YellowScan’s Post

Ever wondered how we achieve such precise aerial mapping? Dive into the world of LiDAR with us! PixElement now allows LiDAR datasets to be uploaded along with your aerial photos into projects. LiDAR technology utilizes laser pulses to measure distances to the Earth's surface, creating highly accurate 3D models of landscapes, structures, and objects. From towering mountains to intricate cityscapes, LiDAR captures it all with unparalleled precision. So, why is LiDAR essential in aerial photogrammetry? Simply put, it provides the crucial depth and detail needed to generate comprehensive models. With LiDAR, we can capture terrain features even under dense foliage or in low-light conditions, ensuring no detail goes unnoticed. Swipe through our carousel to delve deeper into the magic of LiDAR and discover how it's shaping the future of aerial photogrammetry! #LiDAR #AerialPhotogrammetry #Innovation #Technology #PrecisionMapping #PixElement

🔔 OUT NOW 🔔: The new #UltraMap version 6.4! This version also supports high-end data processing of our #UltraCam Dragon 4.1. 📸 The UltraCam Dragon is a highly flexible hybrid aerial mapping system for nadir & oblique imaging and LiDAR collection. It can be utilized in a variety of ways: ✔️ Simultaneous collection of #imagery (all directions) and LiDAR for use cases like city modelling ✔️ Optimized image capture (using just nadir and oblique forward/backward) and #LiDAR for corridor mapping ✔️ Image-only mode for pure #photogrammetric image-based projects ✔️ LiDAR-only mode for sole point #data collection ➡️ Read our latest blog post to find out how aerial images and LiDAR data from your #UltraCamDragon can be processed: https://bit.ly/46SORrP #vexcelimaging #aerialimagery #mapping #geospatial

LiDAR technology has revolutionized surveying, providing unmatched accuracy and speed—whether on land or underwater. But how does it actually work? At AB Surveying and Development, we combine advanced LiDAR surveying solutions to offer precise solutions for even the most challenging environments, from dense forests to underwater terrains. Learn more about how LiDAR works.

A short and excellent beginner level course to know about Lidar technology for surveying and mapping. Lidar is going to be the next big technology when it comes to surveying and mapping. https://lnkd.in/ddG_QnUm

A picture is worth a thousand words, and with aerial LiDAR systems, we can clearly visualize what Defensible Space and Ladder Fuels look like. By peering beneath the tree canopy, LiDAR reveals the extent of the Park-Like-Treatment immediately around the structure. It also reveals the extent of ladder fuels and dense vegetation towards the right side of the property. #DefensibleSpace #VegetationManagement #WildFireMitigation

You asked. We listened We're excited to announce the launch of our 2-day course, "Fundamentals in Aerial LiDAR for Surveying," designed to equip participants with knowledge and practical skills in the use of Light Detection and Ranging (LiDAR) technology. The program delves into LiDAR technology using DJI M350 and Zenmuse L2; understanding its principles; operational techniques; and data processing methodologies. Participants will gain hands-on experience, learning to conduct aerial surveys with precision and efficiency. Additionally, participants will learn how to transform raw LiDAR data into various deliverables including the classification of point clouds, create digital elevation models (DTM), digital surface models (DSM), generate contour maps, among others. For more details, course dates and to register, visit: https://bit.ly/4bUKgr1 #AerialLiDAR #Aerialsurveying #Aerialmapping #TopographicMapping #GeospatialTechnology #DataAcqusition #dataprocessing #UrbanPlanning #EnvironmentalMonitoring #Careergrowth #ProfessionalDevelopmen #skillsdevelopment #LiDARtraining #Airinspectaustralia

🐬 Discover the underwater world with the YellowScan #Navigator bathymetric LiDAR! Bathymetric LiDAR is a fascinating technology that measures water depths and reveals the secrets of underwater relief. Find out how it works! 🧐 Curious to know how deep underwater topography can explore? The YellowScan #Navigator #bathymetry LiDAR system maps the underwater topography down to a depth of 2 Secchi, the distance at which a colored disc becomes invisible in water. Discover how this system adapts to varying depths depending on water turbidity. 🚢 Why can't LiDAR reach greater depths? LiDAR uses green light beams to measure water depth, but the light is absorbed by water after a certain depth, limiting capability at greater depths. Find out why it's perfect for exploring shallow waters like rivers, lakes and coastal areas. ✅ Why should you choose bathymetry LiDAR? YellowScan #Navigator offers 3 cm precision and accuracy at lower costs than traditional systems. It can map in shallow to medium depth waters, making it the ideal choice for discovering the underwater world. ⌛ Don't miss your chance to learn more at the January 30 webinar about YellowScan #Navigator! Discover everything you want to know about this exciting technology! ➡ Registration: https://lnkd.in/eDqb-f9x #LiDAR #drone #bathymetry #laorizont #skylinedrones

New blog post alert! Since we now have articles on our website, we will be releasing some new interesting reads. This short article tries to bone out the different LiDAR detection techniques which sometime go under the same name. https://lnkd.in/dqn8h38V

Super cool. Terrain & littoral & sea floor, oh my! Next questions: How/where does one discover this type of data? Pending what application and where you touch this data along the TCPED pipeline the same concepts and needs apply… Is it in the right format? Accuracy? Pedigree? Releasable to your partners? Legacy? Cloud optimized? Virus scanned and hopefully, stored once and parked for life… Bottom line at the bottom - This much data doesn’t have have to be scary and the technical solutions exist. More to follow but #GCSGeospatial, teamates and gov partners are on a mission to get this done for the NSG…

First out in our new series of articles on our website: Olov describes different LiDAR detection techniques and their names.