High overlap is essential for accurate 3D modeling! Here’s why you should extend flight time by 5 minutes.
Recently, the agricultural drone industry has been focusing on methods to acquire and process data with minimal overlap. By reducing the overlap between images, it shortens the overall flight time, ultimately leading to savings in both time and costs associated with capturing images. However, this comes at the cost of accuracy, resolution, and valuable output. Additionally, while flying at a standard overlap rate (70%), the flight plan time was extended compared to flying at a low overlap rate (25%), but the difference was only 5 minutes. In this article, we will discuss the reasons for extending flight time by 5 minutes. *For more details, please refer to the related links. Feel free to contact us for more information.*
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basic information
- Cruise speed: 11-30 m/s (40-110 km/h) - Maximum wind resistance: 12.8 m/s (46 km/h) - Landing type: Liner landing using steep landing technology (accuracy of 5m at an angle of 35°) - Operating temperature: -15° to 40°C; the drone needs to be protected from sunlight if the ground temperature exceeds 35°C - Humidity: Resistance to light rain - Ground avoidance: LiDAR (range 120 m) - Ground resolution: 1.5 cm - Maximum flight time: 90 minutes - Mission range at 120m altitude: 2.2 km² - 5 km² - Straight-line range: 55.4 km
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Applications/Examples of results
- Information gathering - Operation preparation - VR simulation - Map updating - Map annotation - Gaze estimation - Surveying and so on
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We not only sell electronic components but also value the elements of added value. We incorporate analog LSI design and system integration that meet our customers' needs, providing total solutions for them. We always prioritize communication as we strive to be our customers' best partner.