Drone Navigation Spoofing Module 7 13 18 Band UAV GNSS Spoofing Module

No.04C3

The 04C3 UAV Navigation Spoofing Module generates synthetic GNSS signals to simulate precise positioning, velocity, and timing data for UAV navigation receivers. By receiving spoofed satellite signals, a UAV can be guided to predefined coordinates. The module supports multiple navigation control modes, including redirection, loitering, forced landing, and designated no-takeoff zones.

Multi-Constellation Support: Supports signal reception and simulated transmission across common frequency bands of the four major global navigation satellite systems (GNSS).
Satellite Synchronization: Supports real-time time and ephemeris synchronization with in-orbit navigation satellites.
Tactical Deception Capabilities: Supports navigation spoofing against GNSS-reliant UAVs to execute forced landing, directional redirection (flight path manipulation), fencing/no-fly zone (NFZ) denial, and GNSS signal interference.
Versatile Control Modes: Supports controlling the module's operational and functional modes—including RF signal on/off, GNSS interference, directional redirection (rejection), forced landing, and crash inducement—via an external physical button panel or standardized communication interface protocols.
Multi-Directional Control Integration: Supports integration with external direction-finding (DF) modules or inputting target UAV azimuth via protocols; when utilizing the directional redirection function, the operator can actively control the target UAV's flight path in forward, backward, left, and right directions.
Status Indicators: Supports connection to external LED indicator lights to display real-time system operating status.
Ephemeris Dead Reckoning: Supports ephemeris dead reckoning and signal estimation to maintain stable, normal signal simulation and transmission even under poor satellite visibility or in GPS-denied environments.
Multi-Scenario Deployment: Optimized for versatile deployment across various environments, including both indoor and outdoor scenarios.

No.	Function	Function description
1	Crash mode	Induces target drone to fall at maximum speed
2	Jamming Mode	Disrupts navigation signal, causes loss of positioning
3	Forced Landing Mode	Guides drone to land or prevents takeoff
4	Heading Induction (N/S/E/W)	Diverts drone in specified cardinal direction relative to user

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Description

Available in three standard configurations (7-band, 13-band, and 18-band), supporting the simulation of major global navigation satellite signals including GPS, BDS, GLONASS, and Galileo. Frequency specifications are detailed below:

List of Standard GNSS Output Frequencies (7-Band Configuration)

No.	Satellite System	Frequency Band	Center Frequency (MHz)
1.	BDS	B1I	1561.098
2.	BDS	BIC	1575.42
3.	GPS	L1C/A	1575.42
4.	GPS	L2C/A	1227.6
5.	GLONASS	L1	1602
6.	GLONASS	L2	1246
7.	Galileo	E1	1575.42

List of Standard GNSS Output Frequencies (13-Band Configuration)

No.	Satellite System	Frequency Band	Center Frequency (MHz)
1	BDS	B1I	1561.098
2	BDS	BIC	1575.42
3	BDS	B2a	1176.45
4	GPS	LIC/A	1575.42
5	GPS	L2C/A	1227.6
6	GPS	L5	1176.45
7	GLONASS	L1	1602
8	GLONASS	L2	1246
9	Galileo	E1	1575.42
10	Galileo	E5a	1176.45
11	QZSS	L1C/A	1575.42
12	QZSS	L2C	1227.6
13	QZSS	L5	1176.45

List of Standard GNSS Output Frequencies (18-Band Configuration)

No.	Satellite System	Frequency Band	Center Frequency (MHz)
1	BDS	B1I	1561.098
2	BDS	BIC	1575.42
3	BDS	B2b	1207.14
4	BDS	B2a	1176.45
5	BDS	B2I	1207.14
6	GPS	L1C/A	1575.42
7	GPS	L2 C/A	1227.6
8	GPS	L5	1176.45
9	GLONASS	L1	1602
10	GLONASS	L2	1246
11	GLONASS	L3	1202.025
12	Galileo	E1	1575.42
13	Galileo	E5a	1176.45
14	Galileo	E5b	1207.14
15	QZSS	L1 C/A	1575.42
16	QZSS	L1C	1575.42
17	QZSS	L2C	1227.6
18	QZSS	L5	1176.45

Number of RF channels: 1;
Navigation frequency points: 7/13/18;
Spoofingactivation time: ≤ 10 s;
Power-on startup time:≤ 10 s;
Cold start availability time: ≤60 s; synchronizes with the in-orbit satellite time and ephemeris to achieve optimal performance.
GNSS Receive Frequencies: GPS, BDS, GLONASS, and Galileo and QZSS.
Operational Range: ≤ 1 km (adjustable within the 1 km range)
Power adjustment range: 0–80 dB;
Output Power: ≥20dBm
Time synchronization accuracy: 30s;

Drone Navigation Spoofing Module 7 13 18 Band UAV GNSS Spoofing Module

Description

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