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SIGNATURE RECONNAISSANCE Drone Detector (800 MHz - 6 GHz): Professional UAV Detection with Sound Alert
In today's combat environment, "clear skies" are essential to preserving the lives of personnel and equipment. The TinySA Ultra-based drone detector is a portable electronic reconnaissance (SIGNATURE RECONNAISSANCE) system, specially adapted to detect enemy UAVs (FPV drones, Mavics, Autels, and others) in a wide frequency range. Thanks to the installed firmware, optimized for the needs of the military, the device becomes an intuitive tool even for soldiers without special training in the field of radio engineering.
Key advantages of the SIGINT system based on TinySA Ultra
Unlike standard household detectors, this system offers a full analysis of the radio frequency spectrum, which allows not only to record the signal, but also to identify the type of threat and its distance.
- Ultimate frequency range: Coverage from 800 MHz to 6 GHz allows you to see almost all types of transmitters - From DIY low-frequency FPV drones to standard commercial 2.4 and 5.8 GHz drones.
- Custom firmware: The software is configured to automatically recognize UAV signals, which minimizes reaction time and simplifies the operator interface.
- Audible alert: A built-in amplifier and speaker provide an audible signal about the drone's approach. This is critical when the operator cannot constantly look at the screen.
- 20 dB signal gain: A high-quality amplifier (LNA) significantly expands the "sight" radius device, allowing you to prepare for an attack in advance or activate electronic warfare systems.
Technical and tactical characteristics (TTX) of the detector
The device is assembled using high-quality components, which ensures stable operation in conditions of active electronic interference of the enemy.
| Parameter | Characteristic value |
|---|---|
| Operating frequency range | 800 MHz - 6 GHz (full spectrum) |
| Main module | TinySA Ultra spectrum analyzer |
| Software | Custom military firmware (UA/ZSU optimized) |
| Tactical detection range | 1 - 1.5 km (depending on terrain and transmitter power) |
| Type Antennas | Log-periodic triangular (directional) |
| Amplifier (LNA) | 20 dB (for maximum sensitivity) |
| Alert system | Visual (display) + Sound (speaker/headphones) |
| Power | Built-in battery with USB-C charging |
Features of use in combat conditions
Signal-in drone detector - this is your "third ear" and "third English: eye". The log-periodic triangular antenna not only receives the signal, but also allows you to roughly determine the direction from which the UAV is approaching (direction finding).
- FPV kamikaze detection: The device clearly records the drone's "video signal", which gives the unit 30-60 seconds of precious time to take cover or use an anti-drone gun.
- Silent mode operation: The ability to connect headphones allows the operator to hear the approach of the drone without revealing its position with sounds from the speaker.
- Interference analysis: Thanks to TinySA Ultra, you can see the operation of your own and enemy electronic warfare systems, which allows you to adjust communications tactics.
Important: A tactical detection range of 1-1.5 km is optimal for timely warning of a threat. The use of a 20 dB amplifier allows the device to “see” even drones with low radiation power or operating at non-standard frequencies.
Why is this device essential for every position?
Modern warfare is a technological war. The enemy constantly changes control and video communication frequencies. Our SIGINT detector with a range of up to 6 GHz provides versatility: you will be prepared for the emergence of new UAV modifications without the need for reflashing or replacing equipment in the field.
Frequently Asked Questions about Drone Detectors (Drone Detectors)
What is the range of the detector to detect a drone?
The average range is 1200-2000 meters. The range depends on the drone signal strength and terrain conditions (line of sight or obstacles such as forests and buildings).
Does it see FPV drones on non-standard frequencies?
Yes, the detector is broadband and scans the airwaves in the range from $300\,\text{MHz}$ to $6000\,\text{MHz}$. This covers almost all FPV modifications, as well as reconnaissance UAVs such as the Orlan or Zala.
Can the detector determine the direction of flight of the drone?
Compact detectors are usually equipped with omnidirectional antennas for monitoring space at $360^\circ$. To understand the exact direction, you need to use a directional antenna, which is connected to the standard connector of the device.
Are there false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes the UAV communication protocols. The operator does not need to be able to read spectrum graphs — The device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with the electronic warfare system?
Simultaneous operation in close proximity is undesirable, since the electronic warfare system will "blind" the detector's sensitive sensor. The correct algorithm: the detector detects a target and activates the suppression system.
Frequently Asked Questions about Drone Detectors (Drone Detectors)
How far can the detector detect a drone?
The average range is 1200-2000 meters. The range depends on the drone's signal strength and terrain conditions (line of sight or obstacles such as forests and buildings).
Does it detect FPV drones on non-standard frequencies?
Yes, the detector is broadband and scans the airwaves in the range from $300\,\text{MHz}$ to $6000\,\text{MHz}$. This covers almost all FPV modifications, as well as reconnaissance UAVs such as the Orlan or Zala.
Can the detector determine the direction of a drone's flight?
Compact detectors are usually equipped with omnidirectional antennas for 360° coverage. To determine the exact direction, you need to use a directional antenna that connects to the standard connector on the device.
Are there any false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes UAV communication protocols. The operator does not need to be able to read spectrum graphs - the device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with electronic warfare?
Simultaneous operation in close proximity is undesirable, since electronic warfare will "blind" the sensitive sensor of the detector. The correct algorithm: target detection by the detector - activation of suppression means.
Frequently Asked Questions about Drone Detectors (Drone Detectors)
How far can the detector detect a drone?
The average range is 1200-2000 meters. The range depends on the drone's signal strength and terrain conditions (line of sight or obstacles such as forests and buildings).
Does it detect FPV drones on non-standard frequencies?
Yes, the detector is broadband and scans the airwaves in the range from $300\,\text{MHz}$ to $6000\,\text{MHz}$. This covers almost all FPV modifications, as well as reconnaissance UAVs such as the Orlan or Zala.
Can the detector determine the direction of a drone's flight?
Compact detectors are usually equipped with omnidirectional antennas for 360° coverage. To determine the exact direction, you need to use a directional antenna that connects to the standard connector on the device.
Are there any false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes UAV communication protocols. The operator does not need to be able to read spectrum graphs - the device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with electronic warfare?
Simultaneous operation in close proximity is undesirable, since electronic warfare will "blind" the sensitive sensor of the detector. The correct algorithm: target detection by the detector - activation of suppression means.
Does it see FPV drones on non-standard frequencies?
Yes, the detector is broadband and scans the airwaves in the range from $300\,\text{MHz}$ to $6000\,\text{MHz}$. This covers almost all FPV modifications, as well as reconnaissance UAVs such as the Orlan or Zala.
Can the detector determine the direction of flight of the drone?
Compact detectors are usually equipped with omnidirectional antennas for monitoring space at $360^\circ$. To understand the exact direction, you need to use a directional antenna, which is connected to the standard connector of the device.
Are there false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes the UAV communication protocols. The operator does not need to be able to read spectrum graphs — The device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with the electronic warfare system?
Simultaneous operation in close proximity is undesirable, since the electronic warfare system will "blind" the detector's sensitive sensor. The correct algorithm: the detector detects a target and activates the suppression system.
Does it see FPV drones on non-standard frequencies?
Yes, the detector is broadband and scans the airwaves in the range from $300\,\text{MHz}$ to $6000\,\text{MHz}$. This covers almost all FPV modifications, as well as reconnaissance UAVs such as the Orlan or Zala.
Can the detector determine the direction of flight of the drone?
Compact detectors are usually equipped with omnidirectional antennas for monitoring space at $360^\circ$. To understand the exact direction, you need to use a directional antenna, which is connected to the standard connector of the device.
Are there false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes the UAV communication protocols. The operator does not need to be able to read spectrum graphs — The device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with the electronic warfare system?
Simultaneous operation in close proximity is undesirable, since the electronic warfare system will "blind" the detector's sensitive sensor. The correct algorithm: the detector detects a target and activates the suppression system.
Are there false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes the UAV communication protocols. The operator does not need to be able to read spectrum graphs — The device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with the electronic warfare system?
Simultaneous operation in close proximity is undesirable, since the electronic warfare system will "blind" the detector's sensitive sensor. The correct algorithm: the detector detects a target and activates the suppression system.
Are there false alarms on the radio or your own drones?
The device is equipped with a signal filtering system and recognizes the digital "signatures" of drones. However, when a powerful radio station is operating close to the detector, short-term interference is possible, which is not a malfunction.
What is the advantage over a conventional radio scanner?
Unlike a scanner, the detector itself analyzes the UAV communication protocols. The operator does not need to be able to read spectrum graphs — The device provides a ready-made audio and visual notification of the type of threat.
Can the detector be turned on simultaneously with the electronic warfare system?
Simultaneous operation in close proximity is undesirable, since the electronic warfare system will "blind" the detector's sensitive sensor. The correct algorithm: the detector detects a target and activates the suppression system.