Ultrasonic Long-Range Detection Sensors By Max Botix

Ultrasonic sensors are non-contact sensors that work by sending out sound waves at a frequency that humans cannot hear. This sound wave bounces back when it comes in contact with a solid object and returns to the sensor to provide data. The transducer that is on the sensor acts as a receiver and transmitter for ultrasonic sound, through which it senses motion.

Ultrasonic sensors are relatively low-maintenance and extremely easy to install wherever you might have a need for non-contact sensing. These sensors have proven themselves to be reliable under adverse climate conditions such as rain, high humidity, dusty environments, smoke, and extreme temperatures. These sensors are some of the most vital tools we have at our disposal for a number of uses, such as tracking vehicles, robot ranging, autonomous navigation, river and sea level sensing, level sensing for containers, people sensing, etc.

If you are looking for a long-range ultrasonic sensor, Max Botix should be your only choice of producer. They make some of the most reliable and accurate sensing devices on the market, which you can use for a variety of purposes. Through collaboration with their customers, they have developed sensors for practical use that can feed data directly to mobile applications with relative ease. They offer their customers personalised support in selecting the right type of sensor for their application and strive to give them the best products possible. For a detailed look at the various types of sensors they have available and to even make a purchase, you should check out their website.

Max Botix makes long-range object detection sensors that work accurately for ranges up to 10 metres. Beyond the range of 10 metres, target detection gets a little difficult in real-world scenarios, as for the target to be accurately detected, the soundwaves from the ultrasonic sensor need to return with enough amplitude so that the data can be processed. The object that needs to be detected has to be perfectly aligned with the sensor and has to be absolutely flat for accurate detection above the range of 10 metres. This detection over 10 metres is only possible under laboratory conditions.