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Gtekesens


05

2025

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03

What's the usage of industrial LiDAR to measure the length, width, and height of vehicles?


Through high-precision laser scanning detection technology, industrial LiDAR such as G-TEK LSD series can measure the length, width, and height information of vehicles in real time and automatically, with the advantages of high measurement accuracy, fast speed, and non-contact measurement. This technology is widely used in fixed overloading control stations, highway entrance overloading control stations, off-site law enforcement stations, material yards, parking lots and other places, which can achieve real-time acquisition of vehicle size information without stopping.

The measurement of vehicle length, width, and height by industrial LiDAR sensors has multiple applications

Through high-precision laser scanning detection technology, industrial LiDAR such as G-TEK LSD series can measure the length, width, and height information of vehicles in real time and automatically, with the advantages of high measurement accuracy, fast speed, and non-contact measurement. This technology is widely used in fixed overloading control stations, highway entrance overloading control stations, off-site law enforcement stations, material yards, parking lots and other places, which can achieve real-time acquisition of vehicle size information without stopping.

 

Let's talk about it in detail below:

 

(1) It improves traffic management and safety by industrial LiDAR measuring the vehicle profile and volume: In traffic management, accurately measuring vehicle dimensions can help overloading stations effectively manage overloaded vehicles, ensuring road safety and smoothness. By using industrial radar at off-site law enforcement stations, real-time monitoring of driving vehicles can be achieved, improving the efficiency and accuracy of traffic management.

 

(2) Industrial 2D LiDAR can optimize parking lot management: In parking lot management, industrial radar lidar can help automatically identify the size of vehicles, optimize parking space allocation, and improve the utilization and management efficiency of parking lots. By obtaining real-time vehicle size information, it is possible to avoid space waste caused by insufficient or excessive parking spaces.

 

(3) Industrial lidar can support logistics and transportation by measuring vehicle dimension: In the field of logistics and transportation, the vehicle size information measured by industrial radar is crucial for railway and highway transportation planning. Ensuring that the size of the vehicle complies with transportation regulations can avoid problems and delays during transportation and improve logistics efficiency.

 

(4) Industrial lidar measuring the length, width, and height of vehicles can assist autonomous driving and intelligent transportation systems: In autonomous driving and intelligent transportation systems, the vehicle size information measured by industrial radar can help the system better understand the surrounding environment, achieve more accurate path planning and obstacle avoidance strategies. By matching with data in the database, automatic recognition and management of vehicle information can be achieved

 

Lidar technology has significant advantages and application effects in vehicle height limit detection. In the future, with the continuous advancement of technology and the expansion of application fields, LiDAR will play a more important role in vehicle height limit detection.