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The Pegasus D1000 intelligent aerial survey system offers a range of advanced features that make it an ideal solution for high-precision aerial data collection. One of its key advantages is the Pegasus cloud synchronization and sharing project, which allows users to import KML files (Google custom boundary format) for seamless integration with existing mapping systems. The system supports segment flight planning, enabling users to resume missions from breakpoints without losing progress.
With tilting 3D model cross-frame route planning, the system can design omnidirectional routes in one go, eliminating the need for multiple route designs. It also supports any strip route planning, making it suitable for applications such as road networks, water conservancy projects, power lines, and oil pipelines. Built-in Google global elevation models help prevent collisions during flight, while the PC-side 3D route preview function ensures accurate planning.
Additionally, the D1000 comes with a built-in Google hybrid map, providing detailed satellite imagery even in remote mountainous regions. The pan/tilt angle is automatically adjusted, ensuring optimal image capture without manual intervention. The drone can take high-quality images while in motion, eliminating the need to hover, which enhances efficiency and image clarity.
Large survey areas can be automatically divided, and users can easily adjust the size of the area by dragging the interface. The parameter settings are simple and intuitive, allowing for quick configuration. Real-time flight status updates and full voice broadcasting ensure smooth operation. The system also includes a visual playback function for flight tasks, making it easy to retrieve and share flight logs in the cloud.
One-button takeoff and low-power automatic return make the D1000 suitable for use in various terrains. The system is widely applied in different scenarios, including orthographic route planning, strip route planning, tilt route planning, and surrounding route planning for detailed 3D modeling.
In real-world test cases, the D1000 has demonstrated impressive results. For instance, in ortho-mapping applications, the DOM image of Wuyuan Town in Dali was accurately matched with a 1:500 topographic map created using a total station. In 3D modeling, the system generated highly accurate models of the Water Conservancy College at Yunnan Agricultural University without any manual adjustments. Traditional stereo mapping methods were successfully used in Luhe Village, meeting the accuracy requirements of 1:500 topographic maps.
For 3D mapping, Beiying Village in Heqing County, Dali Prefecture, was mapped using true 3D models, significantly reducing fieldwork. The system also produced high-quality single-building models, such as Guangdong Shaoguan Tower, capturing intricate architectural details. These examples highlight the versatility and reliability of the Pegasus D1000 in a wide range of aerial survey applications.