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Distance and proximity sensors: precise measurements for your application

192 products

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They work precisely and reliably with proximity sensors and distance sensors. These sensors measure distances and detect objects without making direct contact. They provide valuable services, particularly in industry, in IoT applications or in robotics.

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Showing 1 - 24 of 192 products
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Garmin LIDAR-Lite v3
Sale price109,23 €
In stock
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Robot Electronics SRF02 Ultrasonic Ranger
Sale price9,90 €
In stock
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Garmin LIDAR-Lite v3HP
Sale price126,04 €
In stock
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MaxBotix MaxBotix Ultrasonic Precision Rangefinder - MB7389 HRXL-MaxSonar-WRMT
Sale price87,34 €
Not in stock, available for backorder
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Pololu Pololu Digital Distance Sensor 5cm
Sale price10,36 €
Not in stock, available for backorder
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MaxBotix MaxBotix Ultrasonic Precision Rangefinder - MB7369 HRXL-MaxSonar-WRM
Sale price84,05 €
Not in stock, available for backorder
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MaxBotix MaxBotix MB7388 HRXL-MaxSonar-WRMLT
Sale price91,15 €
Not in stock, available for backorder
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Save 14,50 €
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Dragino LDDS45-868 LoRaWAN distance detection sensor
Sale price36,00 € Regular price50,50 €
In stock, 6 units
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Terabee TeraRanger USB Backboard + USB Cable
Sale price13,50 €
In stock, 5 units

A wide range of sensor solutions for every project: from entry-level models to high-precision technologies.

Our range includes technologies such as infrared distance sensors, ultrasonic sensors and LiDAR sensors. These models are suitable for a wide range of applications and can be easily integrated into existing systems. They are also widely used in Arduino projects to control motion or detect objects.

Our selection offers you everything from low-cost entry-level models to high-precision distance sensors for complex applications. Find the right sensor for your requirements and advance your project.

From infrared to LiDAR: which sensor technology is right for your project?

Sensor type How it works Applications Advantages Not suitable for
LiDAR sensors Send light pulses and measure the time of flight Autonomous vehicles, mapping High accuracy, long range Highly reflective or moving objects, extreme weather conditions
Ultrasound Sending sound waves and measuring time Robotics, object recognition Cost-effective, easy to implement Soft surfaces, large distances
Infrared Measures temperature differences and reflected light Security technology, motion detection Works well in the dark Bright ambient light
Time of flight Send light pulses and measure the time of flight Smartphones, robotics High precision, fast measurement Strong reflections, very bright environments

Infrared sensors measure temperature differences, ultrasonic sensors use sound waves to measure distance, while LiDAR emits pulses of light and analyses the reflection.

How do I integrate sensors into my Arduino project?

Most sensors have libraries and example code that make it easy to integrate them into Arduino projects. Please refer to the documentation for the sensor for more information.

What is the best type of sensor for outdoor use?

LiDAR sensors are often the best choice for outdoor applications because they offer long range and accuracy. Ultrasonic sensors can also be used, but they are more sensitive to weather conditions.

How accurate are the different sensors?

Accuracy varies by technology, with LiDAR sensors typically offering the highest precision, followed by ultrasonic and infrared sensors, which can vary depending on the application.

Can I use one sensor for multiple applications?

Yes, many sensors are versatile and can be used in different applications as long as the technical specifications are met.

How do I choose the right sensor for my project?

Consider factors such as the required range, accuracy, environmental conditions and your budget to select the most suitable sensor.