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In many ways, it is bordering on reality capture.
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One of the most effective aspects of DJI Terra is its ability to recreate sharp and realistic 3D models - especially when used in conjunction with the high-resolution 45MP full frame P1 camera. Photogrammetry data can also be used to conduct calculations and measurements (again, more of that later). Our sample data sets show the power of DJI Terra for photogrammetry the art of capturing high-resolution photographs to recreate a survey area.ĭJI Terra's 3D models and 2D orthomosaics (more of that later) can be used for industrial applications like reconstructing vehicle crashes, tracking progress and spotting for mistakes on construction projects or conducting large-scale critical infrastructure inspections on bridges and roadways. Scroll further down this blog to see the differences between the four licenses.ĭepending on the licence, the Terra tool will allow organisations to carry out real-time mapping and generate high-quality 2D and 3D reconstructions and measurements, among other things. The Cluster licence was introduced in 2021 to enable multiple computers to conduct computations simultaneously, significantly improving efficiency, and is fit for large-scale reconstructions.
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The Electricity License was added in 2020 to provide new optimisations for powerline modelling, helping enterprise users create detailed 3D reconstructions of thin powerlines. A full list of compatible drones/cameras are highlighted later in this blog.įour licences are available for DJI Terra - Agriculture, Pro, Electricity, and Cluster. This package enables businesses and organisations using DJI drone technology to capture, visualise and analyse aerial images for a variety of applications across the public safety, construction, infrastructure, agriculture and film industries.ĭJI Terra is compatible with a range of DJI products, including the Phantom 4 RTK.
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What Is DJI Terra?ĭJI Terra is a drone surveying software tool that transforms drone data into digital 3D models - like the one below - and 2D maps for easy analysis and decision-making. This workflow highlights how the DJI aerial mapping ecosystem can be utilised for an end-to-end surveying solution. These sample data sets were collected using the DJI M300 RTK with the DJI Zenmuse LiDAR sensor (pictured, below left) and the DJI Zenmuse P1 photogrammetry camera (pictured, below right). New data sets, collected exclusively by heliguy™, show the capabilities of DJI Terra as a professional drone mapping software platform.Īs these examples demonstrate, DJI Terra is an incredibly powerful tool for creating highly-detailed 3D models - particularly useful for visual inspections, and can be used to conduct first-phase analysis with a suite of measurement tools.ĭJI Terra can also be utilised for LiDAR drone mapping, helping to build dense point-cloud representations of the real world.
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UPDATE (August 17, 2020): A new update has been released for the DJI Terra drone mapping software, making it 400 times faster than before, and increasing map and model accuracy. UPDATE (December 2020): A new update has been released for the DJI Terra drone mapping software, adding support for offline operations and generating a camera calibration file for photos taken with the Zenmuse P1 camera. UPDATE (March 29, 2021): View exclusive data sets - collected by heliguy™ with the M300 RTK and P1/L1 cameras - showing the capabilities of drone mapping software, DJI Terra, and the power of using the DJI ecosystem for an end-to-end surveying solution. UPDATE (May 28, 2021): New features: Cluster computing mode, significantly improving efficiency and ideal for large-scale reconstructions. Supports processing LiDAR point cloud collected by Zenmuse L1.