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TRACER AIRBORNE SIGNAL INTELLIGENCE SYSTEM
Detects and geolocates radio signal sources at distances over 20+ km*
* Performance depends on conditions and configuration. Details are provided during a live presentation.
Detects various signal sources: UAV control points, EW systems, radar, Wi-Fi, and more
Shows frequencies that are not covered by EW in your area
Identifies active FPV control frequencies for more effective jamming
Azimuth + coordinates of detected emitters
Based on our internal data, the majority of losses are caused by enemy strike UAVs, as well as artillery adjusted using UAVs
Typical solutions often “fight the UAV” rather than the operator behind it
The goal is to identify control points and other sources of emissions
РЕР TRACER 2.0
Changing the approach to countering UAVs
Problem
Changing the approach
* Performance depends on conditions and configuration. Details are provided during a live presentation.
Detects various signal sources: UAV control points, EW systems, radar, Wi-Fi, and more
Shows frequencies that are not covered by EW in your area
Identifies active FPV control frequencies for more effective jamming
Azimuth + coordinates of detected emitters
Detects and geolocates radio signal sources at distances over 20+ km*
TRACER AIRBORNE SIGNAL INTELLIGENCE SYSTEM
Problem
Changing the approach to countering UAVs
Changing the approach
РЕР TRACER 2.0
Based on our internal data, the majority of losses are caused by enemy strike UAVs, as well as artillery adjusted using UAVs
Typical solutions often “fight the UAV” rather than the operator behind it
The goal is to identify control points and other sources of emissions
What is it TRACER
TRACER — an airborne signal intelligence system
The system includes a hexacopter equipped with radio-electronic intelligence systems (SDR-based) and a ground control station
FEATURES OF TRACER SYSTEM
Identifies active frequencies to improve jamming effectiveness
FPV control frequencies
UAV control points, EW systems, radar, Wi-Fi, and other emitters
Long-range signal source detection
Direction finding and coordinate refinement by changing the measurement point
Azimuth + coordinates
Shows frequencies/areas that are not covered by EW in your area
“Windows” in the spectrum
Detects and intercepts analog FPV signal, shows frequency and direction
Intercepting analog video from FPV
FEATURES OF TRACER SYSTEM
UAV control points, EW systems, radar, Wi-Fi, and other emitters
Long-range signal source detection
Direction finding and coordinate refinement by changing the measurement point
Azimuth + coordinates
Identifies active frequencies to improve jamming effectiveness
FPV control frequencies
Detects and intercepts analog FPV signal, shows frequency and direction
Detects and intercepts analog FPV signal, shows frequency and direction
“Windows” in the spectrum
Shows frequencies/areas that are not covered by EW in your area
How system works
Captures the frequency and signal parameters
Target signal detection
2
Determines the direction (azimuth) to the emission source
Direction finding
3
Refines the source location on the map
Coordinate refinement
4
The built-in spectrum analyzer helps find the required signal
Radio spectrum monitoring
1
How system works
The built-in spectrum analyzer helps find the required signal
Radio spectrum monitoring
1
Captures the frequency and signal parameters
Target signal detection
2
Determines the direction (azimuth) to the emission source
Direction finding
3
Refines the source location on the map
Coordinate refinement
4
TRACER Technical Specifications
* Actual performance depends on conditions, terrain, and configuration. Full details are provided during the presentation
3°
Direction-finding accuracy:
over 20 km (for ELRS 1W with a directional antenna)
Signal detection/direction-finding range:
7.0 kg
Weight:
40 min
Time in the air:
up to 7 km
Radio link range:
300–6000 MHz (expandable with antennas)
Scanning and direction-finding frequency range:
What it provides for your unit
Better understanding of the radio environment and active emitters in the area
Expected result for the unit
Timely information on FPV control frequencies to improve EW effectiveness
Helps plan unit operations considering EW/UAV control activity
Fewer “blind spots”: visibility into frequencies/areas not covered by EW
FAQ
How can we request a TRACER presentation?
Message us on Telegram/WhatsApp or leave a request — we’ll arrange the time and come for a demonstration.
Where do you conduct presentations?
Across Ukraine (location and conditions are agreed individually).
What configurations are available?
There are options tailored to your unit’s needs — details during the presentation.
Can we get full technical specifications?
Yes. After you contact us, we will provide a full description and answer your questions.
What signal sources can it detect?
UAV control points, EW systems, radar, Wi-Fi, and other emitters (depending on conditions).
What about accuracy/range?
Short answer: performance depends on conditions. Base figures are in the specifications section; details during the demonstration.