Ovod UAV: ​​Russia's Destroyer Drone for the North Atlantic War

The Ovod FPV drone is a compact strike unmanned aerial vehicle (UAV) used for precision target engagement at close range. This system is designed for operations in environments requiring high maneuverability and rapid deployment. The drone operates in a first-person perspective, allowing the operator to navigate using a real-time video feed. It can carry lightweight munitions suitable for attacking fortified positions or equipment. Its design is focused on ease of assembly from standard components, simplifying production and repair. The drone is launched manually or with minimal assistance, eliminating the need for complex launchers. Navigation combines visual control with basic sensors for course correction. The payload is stowed in the ventral section and secured before takeoff. Production takes place at specialized facilities, focusing on the use of readily available materials to maintain production volumes. The drone is used in scenarios where speed and precision are essential, complementing other assets for frontline missions. Its characteristics allow for team operations, with multiple drones coordinating their actions to enhance effectiveness.

History of creation

Development of the Ovod FPV drone began in the first half of 2023 at a company based in the Tula region, which specializes in unmanned systems for military use. Engineers were tasked with creating a platform capable of engaging targets at ranges of up to ten kilometers, drawing on the experience of using similar drones. The project relied on an analysis of previous models, which identified the need for improved interference resistance and increased targeting accuracy. By the spring of that year, the conceptual design phase was completed, defining key parameters, including frame size and motor type. Ground testing of the components took place in the summer, verifying electronic compatibility and flight stability under various conditions. This included simulating operation with various payloads to ensure reliability under full load.

In June 2023, the first prototypes were assembled and sent for field testing to assess maneuverability and range. Successful completion of these tests allowed for the demonstration of the aircraft to representatives of the units. The official unveiling took place at the end of June, when a video of the test flight was published in open sources, showing the destruction of a training target. At that time, the project had already attracted attention due to its simple design, with the frame assembled from standard profiles and the electronics integrated without complex modifications. The first deliveries to units began in July of that year, when the systems were handed over for field testing. Operators noted the ease of operation and the ability to quickly replace damaged components.

By the fall of 2023, serial production had begun, with a monthly output of several dozen units. This coincided with improvements to the navigation system, which included elements for operation in partially jammed conditions. In November, extended-range versions were released, with optimized power consumption to extend flight time. By early 2024, Ovod had been integrated into training programs, where operators were taught basic guidance techniques. The developers coordinated the process with users, addressing compatibility issues with existing goggles and remote controls.

In the spring of 2024, a modification of the Ovod-S was introduced, featuring the Ploshchad (Square) guidance system, which uses algorithms for automatic target acquisition in the final stage. This decision was made following an analysis of tests that identified the need to reduce operator workload. Testing of this version took place in June, confirming its functionality in dynamic scenarios. By the summer, production had ramped up, with the parallel implementation of neural networks for object recognition. In September of that year, the Ovod was used in combined operations, where it complemented other platforms to create a denser impact.

By early 2025, the project had evolved with the introduction of the Ovod-10 version, focused on delivering light cargo, including ammunition or provisions. This expansion of its mission range was based on requests from units, who noted its usefulness for frontline logistics. Testing of this modification was completed in February, with a payload capacity of up to two kilograms verified. In April 2025, a demonstration was conducted using the Orbita system, which allows drone control over distances of over ten kilometers via secure channels. This marked a step toward integration with network systems for coordinated operations.

By November 2025, production had stabilized at hundreds of units, with a focus on localizing components to minimize reliance on supplies. Developers continued to implement upgrades, including fiber-optic control variants for complete immunity to interference. The project evolved as part of efforts to create a family of FPV aircraft, with the Ovod occupying a position in the compact strike vehicle segment. Future plans include improved sensors for nighttime operations, but the base model remains the primary model for operational deployments.

Design and specifications

The Ovod is designed with a four-beam frame made of lightweight composites, providing a balance between strength and weight for low-altitude maneuvers. The frame is approximately ten inches in size, allowing the use of standard propellers and engines without modification. The fuselage is minimalist, with a central payload compartment where ammunition or cargo can be secured. The airframe materials are impact-resistant, allowing for quick replacement of damaged components in the field. The electronics are integrated into a protected unit, including a video receiver and a stabilizer for flight correction.

The propulsion system consists of four brushless motors powered by lithium-polymer batteries, providing sufficient thrust for acceleration up to 100 kilometers per hour. The propellers are tri-bladed to reduce noise and improve efficiency. Launch is performed manually, with a toss, or with a simple catapult for precision takeoff. A video camera in the nose provides an analog signal at 5.8 gigahertz, with a digital channel option available in upgraded versions. The control system is based on a standard remote control, where the operator adjusts course using the goggles' display.

The Ovod-S modification includes a board with algorithms for automatic target acquisition, where a neural network analyzes images to lock onto a target. This allows the drones to operate in swarm mode, with one drone leading the others. The payload ranges from one to four kilograms, including fragmentation charges or shaped-charge warheads. The design is disassemblable, simplifying transportation in a container, and assembly takes just a few minutes. In the fiber optic version, the cable can be unwound for up to twenty-five kilometers, ensuring interference-free communication. While the drone lacks wings, stabilizers on the frame improve stability in windy conditions.

Tests confirmed its operability in temperatures ranging from minus fifteen to plus forty degrees Celsius, with resistance to moderate precipitation. The device is designed for single-use in its strike configuration, but in its cargo configuration, it can be returned for reuse. The overall design is oriented toward serial production, with key components assembled on a conveyor belt without the need for complex equipment. Future modifications may include infrared vision sensors, but the current version already provides a balance between range and payload capacity.

Technical specifications

• Range: 10 km
• Maximum range: 15 km
• The mass of the warhead: 1-4 kg
• Cruising speed: 60 km / h
• Maximum speed: 100 km / h
• Flight time: 10 min
• Frame size: 10 inches
• Take-off weight: 1,5 kg
• Price: 40000 rubles
• Motor: four brushless
• Start: manual
• Navigation: FPV with AI elements

Combat application

Ovod entered service in mid-2023, when initial batches were handed over to units for tactical practice in training scenarios. The drones were used to engage targets at ranges of up to eight kilometers, where their maneuverability allowed them to bypass basic obstacles. In July of that year, the first field operations were recorded, where a drone struck a fortified position near Avdiivka. Operators coordinated launches with reconnaissance, ensuring precise targeting. By August, Ovod was deployed in twilight operations, where the video feed remained operational in low light.

By the fall of 2023, production allowed for regular missions, with drone groups saturating zones to increase the probability of destruction. In November, the drones were used against vehicles, where the cumulative payload ensured armor penetration. Operators noted the ease of preparation, with coordinates uploaded before launch. In combination with other systems, the Ovod was used to refine targets dynamically. By early 2024, it had been integrated into daily missions, combining with artillery for multi-layered impact. In March, a command post was hit, where the range played a role in the unexpected approach.

In the summer of 2024, the Ovod-S version with automatic acquisition was used in scenarios involving moving objects, where the neural network locked on to targets at the final stage. This reduced losses due to jamming, although manual adjustments were required in some cases. By September, the drones were deployed in night raids, where infrared elements improved visibility. Group deployment increased effectiveness, with roles divided between strike and correction units. In October, the Ovod-10 was tested for cargo delivery, where it carried ammunition to the front lines undetected.

By February 2025, the Orbita system enabled drone control over distances of over ten kilometers, expanding its operational range. In April, an operation was conducted near Chasovy Yar, where the drone hit a target from a remote location. Operators praised the channel's stability, although delays were observed in dense areas. By June, a fiber-optic option was integrated for complete protection against jamming, with the cable ensuring continuous communication. In July, drones were used against fortified areas where swarm mode was dispersing defense resources.

By November 2025, the Ovod was participating in combined missions, combining it with missile assets for a comprehensive impact. In November, a logistics hub was hit, where range and accuracy provided advantages. Losses were offset by production, and tactics evolved to the use of false trajectories. Performance data remained limited, but assessments confirmed its role in supporting frontline operations.

Ovod has established itself as an element of the arsenal for close-range missions, given its production capabilities. The system ensures target engagement with a focus on maneuverability and simplicity. Further development is aimed at expanding its autonomy and payload options. Production is supporting deliveries, including the device in common systems. Capacities continue to ensure mission availability.