Sravan Puttagunta’s Post

Hybrid airborne sensors are changing the way we capture data. A prime example is the Leica CountryMapper, which combines both a high-performance LiDAR and a large-format camera in one pod. This cutting-edge technology enhances efficiency by enabling simultaneous collection of aerial images and LiDAR data, significantly reducing costs by requiring only one flight. Discover more about hybrid technology and the Leica CountryMapper by listening to this webinar. Sign up to expand your knowledge today! https://lnkd.in/dc5SujB6 #hybriddata #hybridsensor #aerialdata 

Hybrid airborne sensors are changing the way we capture data. A prime example is the Leica CountryMapper, which combines both a high-performance LiDAR and a large-format camera in one pod. This cutting-edge technology enhances efficiency by enabling simultaneous collection of aerial images and LiDAR data, significantly reducing costs by requiring only one flight. Discover more about hybrid technology and the Leica CountryMapper by listening to this webinar. Sign up to expand your knowledge today! https://lnkd.in/daB5Sje6 #hybriddata #hybridsensor #aerialdata 

Hybrid airborne sensors are changing the way we capture data. A prime example is the Leica CountryMapper, which combines both a high-performance LiDAR and a large-format camera in one pod. This cutting-edge technology enhances efficiency by enabling simultaneous collection of aerial images and LiDAR data, significantly reducing costs by requiring only one flight. Discover more about hybrid technology and the Leica CountryMapper by listening to this webinar. Sign up to expand your knowledge today! https://lnkd.in/d-5-fkx2 #hybriddata #hybridsensor #aerialdata 

The benefits of LiDAR (Light Detection and Ranging) are indisputable, and the applications are wide. Nonetheless, the development of these systems is still improving with respect to areas such as eye safety, power consumption, and overall system reliability. Knowing how the light source in these systems is behaving is critical to the success of the overall system. Read more: https://bit.ly/3T5BM9U

Building a mobile mapping vehicle capable of collecting accurately georeferenced LiDAR data is a challenging task. There are many factors to consider before you even begin. - Which sensors should you use? - How will you synchronise your sensors? - Can you easily scale your fleet? The new OxTS land-based LiDAR surveying solution brief helps you answer these questions and more. Download your copy today and let us help you create precisely positioned pointclouds - https://hubs.la/Q02n8Wr60

What do people use for LiDAR mapping in practice on vehicles? We have a Mid-360 LiDAR (built in IMU) and RTK GNSS, and wheel odometry. We have good results with Fast-LIO - however it doesn't incorporate GNSS, LIO-SAM and MINS seem like good options, however we are yet to have success running them, and there are so many different options to try.

In case you missed it, we’ve outlined the highlights of our new LIDAR system in this informative blog. It features comments from our team, hardware partner and a serious user. Have a look and learn more: https://lnkd.in/evPMdvFy

The technical challenges in building a LiDAR surveying payload are many: 🗺️Creating a payload that can survey anywhere – even in cities. 🎯Avoiding alignment errors between your localisation solution and your LiDAR scanner. 🧩Sorting sensor synchronisation. 💵Creating a payload that’s scalable across multiple vehicles so you can grow your business. Click below to see how OxTS can help you overcome all those challenges to build a LiDAR surveying payload that delivers great quality data anywhere, with a host of features designed for surveyors, at a price point that’s great for business. https://hubs.la/Q02r1b2D0

Download this ebooks to learn more about our breakthrough technology. #WindCubeScan, leveraging scanning Lidar for wind development but also for wind farm performance management !!!