PL-SF01-04

4-6-Channel Navigation Spoofing Module | 4-Channel GNSS Signal Spoofer

Core Product Technical Parameters

Below are the complete standardized performance, environmental, structural and interface parameters of the PL-SF01-04 6-Channel Navigation Spoofing Module for quick inquiry and project reference:

Product Overview

The PL-SF01-04 is a high-performance 6-channel navigation spoofing module built on advanced GNSS satellite signal simulation technology. It fully covers four core global navigation systems: BDS, GPS, GLONASS, and Galileo. The module can simulate real orbit satellite signals in real time, with signal features highly consistent with authentic satellite signals, realizing high-precision navigation deception.

By transmitting simulated GNSS signals, the device can mislead the positioning receiver of illegal drones, forcing drones to receive fake location data for positioning and flight judgment. It supports multiple professional countermeasure functions, including drone heading guidance, route diversion, smooth emergency landing, and rapid forced landing, effectively tackling low-altitude drone intrusion threats.

Supporting personalized customization of functions and performance indicators, this module is widely applicable to public security, military, electric power, petrochemical and other key security industries, delivering stable and reliable autonomous drone defense solutions.

Core Features

• Full-Coverage Drone Defense: Provides all-weather, full-condition, long-distance autonomous anti-drone capability to effectively intercept and regulate illegal low-altitude drones.

• Diversified Spoofing Modes: Supports satellite navigation drone deception, realizing multiple control effects such as forced landing, expulsion, heading guidance and no-fly restriction. It can achieve ultra-precise drone landing when matched with auxiliary radar equipment.

• Four Major GNSS System Compatibility: Simulates full-band signals of BDS, GPS, GLONASS and Galileo, covering almost all mainstream navigation drones on the market.

• Precision Trajectory Control: Freely guides and controls drone flight status, supporting flexible combination control of uniform speed, acceleration and circular flight trajectories.

• Flexible Power Adjustment: Equipped with manual and automatic power adjustment modes, which can be dynamically adjusted according to defense distance and scene requirements.

• Satellite Time Synchronization & Anti-Interference: Built-in integrated satellite receiver for real-time orbit satellite time synchronization. It automatically optimizes spoofing radius and shields co-frequency interference to ensure stable deception effect.

• Offline Signal Simulation: Supports satellite ephemeris download and filling, enabling normal signal simulation and spoofing even in environments with no satellite signal reception.

• High-Precision Clock Output: Outputs stable 10MHz high-precision clock signal, equipped with B-code and 1PPS external time synchronization interfaces for multi-device linkage.

• Intelligent Automatic Operation: Supports manual/automatic switching of spoofing location and guidance modes, as well as automatic start and stop functions for unattended operation.

• Self-Diagnosis & Expandability: Comes with real-time self-diagnosis and anomaly alarm reporting functions. It provides standard secondary development interfaces and protocols for convenient system integration and function expansion.

Interface Definition

The PL-SF01-04 module is equipped with standard industrial interfaces for convenient installation, debugging and external linkage. The detailed interface specifications are as follows:

Standard Factory Configuration

Each complete PL-SF01-04 device set includes the following standard accessories and documents to ensure full and formal delivery: