ADAS software is a modern technology fitted or installed in a vehicle to help the driver with various tasks such as parking, steering, and even keeping the vehicle at a distance from other cars/vehicles.
It also helps to make driving easier and safer, but one question people often ask is whether running ADAS software in a fleet of vehicles makes the fleet consume more fuel than usual or not.
Advanced Driver Assistance System Does Not Consume More Fuel
The first thing that should be known is what ADAS does. It features lane-keeping assistance, adaptive cruise control, and automatic emergency braking. Lane-keeping assistance keeps the vehicle out of a lane. The adaptive cruise control adjusts the speed of the vehicle and maintains a safe distance from the vehicle in front. The automatic emergency brake applies to avoid the collision. All these can be done through cameras, sensors, and smart analytical dashboard.
How Does Advanced Driver Assistance Software Work?
On the surface, one would think since ADAS software uses sensors and GPS, it must be using too much fuel. However, the impact of fuel usage is minimal.
Interestingly, ADAS also promotes fuel saving in several ways. First, adaptive cruise control helps the vehicle maintain constant speed and cuts jerk braking and acceleration, which is usually less fuel-consuming.
Lane-keeping assistance helps to ensure that a vehicle remains in its lane, which could help the driver operate even more efficiently. At the same time, ADAS often encourages safe and sound ways of driving. Hence, safe driving tends to be more fuel efficient because it avoids rapid acceleration and heavy braking.
Features of Advanced Driver Assistance Software
These advanced driver assistance systems use special software which keeps the software under surveillance of the driver’s performance and behavior while driving. This system uses cameras and sensors to monitor the road and gives a warning or assistance based on the behavior of the driver.
Main Features of ADAS
-
Real-Time Monitoring
ADAS software monitors the vehicle in real time. It tracks its speed, position, and the behavior of the driver. This kind of real-time monitoring helps the fleet managers know the status of each and every vehicle and takes immediate action in case of fault.
-
Collision Avoidance Systems
It uses radar, cams, and sensors to identify other automobiles, people, or objects in the road. These give audible and visual signals to the driver and can intervene by braking to mitigate the impact of or even avoid an accident altogether.
-
Adaptive Cruise Control
This system makes use of radar or laser sensors to keep a certain distance behind the vehicle they are tracking and will slow down or increase speed to match the distance set.
-
Lane Keeping Assist
This feature makes the vehicle stay in its lane.
When the system determines that the vehicle is unintentionally drifting out of its lane, it will alert the driver. Simultaneously, the system may even steer the vehicle back into the proper lane.
-
Driver Behavior Analysis
Analysis of the ADAS software can analyze the performance of a driver on the road. It tracks the frequency of abrupt braking, sudden acceleration, and sharp turns. Using ADAS, managers can give performance reviews that actually improve habits in driving, hence road safety and efficiency.
-
Blind Spot Detection
Changing lanes can be dangerous, especially if there are vehicles in the blind. In this regard, the ADAS software equips sensors that monitor the vehicle’s blind spots and alert the driver if there’s another vehicle there, making lane changes safer.
-
Detection of Fatigue
Driver fatigue is the biggest concern of safety since the driver has been driving for long hours. The ADAS software can report on some signs of driver fatigue, such as eyelid movement and steering patterns. In case it notices that its driver is getting tired, it can alert them to suggest a break or rest.
-
Telematics Integration
ADAS could be integrated with telematics systems so that it can provide a complete view of the condition of a vehicle. Driver monitoring solutions integration is apt for planning maintenance, tracking fuel usage, and scheduling repairs in a timely manner. In addition, it is helpful in route optimization to increase productivity.
-
Automatic Reporting
The vehicle management software generates reports on driving behavior, vehicle performance, and incidents. This, therefore, aids in helping the fleet manager to take efficient decisions, enhance safety measures, and adherence to regulations.
Before You Go!
Although ADAS in a fleet of vehicles uses fuel it comes with the best fuel efficiency feature meaning less usage of fuel. The benefits of ADAS weigh more than what it costs. Overall, an addition of ADAS software with a Driver assistance app will only be making your fleet run more efficiently.
In fleet management, ADAS software such as Trackobit will help managers to have real-time data, implement safety measures, and generate reports to streamline operations while maintaining high levels of safety, efficiency, and compliance.