Full Band Passive RF Drone Detection Module 70MHz‑6GHz Spectrum Analysis for Anti Drone
Basic Properties
Place of Origin:
China
Brand Name:
Roviyno
Certification:
CE
Model Number:
DB01
Trading Properties
Minimum Order Quantity:
1
Price:
3200
Payment Terms:
T/T
Supply Ability:
5000
Product Summary
Full-band RF detection module covering 70MHz-6GHz with 3km range. Detects DJI, Autel, Hubsan, FIMI, analog/LTE/Lora drones. Features dual-antenna, real-time spectrum output, 5V/3W power, and 89×55×18mm compact size for airport/prison/event security.
Product Details
Highlight:
70MHz-6GHz RF Drone Detector
,RF Detector for Anti Drone
,Passive RF Drone Detection Module
Product Name::
RF Detection Module
Frequency Band Range::
70M-6G
Detection Range：:
1m-10km
Dual-Antenna：:
(RX1 High Frequency Band, RX2 Low Frequency Band
Power Supply::
5V
Power Consumption::
3W
Dimensions::
89mm * 55mm * 18mm
Product Description
Full‑Band RF Drone Detector 70MHz‑6GHz Spectrum Analysis Direction Finding & Remote ID Decoder for Security & Anti Drone
Product introduction
This passive RF drone detection module is designed as a core hardware component for counter‑UAV solution, focusing on RF signal capture and local decoding instead of signal jamming. All signal analysis and protocol identification are completed inside the hardware unit, which greatly reduces CPU burden for upper host equipment. Developers can send simple text commands via network or serial port to start scan, adjust gain, switch frequency bands and enable direction‑finding function. It supports PAL & NTSC analog FPV video raw data output over TCP connection, and comes with reference Python demo code for fast secondary development. Compact size and low‑power feature make it suitable for cabinet‑mount, tripod‑mount and portable handheld device integration.
Main Feature
- Compatible with multiple drone signals: DJI, Autel, Harbosen, Lightbridge, enhanced WIFI, Analog FPV, Lora, Modified LTE
- Directly output detection result together with real‑time spectrum data for upper software parsing
- On‑device full processing architecture, offloads signal decoding work from your host hardware
- 70M‑6G wide frequency range covers mainstream consumer drones and DIY FPV equipment
- GPIO port drives 8/16‑way antenna switch to complete antenna direction‑finding
- Effective detection distance: 1km‑10km under LOS environment
- UDP / TCP / 3.3V TTL(115200 baud) multi‑interface for flexible system docking
- Operates at 5V input with low 3.3W power consumption
- Compact mechanical size 89mm * 55mm *18mm for embedded product design
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+ | 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 |
Case 1:
Case 2:
- FPV with NTSC analog
- DJI phantom 4
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