Real-time Flight Track Updates via GPS Automatic Positioning
GPS automatic positioning systems are a crucial component of modern
drone technology, enabling real-time tracking and updates to the
drone's flight path. Through its built-in Global Positioning
System, the drone can accurately obtain its own location
information, ensuring the accuracy and safety of its flight path.
During flight, the drone's location information is continuously
updated, exchanging data with the ground control center via
satellite signals. This ensures the drone flies along the
predetermined route while avoiding collisions with obstacles or
other flying objects. For drone operators, GPS positioning
technology provides more reliable flight data, effectively
improving flight safety and controllability.
Product Parameter Table
| Parameter Name | Parameter Description |
|---|
| Operating Frequency | K-band, 24.05~24.25GHz; |
| Operating Mode | Frequency Modulated Continuous Wave (FMCW); |
| Peak/Average Transmit Power | ≤3W; |
| Maximum Detection Range | ≥3000 meters (Mini-Drone RCS=0.01㎡); |
| Stable Tracking Distance | ≥3000 meters (Mini-Drone RCS=0.01㎡); |
| Distance Accuracy | 3 meters; |
| Speed Range | 2~30m/s; |
| Horizontal Detection Range | 0°~360° |
| Pitch Detection Range | -14°~90° (Adjustable) |
Radar Detection Technology Unaffected by Weather, All-Weather
Operation
Radar detection technology is a key technology in UAV flight. It
helps UAVs detect surrounding objects, and the radar detection
system can operate normally regardless of weather conditions. This
means that radar can detect the surrounding environment normally in
rain, snow, or smog, ensuring the safety of flight missions. In
adverse weather conditions, traditional visual sensors may be
limited, while radar detection can penetrate clouds, smog, and
other obstacles, maintaining all-weather detection capabilities and
providing stable flight support.
Supports Drawing Arbitrary Polygonal Defense Zones
The drone's defense zone drawing function allows it to set safe
zones according to specific needs during mission execution. It
supports drawing polygonal defense zones of any shape. Operators
can select any location and range on the map to create custom
anti-flight zones according to mission requirements. These defense
zones prevent drones from flying into dangerous areas, ensuring the
safety of flight missions. For example, in certain sensitive areas
or no-fly zones, the system will automatically issue warnings or
perform obstacle avoidance flight to prevent accidental entry into
prohibited airspace.
Simultaneous Tracking Capability ≥ 200
The drone's tracking capability is very powerful, supporting the
simultaneous tracking of more than 200 targets. Whether in
large-scale surveillance missions or complex search and rescue
operations, this highly efficient tracking capability significantly
improves mission completion efficiency. The system can accurately
lock onto multiple targets and update their location information in
real time, ensuring that the drone can complete its mission
efficiently. Through multi-target tracking, the drone can not only
intelligently avoid obstacles but also optimize its mission in
complex environments, improving work efficiency and reducing
operational difficulty.
