Lancet - "Pride of the Fatherland"
Lancets of various modifications and other UAVs at the parade on May 9, 2025. Photo by the Russian Ministry of Defense.
The ZALA Lancet unmanned reconnaissance and strike system, manufactured in Izhevsk, was awarded the "Pride of the Fatherland" title following the federal stage of the all-Russian "100 Best Products of Russia" program. This was announced by the Zala press service.
The award ceremony took place on December 11 in Moscow, where Anton Shalaev, head of Rosstandart, and Grigory Elkin, president of the Academy of Quality Problems, presented the award.
The award ceremony took place on December 11 in Moscow, where Anton Shalaev, head of Rosstandart, and Grigory Elkin, president of the Academy of Quality Problems, presented the award.
Since 2021, the Russian army has been using loitering munitions/attack unmanned aerial vehicles of the Lancet series in military operations. This technology has long demonstrated its potential and combat capabilities. Based on operational experience, the Lancets can be considered one of the most useful new systems to enter service in recent years. Several key factors contributed to these positive results and successes.
Large family
The Izhevsk-based ZALA Aero, a Kalashnikov Concern company, is developing and producing the Lancet series of ATGMs/UAVs. The company created the first prototypes of this series at the end of the last decade. The first public demonstration of two loitering munition modifications with different characteristics and capabilities took place at the Army-2019 forum.
Soon, the Lancet-1 and Lancet-3 UAVs underwent testing and confirmed their expected performance. A decision was made to launch serial production and purchase them. drones for deployment in army units. According to available data, the first batches of new BBs entered service in 2020-21.
One of the first versions of the Lancet BB. Photo by ZALA Aero
Combat use of Lancets began in the spring of 2021. At that time, the UAVs were used to detect and destroy terrorist targets in Syria. In real combat conditions, the UAVs confirmed their capabilities and performance, proving themselves to be an effective weapon.
Lancets are being used extensively during the Special Operation to Demilitarize Ukraine. The first known instances of their use occurred in the summer of 2022. Subsequently, the number of loitering munition strikes steadily increased. The first peak occurred in the summer of 2023, when the enemy attempted a counteroffensive. In the spring and summer of 2024, the use of Lancets again reached record levels.
In mid-November 2025, ZALA Aero reported that over 4 strikes using Lancet missiles had already been carried out in the Special Operation zone. Interestingly, almost all of these incidents have become publicly known. For example, the well-known Lost Armor database, as of December 16, contains 4060 records of Lancet-series BB use. Furthermore, some very interesting statistics are being compiled and updated.
Thus, by now the Lancet family of UAVs have become truly widespread and widespread. weapons, and have also found widespread use in the Special Operations zone. Drones and their operators are demonstrating good results and confirming the need for such equipment in the military.
Lancet version 52. Photo by Rostec.
Unmanned vehicles
Several UAVs were developed as part of the Lancet project. They share a similar design and share a number of systems, but differ in size, weight, and flight and combat characteristics. The developer is constantly refining existing products and improving their performance, while also developing new ones.
All Lancets are built using the same design. They feature an elongated fuselage with two X-shaped wings. The airframe is disassemblable for easy transportation. The nose cone houses the optronic system, while the fuselage houses the control electronics, warhead, battery, and electric motor with a pusher propeller.
The smallest and lightest in the series is the Lancet-1, or Izdeliye 51. It has a takeoff weight of 5 kg and carries a 1 kg warhead. There are also the Lancet-52 and Lancet-53 UAVs, known as the Lancet-3. With a takeoff weight of 12 kg, they deliver a 3-5 kg payload to their target.
All Lancet missiles have similar speed characteristics—their cruising speeds do not exceed 105-110 km/h. However, their range and endurance differ. For example, the Izdeliye 51 remains airborne for up to half an hour and flies 40 km. The latest modifications of the BB 53 can fly for up to an hour and hit targets at ranges of at least 70-80 km.
A Lancet UAV approaches its target. Photo: Telegram / Military Informant
Initially, the Lancets were only remotely controlled. Later, autonomous target acquisition and guidance capabilities were added. The introduction of artificial intelligence capabilities was mentioned in this context. These measures dramatically increased the probability of successfully detecting and engaging a target, even in the face of active enemy countermeasures and loss of communications.
Factors of success
The Lancet family of UAVs/UAVs has proven its potential during operational use and combat deployment, earning it the title of one of the most useful innovations in recent times. It's easy to see that these results are based on several key factors. The developer and the Army, the operator, were able to achieve an optimal balance between these factors, resulting in the well-known positive results.
First and foremost, a successful aerial platform is essential. Designers at ZALA Aero have developed an optimal design and architecture for a loitering munition. The Lancet airframe offers excellent flight and maneuverability. The appropriate choice of engine and battery ensures the required range and endurance.
Hit the target. Photo: Telegram / WarZ_info
An obvious but important solution is to use an electric propulsion system. It is simple to manufacture and operate, and offers excellent flight performance. Furthermore, a single battery provides power for the motor for flight and all onboard electronics.
Onboard electronics solutions are of great interest. Initially, the Lancets only had a digital electronics system and radio remote control. The equipment was subsequently upgraded to include new features. Autonomy was a primary focus, and this led to remarkable results.
According to available information, a whole range of warheads has been developed for the Lancet missile. These differ in weight and purpose. However, new ones with improved performance and other features are possible.
A key feature of the Lancet project as a whole is the scalability of its solutions. The proposed UAV architecture can be implemented in various sizes and with the required takeoff weight. Some components are selected based on the parameters of the future UAV, while others are common to the entire line.
Image from a Lancet thermal imaging camera. Photo: Telegram / Archangel Spetsnaz
The availability of several Lancet variants with different characteristics allows for increased flexibility of use. This is one of the reasons why these AFVs/UAVs have found their place in our army's weapons system. They are actively used on the front lines and complement other weapons. In essence, Lancets take on missions where other systems are unfeasible or inconvenient.
It's worth noting that technical issues weren't the only ones that positively impacted the Lancet's prospects. For example, in 2015, ZALA Aero became part of the Kalashnikov Concern. The resources of this large organization significantly facilitated the development of future drones, the launch of production, and so on.
Past and Future
Thus, over the course of several years, the Lancet series of attack drones have become a vital component of the Russian military's weapons system. They are produced in large numbers, are actively used on all frontlines, and help accomplish combat missions by engaging a variety of targets.
Several major versions of the Lancet have entered production and operational use. ZALA Aero is expected to continue developing this family of projects. The company may soon unveil new drones and promising technologies for their improvement.
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