Product overview
The TTSK-D01 uses a stationary outdoor enclosure and passive RF reception to detect and locate UAV activity. Its receive-only architecture acquires drone serial codes, geographic coordinates, speed, takeoff points and remote-controller locations without transmitting electromagnetic waves. Recognition covers the listed DJI, Autel, FPV, Xiaomi, Yuneec, Hubsan, Tello, homemade and WiFi drone categories; the specifically listed locatable DJI families are Mavic, Air, Mini, FPV and Avata. Real-time drone and controller coordinates, azimuth and distance support monitoring around facilities and wider protected areas.
Deployment can use a standalone offline unit or multiple networked units. Integration support includes TDOA positioning equipment and anti-drone jammers, allowing the detector to form part of a broader regional protection installation. Monitoring functions include simultaneous target tracking, live trajectory display, historical playback, authorized-drone marking and alarms for unknown intrusions. Flight-data statistics, thermal and line charts, and selectable electronic maps provide presentation options. The product is a fixed detecting and locating unit, with external equipment described as connection options.
The IP65 casing supports long-term outdoor installation, with a working temperature of -20°C to 65°C and continuous 7×24-hour monitoring. Detection spans 100MHz–6000MHz and flight altitudes of 0m–1000m. Effective distance is 1–10km depending on the site, with the 10km maximum tied to an open, unobstructed environment; buildings, trees and electromagnetic interference reduce range. Listed capabilities include at least five simultaneous targets and trajectories, azimuth RMS error of ≤1.5°, positioning accuracy of ≤10m and identification response within ≤5s.
Specifications
| Specification | Value & conditions |
|---|---|
| Product identity | TTSK-D01 Fixed UAV Detecting and Locating System |
| Equipment architecture and purpose | Stationary UAV signal detection and location equipment for long-term outdoor deployment. |
| Passive reception and acquired data | Passively receives UAV wireless signals to acquire device serial code, geographic coordinates, flying speed, takeoff point and remote controller location. |
| Operating configurations | Standalone offline operation, multi-unit networking and connection to matching peripheral equipment. |
| Recognizable UAV types | DJI, Autel, FPV, Xiaomi, Yuneec, Hubsan, Tello, homemade traversing & WiFi drones; locatable DJI series: Mavic, Air, Mini, FPV, Avata. |
| Detection frequency band | 100MHz–6000MHz |
| Effective detection distance | 1–10km (depends on site environment)Depends on site environment. |
| Detectable flight altitude | 0m–1000m |
| Simultaneous detectable targets | ≥5 sorties |
| Simultaneous trackable trajectories | ≥5 strips |
| Azimuth RMS error | ≤1.5° |
| Positioning accuracy | ≤10m |
| Detection success rate | ≥95% |
| Identification response time | ≤5s |
| Maximum effective detection range | Max 10km effective detection in open unobstructed environmentOpen unobstructed environment. |
| Continuous omnidirectional monitoring | 7×24 hours continuous omnidirectional monitoring, with adaptation to complex electromagnetic interference and harsh weather. |
| Outdoor enclosure | IP65 casing, wide temperature tolerance for long-term outdoor fixed deployment.Long-term outdoor fixed deployment. |
| Working temperature | -20°C to 65°C |
| Electromagnetic transmission | Receive-only drone RF detection without electromagnetic transmission. |
| Drone and controller positioning | Real-time coordinates, azimuth and distance for both the drone and pilot remote controller. |
| Trajectory functions | Multiple-drone detection with real-time trajectory display and historical playback. |
| Authorization and alarms | Authorized-drone marking and alarms for unknown intruding UAVs. |
| External system integration | Multi-unit networking with support for TDOA locators and anti-drone jammers. |
| Data visualization and maps | Flight-data statistical analysis, thermal and line charts, and switchable Gaode, Baidu, Bing and Google electronic maps. |
| Detection range limitations | Buildings, trees and electromagnetic interference reduce actual detection distance.Buildings, trees and electromagnetic interference. |
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