Railway and Trains
Using Mosaic 51 for Railway and Train mapping
Efficient Infrastructure Monitoring
Due to the nature of trains and train routes, they can greatly benefit from the use of mobile mapping 360 cameras.
The guaranteed frequency of the collection of images ensures that data is in real-time and allows the railway companies to stay on top of any potential damage to the railway tracks. Using LiDAR technology in combination with GNSS and IMU, they can precisely identify any harmful situations immediately and get to work to prevent prospective troubles. One such example is the ability to simulate potential tree fall situations around the tracks.
The continual streaming of updates about the conditions of the tracks are a cost-effective manner in which to monitor the rails as it requires no added work on the part of the railway company.Traffic Management
Mobile mapping 360 cameras which include LiDAR technology can be utilized to manage the traffic of oversize or overweight train cars for effective and safe transportation of goods.
By capturing important parameters such as the clearance profile, gauge of the track, superelevation, slopes and curves of the track, the railway companies are able to accurately provide the most current information for traffic on the railways.
Updating Rail Signaling Systems
One vital part of rail safety is the maintenance of rail signals in order to prevent accidents either between two trains or between a train and a vehicle.
The use of a mobile mapping 360 camera on a train ensures that these signalling systems are monitored and kept in safe, working conditions at all times.
