The first in a series of articles, the team at Routescene have answered a range of frequently asked questions about UAV LiDAR including what it is, what it is an alternative to, two use cases and the advantages of UAV LiDAR.
routescene.com/resources/wha…
The #Mapix technologies technical team evaluated the #Leddar#Pixell#LiDAR sensor to establish its performance across 3 key scenarios; cyclist detection, vehicle detection and traffic detection at a road intersection. Read more and request the datasets. mapix.com/blog/leddar-pixell…
#LiDAR (Light Detection and Ranging) technology assists #robots navigate their surroundings by enabling object perception, identification and collision avoidance. LiDAR can assist robots when undertaking a wide range of tasks and to operate autonomously. mapix.com/lidar-applications…
The #Velodyne Ultra #Puck is a long range #LiDAR sensor operating up to 200 metres. It has 32 lasers, a narrow beam separation and a broad field of view to provide exceptional resolution and the resulting point cloud has minimal noise. Read our review. mapix.com/news/velodyne-ultr…
UGRacing Driverless are recruiting!
We are looking for new team members as we continue the development of our autonomous race car for this summer’s FS-UK competition at the Formula 1 track in Silverstone.
“Mapix has provided us with a #Velodyne Puck #LiDAR, which enables us to achieve real-time, 360° distance and reflectivity measurements to enhance our driverless entry. We can improve our track detection technology, which will help us to excel." mapix.com/news/mapix-technol…#ugr
Inside UGRacing: The Road to Silverstone - Episode 4 ‘Driverless’
Welcome back to our series of Inside UGRacing!🎬 In this episode we speak to the Driverless team head Kai, who gives us an insight to the autonomous side of @FormulaStudent 🏁
#ugr#TeamUofG#formulastudent