RESEPI

The Inertial Labs RESEPI GEN-II has completed its first flight test! This advanced Remote Sensing Payload Instrument delivers high-precision performance for LiDAR and photogrammetry applications. Its cutting-edge design and lightweight structure make it the perfect UAV-based geospatial data collection solution. Stay tuned as we push the boundaries of aerial mapping technology! Learn more here: https://hubs.li/Q02QgSS20 #InertialLabs #RESEPI #GENII #UAV #LiDAR #Mapping #Photogrammetry #RemoteSensing #AerialSurvey #sensor #surveying #scanning

This stunning point cloud was generated using our RESEPI XT32 unit in Iijima, Japan! The intricate details of this remote location were captured with unmatched precision, offering new insights into topography and infrastructure. RESEPI XT32 delivers consistent and reliable data for your most demanding projects, mapping complex terrains, or analyzing urban environments. Learn more here: https://hubs.li/Q02PtPLX0 #InertialLabs #RESEPIXT32 #LiDARMapping #PointCloud #GeospatialData #RemoteSensing #JapanMapping #SLAM #TechInnovation #PrecisionMapping

Share Your Story! We love hearing from our incredible community! How are you using Inertial Labs products in your projects? Whether on land, in the air, or at sea, your experiences help us innovate and inspire others. Drop a comment below or share a photo with #InertialLabsInAction to showcase your work! Let's celebrate the power of innovation together. 💡 Why do you love Inertial Labs? Let us know! #InertialLabs #InertialLabsInAction #innovation #navigationsolutions #maritime #aerospace #mapping #sensor #scanning

Happy Labor Day! 🎉 Today, we celebrate the hard work, dedication, and innovation of all the incredible workers who drive progress and push the boundaries of what's possible. At Inertial Labs, we are proud to be part of a community that values creativity, precision, and perseverance. Thank you to our team, partners, and customers for their unwavering commitment to excellence. #LaborDay #InertialLabs #Innovation #Teamwork #Excellence #Precision

Elevation Mapping with RESEPI XT32 Basemap Consulting Challenge: Accurately mapping complex terrains with high precision and detail. Solution: Basemap Consulting utilized the Inertial Labs RESEPI XT32 to capture a detailed elevation profile of a challenging landscape. The XT32's advanced capabilities allowed them to generate highly accurate point clouds, revealing fine details critical for their mapping projects. Result: The RESEPI XT32 provided exceptional data quality, enhancing the final deliverables and reinforcing Basemap Consulting's reputation for precision in geospatial solutions. #InertialLabs #RESEPI #mapping #surveying #sensor #pointcloud #geospatial #navigationsolutions

Why wait weeks for your data when you can have a full point cloud ready the next day?  RESEPI XT-32

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What makes a good #lidar system? I recently did a presentation on that at the 2024 #AEPDroneDay. We can always dig deep into the physics, math, and engineering. But by looking at the ("#NOToptimized") data, we can see quit a bit, if you know where and what to look for. These were comp data from 6 separate flights done by team WISPR Systems to investigate the system #accuracy and the ability to capture #groundpoints under dense #vegetation of two #RESEPI configurations (#XT32 vs #M2X), across 50m, 100m, and 150m #AGL, at 8m/s #Speed and max. 45degree #ScanningAngle. You get an fairly good idea how far you can push these #RESEPI systems. Also worth noting is that #PointClouds from 6 flights, independently processed (#PCMasterPro->#Lidar360) without any additional "#optimization," such as #NoiseRemoval, #Smoothing, #StripAlignment, or #AdjustToControl, had excellent #alignment, #betweenSwath, #withinSwatch, as well #BetweenFlights. If you'd like to check out the data yourself, reach out to RESEPI, or WISPR Systems for the complete HW setup. #LidarDrone #LidarMapping RESEPI Inertial Labs, Inc.

New 1.10.0.0 PCMasterProGL Software Updates! • Improved colorization methods with “no colorization by proximity to starting point” (3D vector) rather than height away from the point being painted. It improves the effectiveness of removing photos that are not helpful from being used and increases the processing speed of colorization. • Automatic vignetting values are assigned in the project based on information about the camera read from data files. • Significant improvements to colorization quality. Fixed vignetting with vignette removal in images projected in exported point clouds. • Added ability to select the differential GNSS solution frequency used for TC trajectory processing or if automatic selection is desired (Alpha). It improves automated reliability and improves accuracy for datasets with non-optimal GNSS quality. • Fixed crash with language selection when no project was loaded. • Added ability to color points by return ID in the GUI visualizer. • Improvements for colorization quality by fixing colorization to “optimize image overlap.” • Updated blur method as an additional option to improve colorization. • Significant improvement to memory usage on the computer while exporting point cloud. The software will only store one color per point (point cloud point) if no blending is used in the export window. • Fixed bug of merging las with external lasmerge. • Bug fix for reading in base station antenna height from the index file in the pre-processing window. Learn more here: https://hubs.li/Q02KS5500 #InertialLabs #RESEPI #software #PCMasterPro #updates #drone #LiDAR #mapping #scanning #sensor