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Electronic warfare can disrupt military drones by interfering with the radio links that connect an aircraft to its control station, attacking satellite-navigation signals, or locating transmitters through radio-frequency direction finding. Operators respond by adapting when and how they communicate, preparing alternate ways to coordinate, training for communications restrictions, and using more resilient navigation where available. None of these measures removes the risk: each involves trade-offs, and capabilities vary by aircraft, unit, mission, and operating environment.
What electronic warfare targets
A military drone depends on an electromagnetic environment to communicate and, often, to navigate. Electronic warfare (EW) can interfere with those functions or exploit the signals they generate. That means the aircraft is not the only potential target: its control station and the unit coordinating its mission may also be exposed.
The U.S. Army describes threats to drone-control connections, GPS frequencies, and radio transmissions from control stations. These are different problems, so “EW” does not describe one effect or one universal countermeasure. The operational result depends on the aircraft’s design, mission, link architecture, and environment. The Army’s account does not establish a general jamming range, success rate, or standard behavior for every drone when a link is lost. U.S. Army, April 22, 2025
How jamming and spoofing disrupt drones
Jamming can interfere with a control link
Jamming interferes with reception of a signal a system relies on. If a drone cannot receive or maintain its connection to a control station, the crew may lose the ability to direct it or receive information needed for collection. The Army identifies severed UAV-to-control-station links as a way EW can inhibit tactical unmanned aircraft system (UAS) collection. What the aircraft does after losing contact is platform-specific; the available public account does not support a single expected outcome for all drones.
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Navigation signals can also be disrupted
Satellite-navigation signals, including GPS, are another potential target. Jamming interferes with reception; spoofing instead presents misleading signals that can deceive a receiver. Both are recognized threats to GPS and unmanned aircraft systems, but the cited sources do not quantify how frequently they succeed across different drone types or operating conditions.
In a December 2020 Department of Defense article, then-deputy director of the department’s spectrum management office William Moorefield said, “We’re getting jammed on everything from GPS to our [unmanned aircraft systems.]” That is a dated statement about the experience he described at the time, not a current measure of prevalence or effectiveness. U.S. Department of Defense, December 10, 2020
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Radio transmissions can reveal a control station
EW can also help locate a transmitter rather than simply disrupt it. Radio-frequency direction finding can be used to identify the source of a transmission. The Army reports that Russian direction-finding capabilities have enabled identification of drone-control stations for indirect fires. This makes a control station’s emissions a possible source of operational exposure, but detection is not automatic: the account describes a capability and threat, not an inevitable result whenever a station transmits.
How units adapt their communications
One response is emissions control (EMCON): the selective management of electromagnetic, acoustic, or other emissions to support command and control while reducing opportunities for enemy detection, interference, or disruption of deception plans. In an April 2025 article focused on combined-arms battalions and cavalry squadrons, U.S. Army CPT Ryan McGovern recommends that units develop EMCON procedures suited to their mission and local threat, train those procedures, and incorporate them into readiness activities. These are unit-level recommendations, not a universal technical checklist for every drone crew.
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Plan what to transmit and when
McGovern’s examples include transmitting only when needed, keeping messages concise, using the lowest power that achieves receipt, and avoiding predictable transmission patterns. Units can also plan alternate means of communication and consider which portions of the spectrum may be more vulnerable in a particular area. The point is to manage emissions as part of a mission plan, not to assume that one fixed communications posture is safe in every setting.
Train for restrictive and less restrictive postures
Training should prepare personnel to operate under different EMCON conditions and to use communications equipment and procedures that work for the unit’s circumstances. McGovern emphasizes that effectiveness depends on proficiency, usable equipment, and SOPs tailored to local enemy capabilities. Units also need to validate their communications plans and understand what information or coordination they give up when they limit transmissions.
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Balance a smaller signature against command needs
Reducing emissions may make a unit less vulnerable to detection, targeting, or EW, but it can also reduce situational awareness, coordination, and responsiveness. A restrictive posture may fit a less dynamic task; a fast-changing operation may require more frequent communication. EMCON is therefore a mission-dependent balance, not a switch that eliminates EW risk.
The Army article uses a historical example to illustrate the broader value of emissions discipline: during the 1988 “Certain Strike” exercise, it says 4,534 vehicles, including 813 tracked vehicles, moved 150 kilometers under radio-listening silence over 42 hours. Those figures describe that exercise, not drone performance or a current EW benchmark. U.S. Army, April 22, 2025
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How more resilient navigation fits in
Jam-resistant navigation is one part of a broader resilience effort, but it should not be assumed to be present on every aircraft. The military-specific M-code GPS signal is intended to resist interference or jamming. In its September 9, 2024 report, the U.S. Government Accountability Office (GAO) found continuing challenges across the GPS space, ground-control, and user-equipment segments, including remaining testing and integration work and schedule and fielding risks. The report shows why an intended capability and broad availability are not the same thing; it does not establish the present status of every unit or platform. GAO, GAO-24-106841, September 9, 2024
How the response options differ
| Approach | Threat it addresses | Potential benefit | Trade-off or limit |
|---|---|---|---|
| Manage emissions through EMCON | Detection of unit transmissions and some opportunities for interference or targeting | Can reduce unnecessary or predictable transmissions while preserving planned command and control | Restricting communications can reduce situational awareness, coordination, and responsiveness; the Army guidance calls for mission- and threat-specific procedures. U.S. Army, April 22, 2025 |
| Plan alternate communications | Loss or vulnerability of a primary communications path | Provides a planned alternative for unit coordination | The cited Army guidance recommends planning alternatives but does not specify a universally suitable method or guarantee that an alternative will remain available. U.S. Army, April 22, 2025 |
| Train and rehearse procedures | Operational disruption caused by unfamiliarity with communications restrictions or equipment | Builds proficiency and helps units validate procedures against their mission and local threat | Training cannot by itself prevent jamming, spoofing, or detection; Army recommendations address unit readiness and SOPs. U.S. Army, April 22, 2025 |
| Field jam-resistant navigation such as M-code | Interference with GPS reception | M-code is intended to provide greater resistance to interference or jamming | GAO’s 2024 report identifies testing, integration, schedule, and fielding risks; availability should not be assumed for every platform. GAO, September 9, 2024 |
What public evidence can—and cannot—show
Public sources establish that military organizations recognize jamming, spoofing, and emitter detection as operational concerns and that they recommend communications discipline, planning, and training in response. They do not provide a reliable general figure for drone losses, EW success rates, or the current effectiveness of particular systems across conflicts. Performance depends on the specific system and conditions, so claims about one unit or platform should not be generalized to all military drones.
The Department of Defense announced on December 5, 2024 that the Secretary had signed a classified strategy for countering unmanned systems. The announcement indicates that the department treats unmanned systems as an evolving, cross-domain challenge; because the strategy is classified, the public notice does not establish its detailed contents. U.S. Department of Defense, December 5, 2024
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