Fast, Cheap, and Faster: Lessons from the Drone ...
AI Analysis
The Russia-Ukraine war has accelerated the development and deployment of drone and counter-drone technologies, with electronic warfare (EW) systems playing a critical role. Both sides are rapidly evolving their tactics and technologies, highlighting the dynamic nature of modern drone warfare.
Key Takeaways
- Rapid evolution of drone technology in the Russia-Ukraine war.
- Electronic Warfare (EW) systems are crucial in countering drones.
- EW systems can be more expensive than the drones they counter.
- Fiber-optic-controlled drones present new challenges for EW systems.
- Technological advancements are leading to rapid development of countermeasures.
Why It Matters
The strategic significance lies in the ongoing arms race between offensive drone capabilities and defensive countermeasures, which is reshaping modern warfare tactics. The rapid development of EW systems and drone technologies underscores the need for continuous innovation to maintain battlefield effectiveness.
Fast, Cheap, and Faster: Lessons from the Drone Battlefield in Ukraine
The Saratoga Foundation
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Eurasia Outlook
Fast, Cheap, and Faster: Lessons from the Drone Battlefield in Ukraine
Mar 03, 2026
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By Yuri Lapaiev
The development of unmanned systems technology of all types and purposes is rapidly increasing its intensity in the ongoing Russia-Ukraine war, as the use of drones for both sides is turning into a high-speed race. The use of drones and their rapid evolution, in all their various modifications, has become a symbol of the extremely rapid development of technologies, which have turned into an endless cycle of competition between offensive and defensive weapons. This means that no new weapons or systems can remain effective on the battlefield for a long time, as countermeasures are also constantly changing.
Despite the rapid pace of change, preliminary conclusions for the future of drone warfare can be drawn today from the war. Ukraine’s experience for the time being will be more accessible due to open sources than Russian forces, but both sides to date face similar successes, challenges, and problems. For example, this applies to the development of Electronic Warfare (EW) systems. The appearance of a large number of drones on the battlefield immediately prompted the development of countermeasures, primarily EW systems. Today’s front lines are impossible to imagine without various EW systems: dome-shaped, directional, “guns,” “backpacks,” mobile versus stationary, proliferating throughout the front lines.
The Impact of Electronic Warfare
The development and creation of such EW systems is extremely complex and expensive. Often, the EW systems required to counter First Person View (FPV) drones are more expensive than the drone itself, which can end up destroying them. Given that FPV drones frequently change frequencies, it sometimes makes countermeasures completely useless. At the same time, the increased use of EW has affected not only drones but also other high-precision weapons that use GPS guidance, such as HIMARS and 155mm M982 Excalibur precision-guided shells, making them less effective.
These developments require a rethinking of the protection of important military equipment/weapons and critical infrastructure, retrofitting them with relatively inexpensive modular EW systems capable of quickly changing the frequency spectrum. The problem is becoming even bigger with the introduction of fiber-optic-controlled drones, which are virtually immune to EW-jamming. At the time of their appearance, they became an extremely effective weapon with no defense. However, there are now several ways to combat this type of drone, demonstrating the speed with which technologies and countermeasures emerge to counter Russian innovations on the battlefi