After our suite of articles on the different technologies of anticollision, we propose you here to make a summary in order to choose the right solution adapted to your environment.
Cameras and 360 ° Kit:
The 360-degree camera technology as we have seen is generally made up of four cameras and thus allows to have no blind spot. It gives a complete view of the whole vehicle.
Its use is optimal during the day both inside a building or warehouse and outside with other users.
In addition, 360 ° camera kits can be supplemented with audible and visual alarms to meet current security needs.
The 360-degree camera technology can also be used in more difficult conditions, in particular exposed to strong winds. Operators will be able to complete a niche, travel on narrow roads and even high traffic safely.
RADAR technology:
This radar technology uses wave propagation to calculate the distance to objects. This product happens to be very resistant and has a lot of advantages.
Radar technology works in multiple environments:
– In rainy weather,
– Wind,
– resourceful,
– by night,
– and day.
Radar sensors can detect up to 16 objects simultaneously, making it effective on any work site.
Ultrasound technology:
Ultrasonic sensors have many advantages for anti-collision solutions.
The speed of the sound waves (340m / s) makes it one of the preferred technologies for your safety.
Ultrasound technology is suitable for both indoor and outdoor use. It is used as a resistant solution (heavy duty). In addition, you can use this technology in an environment that is highly exposed to light, a dusty environment or even when it is snowing.
LIDAR technology:
LIDAR technology uses the time of flight of a laser light to detect all the presences around the vehicle, it has the advantage of being ultra precise.
Its use will be mainly indoor for maximum efficiency but it works very well when exposed to the sun.
Make the Lidar a priority for your safety and enjoy its relatively simple installation.
3D detection technology:
The latest technology that we present to you is based on the emission of infrared light in the near environment.
It is an ultra-resistant technology that has many advantages, which explains its success. 3D detection is regularly used in relatively harsh environments, indeed, the sensor is very resistant and fast.
This technology can be applied perfectly on vehicles operating both indoors and outdoors. Dusty and windy environments do not reduce the efficiency of 3D detection.
