ROCK Robotic’s Post

🚁✈️ Fixed-Wing vs. Multirotor Drone LiDAR: Exploring the Pros and Cons 🎯🌐 Curious about the advantages and drawbacks of using fixed-wing drones for LiDAR applications? https://lnkd.in/dEgH_KpH If you're curious about LiDAR technology or anything else related to geospatial innovation, feel free to reach out or drop your questions in the comments below AlphaGeo Wingtra Atmos ROCK Robotic #lidar #fixedwing #drone Harrison Knoll 🤘

Global #Light #Detection and #Ranging (LiDAR) #Drones Market Size, Trends & Growth Opportunity, By Product (Rotary Wing LiDAR Drone, and Fixed Wing LiDAR Drone), By Component (Laser Scanners, Navigation and Positioning Systems, Cameras, and Others), and By Applications (Construction, Mining, Défense, Precision Agriculture, and Others), Regional Outlook, Competitive Market Share & Forecast, 2022 – 2027. By: Intellistic Research Read More Info:https://lnkd.in/dDXrQ4_e Key Players: Velodyne Lidar, RIEGL Laser Measurement Systems , Phoenix LiDAR Systems, UMS SKELDAR, LiDARUSA, YellowScan, ONYXSCAN LTD, Delair, Valeo, ZX Lidars, and Others. #marketgrowth #marketshare #marketsize #marketdemands #marketforecast #marketstretargy #marketanalysis #markettrends #market

Revolutionizing Building Mapping: Drone & LiDAR Technology Discover how drones and LiDAR technology are transforming building mapping. Learn about the cost savings and efficiency gained by creating 3D models instantly, paving the way for the future of UAV operations. #DroneTechnology #LiDAR #BuildingMapping #3DModeling #CostSavings #UAVInnovation #DronesInConstruction #FutureOfMapping #EngineeringTech #Geospatial

UAV and Mobile lidar technology seminar coming to Nashville June 27. Learn from industry experts how mapping lidar can be a fit for your business.

Dual-purpose mobile mapping and drone LiDAR systems. The best of both worlds, to recreate your world! For some projects, you need drone LiDAR. For others, you need mobile mapping LiDAR. And for others, you need multiple perspectives from both. Buy one sensor to work a multitude of projects. #mobilemapping #drone #surveying

Unlocking the Power of UAV LiDAR: Streamlined for Precision Behind every highly accurate 3D LiDAR point lies a meticulous workflow. It all starts with understanding the project scope, selecting optimal flight parameters, and choosing the best UAV LiDAR sensor. Once the UAV LiDAR scans the Area of Interest, the data undergoes detailed pre-processing steps: registration, flight trajectory refinement, initial point cloud creation, and precise boresight corrections—delivering accuracy down to the centimetre! After classification, the point cloud can be transformed into products like DTM, DSM, CHM, and intensity images. These deliverables unlock numerous environmental analysis opportunities, offering actionable decision-making insights. Efficiency, precision, and innovation—all packed into one workflow! #UAVLidar #GeospatialSolutions #DroneMapping #LiDARTechnology #DataDrivenInsights #EnvironmentalSustainability

Fully autonomous self driving vehicle are coming soon

🚁✨ Project Milestone Unlocked: LiDAR and Video Visualization with Iris & Typhoon H480 in Gazebo and QGroundControl! ✨🚁 After weeks of dedication, I’m excited to share a major milestone in my UAV journey! I’ve successfully integrated Gazebo, the leading simulation environment, with QGroundControl (QGC) to achieve LiDAR and video visualization using both the Typhoon H480 and Iris drones. This setup allows for real-time data streaming, sensor visualization, and mission control—all within QGC! 📊 In this project, I connected Gazebo’s simulated world with QGC’s flight control interface, enabling: - Live video feed visualization from both Typhoon H480 and Iris cameras in the simulated environment. - Real-time telemetry monitoring, including altitude, speed, and battery levels . - LiDAR data visualization, offering precise environmental mapping and distance measurement. - Planning and executing autonomous missions using waypoint navigation directly in QGC. - Safe testing of various drone operations without needing physical hardware, speeding up development. 💡 This project has given me hands-on experience with ROS, simulation tools, LiDAR integration, and UAV control systems. It’s been an incredible journey advancing my skills in autonomous drone technologies. Always pushing boundaries in drone tech! 🚀 #UAV #DroneTechnology #Gazebo #QGroundControl #TyphoonH480 #Iris #LiDAR #Simulation #ROS #AutonomousSystems #FlightControl #AerospaceEngineering #InnovationInAction

Lidar Mapping UAV & drone 3D Lidar mapping uses lasers to accurately measure the range from the sensor to points on an object or on the ground. Using multiple lasers at high speed allows a huge amount of data to be collected very quickly. Then using information from a highly accurate IMU to measure the attitude of the aircraft when each piece of data is collected, as well as an RTK GPS system, an extremely detailed 3D map can be created of any object or area. Post process correlation of IMU and GPS data, can then geo reference this data to an accuracy of a few millimetres. This truely disruptive technology will see fundamental changes in the way much of surveying is done in the very near future.

We're thrilled to share our latest video on Indiana Drones, where Harrison Knoll 🤘 dives deep into a detailed comparison between Fixed-Wing ✈️ vs. Multirotor Drones 🚁 for LiDAR data capture. 🔗 Watch the video on YouTube: https://lnkd.in/gbMYX5ZW 🔍 What to Expect: ✅ Insights into the latest drone LiDAR advancements. ✅ A detailed comparison of fixed-wing and multirotor setups for LiDAR mapping. ✅ Expert advice on optimizing your LiDAR surveys. Drop a comment below and let us know what you think. And don't forget to like, subscribe, and share! 👍🔔 #LiDAR #Drones #FixedWingVsMultiRotor #AerialSurvey #DroneTechnology #MappingInnovation #IndianaDrones