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LiDAR sensors for precise 3D detection and environmental modelling

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LiDAR measurement technology enables you to precisely capture objects and environments. From autonomous driving to the automation of industrial processes and smart parking: with a high-quality LiDAR sensor, you can exploit the full potential of technical progress.

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Showing 1 - 24 of 48 products
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tfmini-plus-lidar-module-12m-ip65-ir-distance-sensor-101990388-cff_600x600.jpg
Benewake TFmini Plus LiDAR Sensor
Sale price33,75 €
In stock
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Benewake TF-Luna LiDAR-Sensor
Sale price19,35 €
Not in stock, available for backorder
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Garmin LIDAR-Lite v3
Sale price109,23 €
In stock
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Garmin LIDAR-Lite v3HP
Sale price126,04 €
Not in stock, available for backorder
15776-Garmin_LIDAR-Lite_V4_LED_-_Distance_Measurement_Sensor-01_600x600.jpg15776-Garmin_LIDAR-Lite_V4_LED_-_Distance_Measurement_Sensor-02_600x600.jpg
Garmin Garmin LIDAR-Lite v4 LED - Distance Measurement Sensor
Sale price54,50 €
Not in stock, available for backorder
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Benewake TF02-Pro LiDAR Sensor
Sale price74,90 €
In stock
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Benewake TFmini-S LiDAR Sensor
Sale price35,90 €
In stock
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Benewake TF03-180 LiDAR Sensor
Sale price228,90 €
In stock
Benewake TF-NOVA high-precision LiDAR sensor with 7m range
Benewake TFS20-L single-point LiDAR moduleBenewake TFS20-L single-point LiDAR module
TF02-Pro-W LiDAR sensor High-precision level measurement with self-cleaning function
YDLIDAR GS2-T850 Linear Solid-State LiDARYDLIDAR GS2-T850 Linear Solid-State LiDAR
YDLIDAR SDM15 single point ToF distance sensorYDLIDAR SDM15 single point ToF distance sensor
YDLIDAR HP60C 3D depth camera with structured lightYDLIDAR HP60C 3D depth camera with structured light
YDLIDAR GS5 Linear Solid-State LiDARYDLIDAR GS5 Linear Solid-State LiDAR
YDLIDAR YDLIDAR GS5 Linear Solid-State LiDAR
Sale price45,00 €
In stock
YDLIDAR G2 360° 2D LiDAR sensor
YDLIDAR YDLIDAR G2 360° 2D LiDAR sensor
Sale price143,00 €
In stock
YDLIDAR T-mini Plus 360° 2D LiDAR sensor
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YDLIDAR X4 Pro 360° 2D LiDAR sensorYDLIDAR X4 Pro 360° 2D LiDAR sensor
YDLIDAR YDLIDAR X4 Pro 360° 2D LiDAR sensor
Sale price80,00 €
In stock
YDLIDAR X2 360° 2D LiDAR sensor
YDLIDAR YDLIDAR X2 360° 2D LiDAR sensor
Sale price62,00 €
In stock
YDLIDAR TG30 360° 2D LiDAR sensorYDLIDAR TG30 360° 2D LiDAR sensor
YDLIDAR YDLIDAR TG30 360° 2D LiDAR sensor
Sale price359,00 €
In stock
YDLIDAR TG15 360° 2D LiDAR sensorYDLIDAR TG15 360° 2D LiDAR sensor
YDLIDAR YDLIDAR TG15 360° 2D LiDAR sensor
Sale price269,00 €
In stock
YDLIDAR TEA 2D LiDAR sensor with network interfaceYDLIDAR TEA 2D LiDAR sensor with network interface

LiDAR systems: simple principle, impressive accuracy

The Light Detection and Ranging (LiDAR) measurement method is an innovative procedure for digital distance and speed measurement. With these systems from top providers such as Benewake, you can capture individual objects, and processors can create high-resolution 3D maps based on this. The principle is simple, but the technical implementation requires expertise and sophisticated technology:

  • The module sends laser impulses in short intervals.
  • The LiDAR sensor detects the backscattered light.
  • The processor calculates the distance based on the time between sending and receiving.

With LiDAR technology, this process takes place simultaneously at a large number of individual points. The system processes a huge amount of distance data, uses it to reconstruct the recorded objects in detail and displays them in map form.

Wide range of applications for LiDAR sensors

LiDAR technology is currently proving to be a driver of innovation in many fields. The precise measurement of distance and object recognition is the basis for automating tasks in numerous areas.
Examples include:

  • autonomous vehicles
  • drones and other flying objects
  • robots (manufacturing, logistics and more)
  • level detection in tanks
  • Real-time parking guidance systems (smart parking)

The specific applications differ significantly, and a wide range of LiDAR systems are used accordingly. The requirements profile for the sensors depends on the respective purpose. In autonomous driving, for example, the systems must be able to detect possible obstacles such as other vehicles and pedestrians as well as traffic signs with absolute precision. In smart parking, on the other hand, it is sufficient to know whether the parking space is occupied.

These are the advantages of LiDAR technology

With a LiDAR sensor, you are buying sophisticated technology for distance measurement. In particular, you will benefit from these advantages:
- fast
- precise
- high resolution
- impressive accuracy

Innovative LiDAR solutions from top manufacturer Benewake

Many companies are now fighting for the favour of commercial customers: LiDAR technology is booming! Here in the shop, you can get sensors from leading manufacturers such as Benewake, which has already registered over 300 patents in the field of LiDAR technology. The company focuses on LiDAR sensors for vehicles, industrial applications and security technology and guarantees convincing distance measurement for all models. Benewake's LiDAR sensors are characterised by these advantages:

  • a wide range of ranges
  • reliable measurement precision
  • resistance to ambient light
  • compact designs

Frequently asked questions about LiDAR sensors

We answer frequently asked questions about LiDAR sensors here. If you have any further questions or need advice, please feel free to contact us at any time using our contact form.

LiDAR technology plays a prominent role in partially automated or autonomous driving. Cameras capture the environment and continuously measure the distance to all mobile and immobile objects that could pose a danger to vehicles. They are an integral part of the vehicle's complex hardware and software!

LiDAR technology is based on reflected light, while radar is based on microwaves. Both technologies have similarities, but LiDAR performs better in comparative tests. This measurement method is faster and more precise, and offers higher resolution.

LiDAR technology is based on transmitted light pulses that are reflected by the detected objects. The LiDAR sensor detects the reflected light. By measuring the time of flight, the distance can be determined precisely. The simultaneous measurement at a wide range of individual points makes it possible to display objects exactly as 3D images.

There are many different applications for a LiDAR sensor. For example, the precise measurements it provides are invaluable in the automation of processes in manufacturing and logistics. LiDAR technology also supports autonomous driving and intelligent traffic systems with its exact object and speed measurement. This requires the LiDAR sensor to be part of a complex hardware and software system.

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