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LiDAR from Kempston Controls

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LiDAR available from Kempston Controls

Light detection and ranging, or LiDAR as it’s more commonly known, is a well-sought after remote sensing method. Ideal for measuring distances, LiDAR was originally used on planes but it’s only in recent years that the technology has become more popular and cost-effective.

LiDAR is used in a variety of applications to accurately calculate geospatial measurements and utilises eye-safe laser beams to create 3D representations of a surveyed environment. By using LiDAR, you can obtain information on an objects’ position, shape, and behaviour.

As an Ouster partner, we are able to quote and offer their full range of LiDAR solutions. Ouster's range of high-resolution LiDAR sensors are ideal for long, mid, and short range applications.

Kempston Controls are ready to speak to you about your LiDAR application. New or existing, our experienced sales and technical teams are on hand to discuss and support your application. Speak to us today either by phone on +971 (0) 4 2987111 or email us via sales@kempstoncontrols.ae.

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How does LiDAR work?

Instead of using sound waves like Radar, LiDAR utilises light waves to measure distance.

LiDAR works by continuously emitting hundreds of thousands of light waves and measuring how long it takes for the light to hit an object or surface and then return to the sensor. The sensor then uses this time to calculate the object’s distance (time of flight). With this data, LiDAR can create a point cloud and subsequently a 3D map visualisation.

The lidar sensor emits a series of light waves into the surrounding environment.

These waves bounce off surrounding objects and return to the sensor.

LiDAR uses the time it took for each pulse to return to the sensor to calculate the distance it travelled.

Benefits of using LiDAR:

Regardless of application, LiDAR offers many benefits over alternate technology; take a look at just a few below.

Resolution & Accuracy:

LiDAR generates instantaneous, massive amounts of measurements, and can be accurate to a centimetre

3D Mapping:

LiDAR data can be easily converted into 3D maps to interpret the environment

Low Light Performance:

LiDAR is unaffected by ambient light variations, and performs well in low any light conditions

Speed:

The data is direct distance measurements that don’t need to be deciphered or interpreted

LiDAR Applications:

Take a look below at just some of the applications that can benefit from LiDAR.

Mapping

LiDAR is ideal for creating digital terrain maps and digital elevation models of specific landscapes.

Architecture & Property Management

Ideal for surveying buildings to measure space and create accurate floorplans.

Industrial & Construction

Ideal for producing digital twins and 3D models for the continued monitoring of structures.

The Environment

LiDAR is a popular method of mapping flood risk, carbon stocks in forestry, and monitoring coastal erosion.

Automotive

Smaller, low-range LiDAR scanners are becoming increasingly popular to help navigate autonomous vehicles.

Energy Industries

Ideal for gathering models of terrains to understand the environmental impact of large scale energy projects. LiDAR can also be used to measure wind speed and aid green energy plans.

Other applications include but are not limited to:

Military Applications, Intrusion Detection, Robotics, Intelligent Traffic System, People Counting, Ports & Airports and Material Handling Systems