70MHz–6GHz Wideband Drone Detection Module 3.3 W 5 V Real Time Detection Results
Basic Properties
Place of Origin:
China
Brand Name:
Roviyno
Certification:
CE
Model Number:
DB01
Trading Properties
Minimum Order Quantity:
1
Price:
$3,999/pc~$45,00/pc
Payment Terms:
T/T
Supply Ability:
5000
Product Summary
70MHz–6GHz Wideband Drone Detection Module Radio Frequency (RF) Detection: The Remote Drone ID detector detects and tracks approaching drone activity. Because it detects the FAA-mandated Remote ID transmitted by the drone, the Remote Drone ID can detect and track all FAA-compliant drone movement, ...
Product Details
Highlight:
70MHz-6GHz Wideband Detection Module
,Wideband Drone Detection Module 3.3 W
,Real Time Drone Detection Module
Product Name::
RF Detection Module
Frequency Band Range::
70M-6G
Detection Range：:
0m-10km
Dual-Antenna：:
(RX1 High Frequency Band, RX2 Low Frequency Band
Power Supply::
5V
Power Consumption::
3W
Dimensions::
89mm * 55mm * 18mm
Product Description
70MHz–6GHz Wideband Drone Detection Module
Radio Frequency (RF) Detection:
The Remote Drone ID detector detects and tracks approaching drone activity. Because it detects the FAA-mandated Remote ID transmitted by the drone, the Remote Drone ID can detect and track all FAA-compliant drone movement, day or night, and provide the drone operator’s geolocation.
- How It Works: Scans the airwaves for signals between drones and their controllers.
- Advantages: Can identify the drone’s make, model, and location and sometimes locate the operator.
- Limitations: It may struggle with autonomous drones or those using encrypted signals.
| Category | Specification |
|---|---|
| Product Type | Drone Detection Module |
| Frequency Range | 70 MHz–6 GHz |
| Supported Drone Signals | DJI, Autel, Harbosen, LightBridge, Enhanced Wi-Fi, Analog FPV, LoRa, Modified Protocols, LTE, etc. |
| Detection Range | 1–10 km |
| Spectrum Analysis | Real-Time Spectrum Data Output |
| Detection Output | Real-Time Detection Results |
| Signal Processing | All Processing on Device |
| Direction Finding | 8 / 16-Antenna Direction Finding |
| Antenna Control | GPIO-Controlled |
| Communication Interfaces | UDP / TCP / 3.3 V TTL |
| TTL Baud Rate | 115200 bps |
| Operating Voltage | 5 V |
| Power Consumption | 3.3 W |
| Dimensions | 89 × 55 × 18 mm |
| Application | C-UAS, Drone Detection, RF Monitoring, OEM Integration |
Signal Type
| Signal Type | Drone Model |
|---|---|
| DJI_ID | DJI drone ID |
| Lightbridge type1 | DJI P4, Spark |
| Lightbridge type2 | Autel Evo2V2, Feimi |
| eWifi_5M | DJI Mini1,Air1 |
| eWifi_10M | HUBSAN Zino, HUBSAN Eagle, |
| PALAnalog | Analog PAL |
| NTSC Analog | Analog NTSC |
| DJI_0C123 10M | Mini 2,3, 4k, Air 2, 3, Mavic 2,3, Avata, P4-2.0 |
| DJI_0C123 20M | Mini 2,3, 4k,Air 2, 3, Mavic 2,3, Avata, P4-2.0 |
| DJI_03+ | Mavic 3 series |
| DJI_04_type | Mini4, Air3s, Avata2, Neo |
| Autel_typel | Autel nano, nano+, lite, lite+, Evo2_V3, MAX4T, |
| Datalink | P900/P840/Mavlink |
| O3+_ofdm_datalink | DJl and Autel remote control and some datalink |
| LTE_type0 | LTE modfied |
| LORA | RadioMaster, Lora Signal, ExpressLRS, T900 |
| Walksnail | Walksnail, Avatar |
| DJI_04+ | Mavic 4 pro |
Command
| Command | Explanation |
|---|---|
| start or start-freq0 | Include frequency band 2384 - 2485 5150-5260 5725-5940 |
| start -freq 1 | 430-440 825-845 902-928 1200-1445 2384 - 2485 5150-5260 5725-5940 |
| start-freq2 | Only 8 DJI ID frequency |
| start-freq3 | 430-440 825-845 900-930 1000-1700 2000-2500 3300-3500 4900-6000 |
| start -freq 4 | 400-1700 2000-2500 3000-3500 4900-6000 |
| start -freq 8 | 825-850 902-928 1400-1450 2384-2485 5150-5260 5725-5940 |
| start -freq xxxx | Lock frequency start-freq 2450 |
| -gpiox | gpiovalue fixed to x |
| Custom band: start -band 430,440,-band 830,845, -band 902,928, -band 1430,1445, -band 2384,2485, - band 5150,5260,-band 5725,5940, |
|
| reboot | Reboot device |
| start-heart_beat 0 | Close heartbeat |
| start-gain xx | Gain range [10 70] |
| -set_ant xxxx | Antenna enable bit mask |
| -rx2 x | X=1 use RX2 for lower frequency range Mustconfig_2r2tbeforehead |
| -rx2_freq xxxx | Frequency large than xxxxMhz, use RX1 Frequency less than xxxxMhz, use RX2 |
| config_2r2t | Turn on RX2 Use RX2 will increase 0.5W compared to use RX1 only |
| config_1rlt | Close RX1, |
| #NAME? | Change ip, for example -setip192.168.2.2 |
| -fpv_only 1 | Scan FPV only, |
| #NAME? | Close Scan FPVonly, |
| -freqs f1,f2,f3,...fn, | Lock multiple frequenciese |
| -turn_on_gpio x | Gpiox pull up |
| -turn_off_gpio x | Gpio x pull down |
| -fft1 | Output real-time spectrum 4 byte frequency, 2048 FFT value. |
| -fft0 | Close real-time spectrum output |
Tested Model
It can decode the coordinates of the drone, the coordinates of the pilot, the serial number of the drone and other information.
The models tested are:
| model | Serial number evidence |
|---|---|
| Phantom 4 Pro V2.0 | 1 1VKJ2S00201K2 |
| M INI2, | 5FSCK1601120NS,3NZCJ8M0142TMV |
| Mini 3 | 687CKC20017ARG,687CKC30017FOF |
| Mini 3 Pro | F4XFC22AT007QM7Y,F4XFC22BT007SSPM |
| Mavic Pro | 08RDE4N00100PE |
| Mavic 2 | 163DF9H0013NVW,0M6DF9E0016T73 |
| Mavic 2 Enterprise | 276DF9N001WQ16 |
| Mavic 3 | F4QZB21AR1AE01BW, F4QZB21AL00E02RV |
| Air 2 | 3N3BJ7U0120553, F45TB21BT2AEG03GL |
| Air 2S | 3YTSJ5J003158A,3YTBK9Q003025G |
| M300 RTK | 1ZN3JC6001T570 |
| M30 | F4BND229H00DH4Z3 |
| Avata | F4QWB22C600306MQ,F4QWB228500303KL |
| FPV | 37OBJ15BD1047B |
| Inspire 3 | F4Z4D235J00467T5 |
| Mavic 3 T | F5FJD22C500CGB5F, F5FHD233G00DW876 |
| M350 | F6GKB235900300NM, F6GKB235900300PG |
| Mavic 3 pro | F67QD234A0141767, F67QC235T0143860 |
| Phantom 4 RTK | 0UYVE42S01DH4K5 |
| Matrice 350 RTK | F6GKB234M00300KY |
| Air3 | F6N8D236F00151Q2,F6N8C23740031BL1 |
| Mini 2 SE | 6C5CL5K0015TGC,6C5CL3M0013YXP |
| Code 7 2 (probably pesticide sprayer T 20) | F574 B 2219001006 Z |
| Code 8 2 (unknown model) | F6BUB2324001011M |
Case 1:
Case 2:
FPV with NTSC analog
DJI phantom 4
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