Brief: Get a guided demo that shows common workflows and troubleshooting tips for the TQDR200 drone detection system. Watch as we demonstrate how this portable countermeasure technology detects drones up to 10km away and jams them within 3-5km, showcasing its 360° detection coverage, rapid response times, and automated cloud platform features for maintaining airspace security.
Related Product Features:
Detects drones up to 10km away with 360° horizontal and -90° to 90° vertical coverage.
Jams drone signals within 3-5km range using omnidirectional and directional frequency bands.
Rapid detection response time of ≤10 seconds from power-on to drone identification.
High direction finding accuracy of ≤±3° under clear site conditions.
Displays comprehensive drone data including position, altitude, speed, model, and real-time trajectory.
Features automated cloud platform with unattended operation, blacklist/whitelist functions, and log playback.
Operates in extreme temperatures from -40℃ to 60℃ for reliable performance in various environments.
Portable design with total system weight under 150kg for flexible deployment scenarios.
FAQs:
What is the maximum detection range of the TQDR200 system?
The TQDR200 can detect drones at distances up to 10 kilometers, depending on working conditions and environmental factors.
How quickly does the system respond to drone threats?
The system has a detection response time of ≤10 seconds from power-on to drone discovery, and a jamming response time of ≤7 seconds for immediate countermeasures.
What frequency bands does the system jam?
The system jams multiple frequency bands including 410MHz-480MHz, 2.4GHz-2.6GHz, and 5.1GHz-6.2GHz, using both omnidirectional and directional jamming capabilities with power outputs from 30W to 100W.
Can the system operate automatically without human intervention?
Yes, the cloud platform enables unattended operation with automatic drone detection, identification, alerting, localization, and mitigation, including automated tracking interference based on drone location data.