Product Description
The fixed-installation detection, countermeasure, and navigation decoy integrated system is an advanced drone defense device. It seamlessly combines spectrum detection, electromagnetic interference, and navigation deception, enabling comprehensive drone control within a single unit.
By scanning spectrum characteristics and analyzing DJI Drone ID signals, the system identifies unauthorized drones, control signals, and video transmissions. It utilizes electromagnetic interference to block communication links, forcing drones to return or land. Additionally, navigation deception technology alters coordinate data to redirect targets or trigger no-fly zone protocols for immediate landing.
Rated at IP66, the device operates reliably from -40°C to +65°C. Its software-driven architecture allows for algorithmic updates to counter emerging drone models, ensuring long-term investment protection.
Frequently Asked Questions
Q1: What is the maximum detection and jamming range?
A1: The system provides a detection range of up to 10km and an effective jamming/interference range of ≥3km.
Q2: Which drone brands can the system detect?
A2: It identifies most mainstream drones including DJI (with Drone ID), Autel, HUBSAN, Xiaomi, and various Wi-Fi or FPV drones using TBS, Elrs, or Futaba systems.
Q3: Can this system operate automatically?
A3: Yes, the device supports a fully automated defense mode, enabling 24/7 unmanned detection and countermeasure response.
Q4: How does navigation deception work?
A4: It injects spoofed coordinate information into the drone's navigation system (GPS, BDS, etc.), allowing the operator to repel the drone, force a landing in a "no-fly zone," or capture it.
Q5: Is the system weather-resistant?
A5: Absolutely. It features an IP66 protection rating and is designed to work in harsh environments with temperatures ranging from -40°C to +65°C.
Q6: Can the system be updated for new drone models?
A6: Yes, the system can be upgraded via software algorithms to recognize and counter new drone models and frequencies as they emerge.
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