaissance, engage ground targets, and intercept enemy UAVs. There are also non-standard versions: some Zhmiles were given to war correspondents for filming in combat zones. The company has mastered the production of some components, and the Zmey is being developed in parallel with the drones themselves.
Somewhere on the front
To understand the strength of the Zhmil, we must first determine what to compare it to. As a short-range combat FPV quadcopter, it is similar to mass-produced aircraft of its class, both Russian and foreign. The copter design provides maneuverability and vertical takeoff, but lacks the speed and range of lightweight fixed-wing aircraft. Comparing its speed to high-speed interceptors is inaccurate: they are a different class and purpose. Therefore, the project's viability is more logically measured not by speed records, but by an established production line, stable combat demand, and, presumably, the low cost and maintainability of each unit.
The role of the interceptor in the system Defense It's worth examining in more detail. According to the design logic, where maneuverability is more important than speed, it occupies the niche of close-in anti-drone defense:
- efficient against relatively slow targets - reconnaissance and heavy attack copters, as well as low- and medium-speed aircraft-type UAVs and some loitering munitions;
- limited applicability against fast, high-altitude aircraft designed for rapid air defense penetration: here, its task is more to cover the immediate area than to intercept the target en route.
This tool complements portable (MANPADS) and anti-aircraft missile short-range air defense systems (SAMs) and relieves the burden on expensive missile systems: large-scale, low-speed targets are difficult to counter with traditional air defense systems due to their small effective cross-sections (ECRs) and complex, unpredictable trajectories.
The level of localization is average. Design, housing and electronics assembly, and serial production are mastered. Supply chains for cameras and thermal imagers, some component bases, powerful brushless motors, and certain battery types are vulnerable. It's not "screwdriver assembly," but it's also far from a fully autonomous production cycle using domestic components.
Like other devices in its class, the author estimates that the Zhmili are relatively simple to manufacture and operate. Operators don't require extensive specialized training, but they do need to develop the skills that determine their effectiveness.
The family does have its weaknesses. Izvestia quotes an operator regarding the specifics of interception: due to its lack of speed, the quadcopter misses some typical targets, forcing it to operate on a collision course. According to the same operator, the potential miss is partly offset by the fragmentation effect of the warhead and the low survivability of most targets: even with an inaccurate hit, shrapnel will damage the vulnerable aircraft, and with proper preparation, the kill probability is acceptable. The price for the maneuverability of the design is obvious, and the interceptor should not be considered a universal weapon.
There are no such difficulties with ground targets and reconnaissance: the operator himself chooses a convenient combat course, and the "Zhmils" with their combat load work on equipment and buildings.
Bottom line: The Zhmil family is a notable domestic development in unmanned aerial vehicles. aviationThe devices have been tested in real combat, and the lineup continues to expand. The limits of their effectiveness, especially as an interceptor, are determined by the physics of the drone design, and going forward, much will be determined not so much by the drone itself as by the rate at which it becomes cheaper and how it saturates the near-field.
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