Unlock the secrets of surveying with LiDAR drones! See how this game-changing tech revolutionizes mapping, from forestry to urban landscapes. Click to learn more.
LiDAR Drones: Unlocking a New Dimension in Surveying and Mapping
From dense forests to bustling urban landscapes, LiDAR-equipped drones are transforming how we see and understand the world. These flying laser scanners offer an unprecedented level of detail and accuracy, revolutionizing surveying and mapping across various industries. The following video insights highlight the power and potential of this exciting technology, comparing LiDAR to photogrammetry, exploring its applications in forestry, and showcasing the latest advancements in LiDAR sensors. Want to know how LiDAR is reshaping industries and offering new possibilities? Let’s take a look.
Key Takeaways: Decoding the Data
LiDAR vs. Photogrammetry: One video puts these two 3D mapping techniques head-to-head, revealing LiDAR’s superior ability to penetrate vegetation and capture intricate details in complex environments. This is crucial for applications like forestry management and urban planning where accurate ground models are essential, even under tree canopies or within dense cityscapes.
Forestry Applications: Another video showcases how drone-based LiDAR is unlocking the secrets of our forests. By generating precise elevation maps, we can better understand forest structure, monitor tree health, and manage resources more effectively. This is a game-changer for environmental science and conservation efforts.
Sensor Advancements: The DJI Air 3S introduces LiDAR technology into a more accessible drone platform. While primarily for obstacle avoidance in low-light conditions, it hints at the increasing integration of LiDAR across different drone models. Another video discusses more specialized applications with the DJI Zenmuse L2, emphasizing its precision and efficiency for professional surveying and mapping projects. Having the right tool for the job is essential, so choosing the right sensor for your needs is paramount.
LiDAR on the Horizon: Mapping the Future
The convergence of drone technology and LiDAR is still relatively new, and the potential for innovation is immense. As sensor technology continues to advance and become more affordable, we can expect even wider adoption of LiDAR drones across various sectors. Think archaeology, construction, infrastructure inspection, and even precision agriculture. Imagine the possibilities!
Ready for Takeoff?
This is just a glimpse into the exciting world of LiDAR drone surveying. Scroll down to watch highlights from the videos mentioned above and delve deeper into this groundbreaking technology. Prepare to be amazed!
Check out the videos just below
DJI Air 3S – 1″ Sensor + LIDARFlytPath117,572 views | 3,037 | October 15 2024 13:00:07 (425 comments)[ Read more … ]
Purchase the DJI Air3S here: https://geni.us/ZLbMdBR
The drone we all knew was coming, right when the AIR 3 was released. We all wanted a 1″ sensor on the Air 3, and we finally get it on the Air 3S. Despite adding 1-inch sensor on the Air 3, we still do not have an adjustable aperture like we have on the Mavic 2 Pro, Mavic 3 classic a Mavic 3 Pro. When it comes to safety, I do like the additional LIDAR sensor added to the front of the Air 3S. That added sensor will help in low light situations where vision cameras may struggle.
Were you waiting to upgrade your drone from the Mini 3, Mini 4 Pro or Air 3? Is this drone a good compromise to the more expensive DJI Mavic 3 Pro? Let me know your thoughts in the comments section.
*NOTE: Small typo in the text overlay: D-log label should have said D-log M.
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🕒 TIMESTAMPS:
00:00 Air 3S video intro
00:50 Introducing the new Air 3S
01:33 Design
02:03 Weight
02:24 Battery compatibility
02:25 Camera specs
03:00 Focal length
03:32 Mavic 3 camera
03:42 Adjustable aperture
04:08 Air 3S aperture
04:19 ISO range
04:45 Dual 4k 60fps HDR cameras
04:54 14 Stops of dynamic range
05:07 Camera comparisons with Air 3 and Mini 4 Pro
07:54 Photo resolution
08:20 Panorama modes
08:42 4K 120FPS slow motion
08:58 Omnidirectional obstacle avoidance
09:15 Lidar
09:34 Vision assist
10:06 Video transmission O4
10:23 DJI RC 2 remote control
10:37 DJI RC-N3
10:50 FocusTrack modes
11:16 Tele Lens zoom + tracking
11:40 10-bit D-Log M
12:16 Return to home RTH
12:30 Flight time
12:54 Internal memory storage
13:10 Hyperlapse
13:24 Mini 4 Pro True 4k vertical video
13:51 Bitrate
13:56 Mastershots
14:04 Quickshots
14:09 Waypoints
14:18 Download footage
14:43 Price breakdown
15:26 Are you getting one?
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Thanks to DJI for sending me this Air 3S unit to test and compare to the other drones on the market. DJI did not pay me to create any Air 3S videos. Also, DJI did not require a review of this video prior to posting. All tests, opinions and experiences were my own.
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📺 DJI MAVIC MINI VIDEOS:
DJI Mini 2 – Everything You Need to Know: https://youtu.be/Pa4yV0DNe78
DJI Mini 2 Video Comparison: https://youtu.be/t4Xnv0QzPsw
DJI Mini 2 Quickshots: https://youtu.be/F_GY2nxTyaw
DJI Mini 2 Hard Case: https://youtu.be/eh66nhRPW8k
Mini 1 – Setup Guide Part 1: https://youtu.be/PpJsouF-ocQ
Mini 1 – Setup Guide First Flight Part 2: https://youtu.be/J_YNQNzH2TY
Mini 1 Tips & Tricks: https://youtu.be/KCxZISWrACo
Mini 1 Accessories: https://youtu.be/D9inmomzyJ0
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Photogrammetry VS LiDAR – Which Is BETTER?Dylan Gorman7,625 views | 360 | December 8 2024 18:00:18 (47 comments)[ Read more … ]
This is the ultimate showdown between Photogrammetry and LiDAR! This video explores these cutting-edge 3D mapping technologies, testing them in two unique environments to determine which reigns supreme. Watch as we capture data, process it, and compare the results, providing valuable insights into their strengths, weaknesses, and real-world applications.
THIS VIDEO IS FOR DEMONSTRATION PURPOSES ONLY, I AM NOT A SURVEYOR.
Sources: @DJIEnterprise
– Drone LiDAR Market Size: https://bit.ly/3VvoPX7
– Get DJI Terra For FREE: https://enterprise.dji.com/dji-terra
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Chapters
00:00 Intro
01:06 What Is Photogrammetry?
02:44 What Is LiDAR?
03:56 Equipment Breakdown
06:11 LIVE Data Capture
06:48 Urban Photogrammetry Data Review
09:17 Urban LiDAR Data Review
10:38 Where Photogrammetry Shines
11:18 Vegetation Photogrammetry Data Review
12:31 Vegetation LiDAR Data Review
14:13 So Which Technology Is Better?
Drone LiDAR data is crucial in surveying and civil engineering. #drones #engineering #surveyingDaniel Windham545 views | 16 | December 12 2024 04:59:09 (1 comments)[ Read more … ]
DJI Zenmuse L2 | LiDAR untuk Survey & MappingHalo Robotics1,178 views | 13 | November 15 2024 12:00:02 (5 comments)[ Read more … ]
DJI Zenmuse L2 adalah sensor LiDAR terdepan yang dapat digunakan dengan drone DJI Matrice 350 RTK. Dengan tingkat akurasi vertical hingga 4 cm, L2 menghasilkan point cloud yang lebih rapat dan detail. https://halorobotics.com/dji-zenmuse-l2/
Fitur-fitur unggulan seperti mode scanning yang fleksibel, pengumpulan data multi-return, dan integrasi dengan DJI Terra membuat L2 menjadi solusi lengkap untuk berbagai misi survey dan pemetaan. https://halorobotics.com/survey-mapping/
Untuk informasi lebih lanjut, hubungi kami melalui:
WhatsApp: +62811-1909-0099
Email: sales@halorobotics.com
www.halorobotics.com
Better Business Through Technology
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Uncovering Forest Secrets Drone LiDAR ExplorationANCIENT HISTORIC NARATIVE678 views | 23 | November 5 2024 23:00:34 (1 comments)[ Read more … ]
Join us as Fabio de Navais Filho uses a drone-based LiDAR system to reveal the forest’s hidden topography. Experience precise elevation mapping through laser technology and see the fascinating data collection process at 80 meters high! #DroneTechnology #LiDAR #ForestExploration #TopographyMapping #LaserSurveying #PrecisionData #EnvironmentalScience #InnovationInNature #TechInForestry #GeospatialAnalysis
UAV Lidar Survey, DGPS Survey!Nomadic Engineer Sir586 views | 14 | October 18 2024 10:39:36 (1 comments)[ Read more … ]
Here, we establish control points by high precise Survey Grade Differential Global Positioning Systems in static mode, throughout the area to be surveyed. Then we capture 3D point cloud data using our Leica “Pegasus one” Mobile LiDAR mapping system along all motorable & developed roads in the area to be surveyed.
Thereafter, low altitude flying UAV/Drones are used for capturing ground data with sufficient overlaps so as to develop a dense 3D point cloud data. This combined technology gives an accuracy of about +/- 5 cm globally, which is quite good as compared to the speed of Topographic survey. Contours can be generated at required intervals say 0.5 m or 1 m, using this dense 3D point cloud data and drawings are prepared upto the scale of 1:500 sufficient for planning and development of any infrastructure project.
This article was printed from the 4kVideoDrones.com website on
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