Several of the new features in cars are intended to make our roads safer, not only for us, but also for other people on the road. Automatic emergency braking is one of the new technologies that can help teenage drivers remain focused on the road. Video cameras and blind spot monitoring can alert a driver of an approaching object. These features can also help protect children, animals and drunk drivers. In the future, these technologies could even help us detect animals!
Common Car Parts
In addition to body parts, cars have many different car parts. These parts help your car run smoothly. They include the brakes and steering system. Some parts of your car are more common than others, but they’re still vital for its operation. Here are a few of the most commonly-needed car parts:
- Engine – The engine is the heart of your vehicle. It uses a complex machine to turn burning gas into force to move your car. It is composed of two major parts: the cylinder block and cylinder head. These two parts work together to create the explosive force that drives the pistons and ultimately the car wheels. The engine’s performance depends on the parts working together. Learn about these parts, and you’ll be a more informed consumer next time your car needs repair.
- Muffler – The muffler is the part of the exhaust system that helps keep the engine running efficiently. It prevents emissions by reducing the amount of noise it makes. Mufflers also charge the vehicle’s battery when the engine is running, which is important when the lights are on. Tire air compressor – A tire air compressor helps avoid flat tires and conserve gas. In addition to exhaust parts, there are other car parts that may need to be repaired, such as the car’s engine or the battery.
- Brake Fluid – You should change the brake fluid every 15,000 to 30,000 miles, as this deteriorates over time. Replace the fluid by following the owner’s manual. This article only covers 20 car parts – there are many more to consider. Make sure to visit your local auto repair shop for more detailed information. They can also give you tips on how to fix various types of car issues. You can also use the search bar to search for information online.
Audi’s newly developed adaptive cruise control system detects pedestrians and cyclists in front of the vehicle and applies maximum braking force when the driver is about to open the door. The new technology may prevent car dooring incidents with cyclists – although it cannot prevent all car dooring accidents. Hopefully, this new technology will be installed in all new cars by mid-May. But what will the actual capabilities of this technology be?
One of the ways to increase the safety of our vehicles is to incorporate child detection technology into the vehicles. The technology can cost anywhere from $10 to $40. It has many applications, including autonomous driving and the control of cabin passengers and airbags. TDK, a leader in piezo components, is committed to improving safety by advancing child detection systems. To learn more, visit tdk.com/xnewcartechnology.
Detecting drunk drivers
The future of our cars might be much safer thanks to new car technology that can detect drunk drivers. The new technology is being developed by DADSS (Driver Alcohol Detection Systems for Safety). The system will measure a driver’s blood alcohol concentration without the driver’s consent. It will then disable the car if the blood alcohol level exceeds the legal limit. The DADSS technology could save thousands of lives and billions of dollars.
In recent years, car manufacturers have begun developing animal-detecting systems. These systems are able to detect large animals on the road, send a signal to warning signs, and flash their lights when the animal crosses the road. These systems aren’t designed to keep wildlife off the road, but rather alert drivers to an increased risk of collision. They work by sensing the speed of vehicles approaching large animals in front of the vehicle.
Adaptive cruise control
Adaptive cruise control (ACC) has a number of potential benefits for our safety. It helps lower crash risk by reducing driver speed. Yet, some drivers are still resistant to giving up control of their vehicle, putting others and themselves at risk. Drivers who speed can cause deadly accidents and incur long recovery times. Adaptive cruise control reduces the likelihood of rear-end collisions, and it also seems to improve traffic flow.
Network-based traffic alerts
This article discusses the problem of implementing network-based traffic alerts in cars. This problem has been addressed by several recent works, and there is a promising outlook for this research field. The basic problem is determining how to schedule traffic lights based on the number of vehicles waiting at an intersection and driving toward it. Moreover, network-based traffic alerts in cars may reduce the cost of traffic light maintenance.