Drone deploy near power lines9/14/2023 ![]() ![]() ![]() **Altitude and overlap** settings are the two most crucial parameters to think about changing for each flight. Understanding and adjusting these parameters along with the Advanced Settings is paramount to successfully mapping across varied conditions and subjects. You can delete a map plan by clicking on the 3-dotted menu to the right of the plan's name.Ĭhoosing a different template to edit or fly Flight Settingsīelow the template selector, you can set the custom parameters for your flight.įlight Settings Are Very Important to Learn You can also select a different plan to edit or fly by clicking on the template selector again and choosing a different flight template. Once you select the flight type you'll see an editable view of that plan. To learn about setting up a Progress Report flight, please click here. This article will cover settings for a 'Maps & Models' flight. Click on one of these options to load a new template of that flight type. To create additional flight templates for your project, click on the template selector in the top left of your screen and select ' New Flight Template'Įdit your first flight template or create another oneĪfter selecting ' New Flight Template', you can choose between adding Map Plans or Progress Reports. You might, for example, want one Progress Photo template, one Map template, and one Video template for a single location that you can refly at any time. Project settings Add Additional Flight Templates If they aren't available, you can always grab them manually using a USB cable. If no flight logs exist, try leaving the app open for 10 minutes while connected to a strong Wi-Fi connection to trigger a sync. You can rename the project and you can also access the Flight Logs. If you click on the gear immediately to the right of the map's name, you'll enter the ' Project Settings'. For orthomosaics used for Elevation, Plant Health and RGB map, choose "Standard Map Plan". Select ' Create project here' in the middle of your screen when you've found the area you'd like to map.Ĭhoose your flight plan. Search by address, name, or zip code, in the search bar at the top. You can also drag the target around the map. If you would like to change the location, click inside the search bar to search for a location. Your initial project location will be based upon the given location of your device. Navigate to ' New Project' in the top left-hand corner of your screen to create a new project. The ' Report' tab currently hosts the Annotation Report and the Progress Report, with more to come. Deleting a completed map will delete that single map and will not delete the entire project. They are automatically aligned to each other, so overlays and annotations will only need to be made on one map to see the change over time. The maps in the ' Explore' tab are each distinct entities within the project. The ' Upload' tab is ready to accept images for flights we've detected as flown and can also receive any uploads that fit our processing requirements. This helps to remove variability when you're tracking change over time. The difference is that you can fly a template as often as possible without copying it. A flight template is similar to what used to be known as a flight plan. ![]() Reusable flight templates can found on the ' Fly' tab. ![]() See the Initial Setup for Flying and the Making Successful Maps guides before you leave home to map! What is a Project?Ī Project is a location-based organization that centralizes your relevant drone data into one place that makes tracking change over time easy and time-efficient. The Case For Drones In Energy - a White Paper by MeasureĪnd there's a range of DJI drones - as sold by DJI Gold Partner heliguy™ - on the market to help you take your energy inspections to the next level, providing a cost-effective end-to-end solution.You can learn how to plan a flight on using your computer.īelow are the instructions to plan a project on on your desktop computer prior to flight. With demonstrated inspection time per wind turbine of 15-30 minutes, drones reduce man-hours and turbine downtime for maintenance checks by over 75%. They support industry efforts to avoid hazardous man-hours reduce costs for maintenance, inspections, and repairs and improve efficiencies and core competencies across operations. Put simply, when it comes to energy inspections, drone programmes provide better data to inform business decisions and crucially, maximise energy production. In fact, a white paper - entitled The Case For Drones In Energy - published by American-based aerial intelligence firm, Measure, states that one international energy company realised a 95% ROI for drone inspections on wind farms by way of cost savings and increased efficiencies, while another interesting snippet highlights that a solar farm inspection by drone costs up to 46% less than a manual inspection. ![]()
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