![]() 1” CMOS RGB sensor gimbal camera with 6K. At only 2.8 pounds (1250 grams), it’s among the lighter commercial drones available. It’s lightweight, but also packed with advanced features, making it a good mid-range option for professional surveyors or drone pilots doing surveying on the side. The Autel EVO II Pro RTK V3 has a useful blend of portability and precision. ![]() Great for: Photogrammetry, mid-range professional surveying option Learn more about the DJI Matrice 350 RTK. Up to three payloads can be swapped in, letting you customize your data collection. Up to 3 centimeter precision without the need for ground control points. Global mechanical shutter, reducing image blur during flight. Supports data collection at 1.5 cm + 1 ppm (vertical) and 1 cm + 1 ppm (horizontal). Supports triple-channel 1080p video up to 9.3 miles (~15 km). The M350 RTK is a solid commercial platform that can carry up to three payloads simultaneously, each weighing up to six pounds. Learn more about the DJI Mavic 3 Enterprise. Shoots well in low light due to the larger sensor enabling clearer shots in poor lighting conditions. Mechanical, reducing image blur during flight. A key feature with the Mavic 3 Enterprise is its mechanical shutter, which eliminates the chance of blurred images that can result from the rolling shutters found in many other drone models. The Mavic 3 Enterprise is a significant step up from the DJI Phantom 4. Great for: Professional surveyors / professional drone pilots who do some surveying Unfortunately, you can’t swap in your own payloads on the Phantom 4 RTK. Can be used with a dedicated app made for the Phantom 4 RTK to support flight planning and field execution for surveying. Positioned on top of the drone, the RTK module when used with the D-RTK 2 ground station, supports the collection of spatial data with centimeter-level precision. 1” CMOS sensor, ensuring high-quality imaging. And it’s still a solid option-especially the new RTK model. The DJI Phantom 4 drone has been the go-to survey drone for years. The Benefits of Using a Drone for Surveying.How Is Drone Surveying and Drone Mapping Used?.How Drone Surveying Works-A Step-by-Step Guide.Surveying Drones: The Best Survey Drones of 2023.Here’s a full list of what’s covered in case you’d like to jump around: ![]() In this in-depth guide to drone surveying we’ll cover the best survey drones on the market, what drone surveying is, how it works, and the top uses for drone surveying. But they do so much faster than traditional methods, making the survey process significantly faster and less expensive. In a drone survey, the survey data is collected by air, allowing the surveyor to move more quickly across a piece of land and to be less encumbered by changes in the landscape or obstacles on the ground, such as plants or other obstructions.ĭrone surveys can collect the same quality of data as ground-based surveys. Traditionally, surveying data is collected by a person walking through an area using ground-based equipment, like GPS receivers or total stations. Drone Surveying: Best Survey Drones, How to Do Drone Surveying, and More ĭrone surveying is the use of a drone to capture aerial data for the purpose of conducting a topographic or other type of land survey. ![]()
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