Automotive Technology and Its Implications

The next time you hear the words Active cornering enhancement filter (ACEF) or Cogged belt, think of an automobile. The automotive industry is undergoing many changes these days, with new innovations appearing almost daily. This article focuses on the most recent automotive technology and their implications. It also introduces the terms and acronyms associated with these technologies, including Rear-engine rear-wheel drive (RWD), Active cornering enhancement filter, and Electronic stability control (ESC).
Rear-engine rear-wheel drive

Rear-engine rear-wheel-drive layouts place the engine and the drive wheels at the rear of a car. Rear-engine rear-rear-wheel-drive cars are more aerodynamic than their front-wheel-drive counterparts, and their mass center is located between the rear bumper and the rear axle. This layout is more fuel efficient because of its smaller mass. However, it has some disadvantages. Here’s a look at the rear-engine rear-wheel drive.
Active cornering enhancement filter

An Active Cornering Enhancement Filter, or ACE, is a type of suspension device that helps vehicles counteract body roll during cornering. These devices are usually found in cars with electro-hydraulic suspension. They reduce body roll and adjust the suspension system based on driving conditions. They are installed in the front passenger wheel well. The device counteracts one gram of lateral acceleration in under a second.
Cogged belt

There are many uses for a Cogged belt in automotive applications. The serpentine belt connects many different components, and the correct route depends on the make and model of your vehicle. Find out how your belt is used by checking your vehicle’s manual, online manual, or manufacturer website. This belt operates power steering, cooling, and heating systems. Find out more about how a Cogged belt can benefit your vehicle by shopping at NAPA AUTO PARTS.
Electronic stability control system

The Electronic Stability Control system for automotive vehicles has a variety of uses. It helps correct a vehicle’s course by using a computerized system that monitors steering angle and rotation around the vertical axis. The system also helps maintain car control when the driver overcorrects the steering wheel. During emergencies, the electronic stability control system will correct the course if it detects a deviation from the intended path.
Rear-engine rear-wheel-drive warranty

The warranties for different vehicles can be quite varied, especially when it comes to the fine print. Rear-engine rear-rear-wheel-drive warranties typically cover the transmission, axle, driveshaft, and other parts of the drive train, but not the engine. Fortunately, rear-engine vehicles are still relatively safe from defects. And because of their smaller size, they typically have better fuel economy and lower carbon dioxide emissions. Aside from fuel efficiency, front-wheel-drive vehicles also tend to have better traction in wet conditions.

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