One of the most important trends in Smart car technology is the incorporation of intelligent technology.
Today, there are many advances being made with regard to the detection of pedestrians. There are now vehicles that can detect human behavior and alert the driver accordingly. Many of the early Smart Cars used LIDAR sensors and other forms of passive infrared technologies. This active sensing of human behavior is made possible by the use of LIDAR, Low-Lipid Power Diode and resistive ultrasonic technology.
These technologies enable vehicles to detect human behavior and adapt their operation accordingly. The Smart Cars of today are capable of “spinning out” as well as “zipping up” when approaching a pedestrian. When it comes to on road service, individuals like to know precisely how far away their driver is. Many smart vehicles offer great advancements in passive infrared sensors and other form of LIDAR technology to give customers real time feedback on their driver s location.
Today’s smart cars come with many additional features and technologies. The Smart House integration allows drivers to remotely control the Engine, Climate control and Sound. Vehicle Specific Systems can also be added to enhance the overall car safety and efficiency.
Advanced Smart House technologies can allow drivers to “set and forget”. For instance, if you need to go somewhere but you’re too tired to get out your keys, you can set an alarm to wake you up at a certain time.
Many of these smart technologies are still in the research stages and therefore not available on all Smart Cars.
One of the most advanced forms of smart car technology is Smart City Driving. This safety system utilizes mapping data to allow city drivers to avoid traffic jams and reduce overall traffic congestion by customizing the route to avoid congested areas. This reduces traffic jams and makes city driving more efficient. Another added benefit of this safety system is that it also allows drivers to see the locations of traffic stops, police units, hospitals and other hazards that could potentially affect their route. It also allows drivers to easily identify any possible hazard on the side of the road.
One of the newest forms of smart cars introduced to date is the FCS or front-end collision avoidance system. With the support of LIDAR mapping technology, this new system is able to “see” the front of a vehicle before the driver can actually see the back. By using the LIDAR data, the system will alert a driver if he/she is approaching a crash area. If the system detects a problem, the engine will slow down or come on and the brakes will be applied. This is a very important feature for new driver safety and to help prevent multiple vehicle crashes that often occur during rush hour traffic.
Insurance companies are also seeing the value of this new smart car technology when it comes to reducing insurance claims. Since there is no physical contact between a driver and a vehicle, there is a lower chance of the driver being able to initiate a collision. In addition to this, as long as the vehicle is equipped with the required crash avoidance technology, there is a better chance that the vehicle will not be damaged in a crash. Since the technology becomes available, more insurance companies will make this part of their policy.
A major obstacle for the automotive industry has been the delay in implementing the digital transformation of the Smart car technology. Many in the auto industry believe that it will take several more years before fully implemented. However, since most developed smart cars have already undergone testing in various different circumstances, the digital transformation of the automotive industry should begin soon.
The digital transformation of the Smart car technology will provide an added benefit for auto makers. As more people embrace the new smart technology, more consumers will choose to purchase these vehicles. For auto manufacturers, this represents a great opportunity to gain loyal customers. Automotive enthusiasts are already making buying decisions based on the benefits that come from owning these vehicles. As more vehicle technologies become available to the consumer, auto makers can expect even more loyal customers.
Vehicle telematics technology provides a wealth of benefits to businesses and individuals.
The ability to track smart car locations at any time provides you with the ability to locate a broken down vehicle quickly and easily, whether it is in your charge area or in another state.
Vehicle telematics systems with GPS also make for a highly efficient service when it comes to tracking and diagnosing problems in your fleet. These GPS devices can scan the area surrounding a vehicle and determine the speed and direction in which the vehicle is traveling.
This enables your technicians to quickly diagnose potential problems in the engine, transmission, brakes or any other part of the heavy equipment.
Todays New Smart Car Technology
Today’s new technology for smart vehicles is even more diverse and advanced..
New smart car technologies allow drivers to be able to customize the settings on their cars. These settings allow drivers to tailor the suspension settings, transmission specifications and fuel type of their Smart Cars to suit their individual driving needs. Some cars are equipped with Bluetooth and other communication systems that allow the driver to talk on their mobile phone or connect with other drivers. New Smart Cars are designed to conserve energy and reduce emissions. Many manufacturers are developing vehicles with extreme weather conditions protection such as snow, rain and ice resistance to reduce the chance of the vehicle getting an accident in these types of conditions.