In the heart of Shenzhen, Pegasus Robot Technology Co., Ltd. has been pushing boundaries with its cutting-edge UAV systems. One of their most notable innovations is the Pegasus F200, an industrial-grade, high-precision drone that builds upon the success of the F1000 series. Designed for versatility, the F200 offers multiple data acquisition options including visible light, near-infrared, thermal imaging, and video capabilities. It’s also equipped with the ability to perform large-scale mapping, 3D modeling, and other advanced data processing tasks.
The F200 drone is constructed from a blend of EPO and carbon fiber, providing both durability and lightweight advantages. With a wingspan of 1.9 meters and a length of 1.07 meters, this UAV can handle a standard takeoff weight of 3.7 kg for aerial surveying or up to 3.8 kg when equipped with the tilt module. Its cruising speed is 60 km/h, with a maximum battery life of 1.5 hours and the capability to fly at heights up to 6,000 meters. Equipped with a dual-frequency differential GPS system, it delivers centimeter-level positional accuracy and supports GPS, Beidou, and GLONASS signals.
One of the standout features of the F200 is its modular payload design, allowing users to swap between different modules such as the tilt module, video module, near-infrared, and thermal infrared modules. This flexibility ensures the drone can meet diverse operational needs while maintaining high reliability and precision. The F200 also comes with an intuitive UAV Manager Professional Edition software that simplifies the entire workflow from route planning to image stitching, offering users a comprehensive aerial survey solution.
A prime example of the F200's capabilities is its role in the three-dimensional modeling of the iconic Potala Palace in Tibet. On November 2, 2016, the drone successfully captured detailed tilt data over an area of 0.75 km². Using a round-trip design with 4cm ground resolution, the F200 completed the mission in just 45 minutes, collecting 1,904 original images. These images were then processed into highly accurate 3D models, showcasing the drone's exceptional performance and precision.
Another impressive application was the aerial survey conducted in Zhangzhou City, where the F200 collected data over a 1 km² area within 30 minutes. The resulting 3D models provided invaluable insights for urban planning and infrastructure management. Similarly, in Kashgar, the drone completed a 6 km² survey in just two flights, meeting rapid modeling demands with ease.
These examples highlight the F200's versatility and efficiency across a range of applications, from cultural heritage preservation to urban planning and infrastructure development. With its robust design and advanced features, the Pegasus F200 is setting new standards in the field of UAV technology, proving itself as a reliable partner for professionals worldwide.
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