Distance, proximity and laser sensors
To detect an obstacle before bumping into it, to model the environment in 2D or 3D , to measure the distance of an element, these are all tasks that can be performed by distance sensors. Generally, in robotics, three technologies are used, often in complementary manner. This is infrared, ultrasound and laser. These 3 techniques are different in terms of cost, performance and efficiency according to the environment. Do not wait and go through the list of distance sensors available.
The DMS-80 distance sensors offers to your Bioloid or Dynamixel mobile robots to measure distances and therefore to detect obstacles.
Infrared distance sensor for your mobile robots
Connect your Sharp infrared distance sensor on your robot using this fixation kit
This digital infrared proximity sensor from Pololu detects objects between 2 and 10 cm. Its main characteristics are a quick response time, a small size, low current draw and a compact carrier PCB that makes it easy to integrate into your project.
This digital infrared proximity sensor from Pololu detects objects between 0.5 and 5 cm. Its main characteristics are a quick response time, a small size, low current draw and a compact carrier PCB that makes it easy to integrate into your project.
This Infrared Reflectance Sensor Array comprises a QTR-8RC line sensor module, which can also be used to detect objects or reflective surfaces. It is ideal for making your mobile robots truly smart and independent, or for any other project requiring this type of measurement.
Ultrasonic distance sensor HC-SR04
The famous ultrasonic sonar sensor PING))) from Parallax with mounting kit and servo motor for Pan / Tilt
The Grove-compatible SEN10737P Ultrasonic Ranger is a precise, effective measuring tool that uses ultrasonic transducer technology. It is connected to your Arduino via a Grove board for easy prototyping.
With the GP2Y0A60SZLF 5V board by Polulu, you get an infrared distance sensor that’s as compact as it’s precise.
GP2Y0A60SZLF Analogue Infrared Distance Sensor Board (5V)
Welcome to TeraRanger, the family of ToF light-as-a-feather and fast-as-lightning distance sensors all set to revolutionise your mobile robot’s autonomous navigation system. Here we present the TeraRanger One B Frame, the twin brother of the TeraRanger One A Spider… give or take a few minor details!
Want to make using your Terabee TeraRanger distance sensors even easier? Plug in a TeraRanger USB adapter and connect it directly to your computer.
Yes, the TeraRanger One distance sensors are compatible with Pixhawk and APM flight controllers. All that’s missing is a compatible I2C adapter... and here it is.
Multiplying loaves and fishes is so has-been. With the TeraRanger Hub, you can now multiply your ToF distance sensors, which is much more practical.
The ZX distance and gesture sensor is able to measure the position of your hand along 2 axis (horizontal and vertical). Low volume, it can fit into all your projects.
The GP2Y0A51SK0F analogue distance sensor generates a precise measurement over short distances, with low current consumption.
This 4tronix ultrasonic sensor has a connector compatible with the BitBot XL micro:bit programmable robot.
The Me Ultrasonic Sensor v3 is the new and improved version of the Makeblock v2. More stable and more efficient, it comes with a complete Arduino library.
This VL6180 ToF Range Finder Sensor promises accurate measurements thanks to its time-of-flight technology. An essential piece of equipment for all your autonomous mobile robot projects!
With its LIDAR ToF technology and its ability to sense things up to 1 metre away, this VL53L0X TOF distance sensor will appeal to all robotics engineers looking for an accurate tool for their mobile robot.
The TF Mini Micro LiDAR Range Finder combines a satisfyingly small size, low price and min-consumption. And in terms of performance, you’ll be delighted with its reliability and accuracy, both indoors and out.
Equip your miniature vehicle built on micro:bit with a compatible ultrasonic sensor. It will improve your robot’s autonomy and help it avoid obstacles.
This small Pololu distance sensor uses LiDAR technology to locate obstacles at a distance of 5 cm or less.