How can I see what is happening in blind spots?

The advanced driver assistance system ( ADAS ) plus the blind spot detection system ( BSD ) is responsible for monitoring the road on which we drive and its surroundings in an exhaustive and proactive way.

Gives the driver full control of the situation:

• The system generates an event when:
  • The pedestrian, cyclist or scooter interferes in the safety zone.
  • An unintentional lane change occurs.
  • The braking distance is insufficient with respect to other vehicles.
• The image of the dangerous situation is displayed in high resolution on the driver's screen.
• The screen warns the driver in Spanish to indicate the dangerous situation.
• All events and dangerous situations can be recorded (configurable function).

How does it work?

The system works through a camera, which is responsible for monitoring traffic conditions and other elements outside of it and parameterized as potentially dangerous. Its sensors capture the entire environment and send the information to an intelligent control unit, which is responsible for calculating the risks and sending warnings and signals to the driver's monitor .

The system, through the front camera and the AI algorithm, continuously detects and measures:

• Pedestrians, cyclists or scooters in front of the vehicle.
• The road markings of the highway, continuous or discontinuous.
• The distance from your own vehicle to other vehicles in front of you.

The cameras

These cameras are highly sensitive and incorporate infrared, so they work both night and day without problems. In addition, they are capable of carrying out their work effectively in the worst visibility conditions, detecting and measuring aspects that would go unnoticed by the human eye.

Switchboard

The processing center is located on the same bus, and is capable of analyzing information in milliseconds thanks to its powerful processors and an optimized artificial intelligence algorithm . This is also equipped with deep learning or automatic self-learning technology, which allows it to improve through continuous experience and thus improve its precision.

Notices

The monitoring panel located on the driver's dashboard reflects situations clearly and visibly, all through audible alarms in Spanish that allow the driver to clearly identify the level of risk.

The system also has an external speaker, which emits an alert to warn the pedestrian, cyclist or scooter , of the dangerous situation and allows them to react accordingly.

That controls?

Nothing important escapes the eyes of Azimut's advanced driver assistance system . Pay attention.

• It is capable of identifying pedestrians in the path of the buses and assessing the risk of being run over, also avoiding the uncontrolled reactions of your drivers.
• It detects the lines marked on the road, and reports inadvertent lane changes .
• Control the distance with other vehicles and evaluate the possibilities and risks of collision.
• Insufficient braking distance alert.

Why should you incorporate it into your fleet?

Far from relaxing your drivers' attention, the Azimut system keeps them alert and allows them to focus their attention on other aspects of driving that are of vital importance. In turn, it makes it possible to have information that they would otherwise lack. It is evident, for example, that your driver knows the safety distance he needs to stop without colliding with the vehicle in front of him, but it is also certain that he cannot know what the exact distance is at all times, much less calculate instant that required depending on its speed. The ADAS system , in short, facilitates the work of your drivers, making their activity more relaxed and reducing fatigue and stress. Especially in adverse conditions.

If you want to know in more detail how the BSD system works, you can do so at the following link >>> KNOW MORE ABOUT BSD SYSTEMS