The use of augmented reality in car maintenance and repair is now a common phenomenon, as it helps the drivers and mechanics to perform their tasks efficiently. With the development of AR apps, the drivers and mechanics are able to view the vehicle’s components, as well as a variety of other things, using a headset.
Sensory-based AR applications
In the automotive industry, sensory-based AR applications can enhance the driving experience and driver satisfaction. The technology can also contribute to safety. Several studies have investigated its potential. It may be helpful in vehicle maintenance, repairing and inspection. Some of the benefits include improved ergonomics, reduced cognitive load, and the ability to see the road ahead.
To investigate the state of the art of the technology, researchers conducted a study that focused on the most important aspects of the augmented reality (AR) in the automotive industry. Specifically, they identified the technical and conceptual factors that can make the technology viable for the real world. Their findings outlined the most useful AR applications in the automotive world, and the most important features to look for when developing such systems.
Using augmented reality in car maintenance and repair is a useful way to reduce the cognitive load on drivers and technicians. By combining the physical world with computer generated information, augmented reality adds context to displays.
It can also improve navigation systems. For instance, a heads-up display (HUD) can be used to show important driving information, such as traffic signs and safety features. This helps drivers stay alert and prevent accidents. The windshield of the Audi Q4 e-tron is an AR-enhanced HUD, which displays important driving information such as navigation symbols.
Similarly, the BMW i4 infotainment screen will split into a map and a video, giving the driver live footage of the road ahead. A directional arrow will appear over the real-world environment, indicating which direction to turn.
The use of augmented reality in car maintenance and repair has the potential to help automotive manufacturers and dealers improve speed, quality, and efficiency. It can also improve safety and prevent future car malfunctions.
AR applications can be used across the manufacturing process, from design to production. Some automakers are already using them to test their vehicles. In addition, auto dealerships and mechanics are using AR headsets to address maintenance issues quickly.
Automotive companies are also using augmented reality to provide customers with immersive experiences. Toyota Motor Corporation is utilizing an augmented reality & VR app to enhance their customer service experience. They also enable consumers to experience the interior of the vehicle, from the dashboard to the steering wheel, via a virtual reality guide.
Augmented reality car maintenance and repair solutions are gaining a lot of attention from consumers and manufacturers. This technology is helping automotive mechanics and service technicians diagnose and fix cars faster. It also helps drivers better understand how their vehicles work.
Many car manufacturers are now using augmented reality to optimize production processes. Some companies are incorporating these technologies into their cars’ infotainment systems and infotainment screens. For instance, Volkswagen is using its mobile augmented reality technical assistance (MARTA) app to display labelled parts, and Porsche is launching its Tech Live Look program.
The MARTA app has benefited Volkswagen’s service departments by streamlining diagnostic assessment and improving throughput. With augmented reality, Volkswagen is now connecting their service dealers with a network of expert technicians who can diagnose and service the vehicle more quickly.
Importance of augmented reality in the automotive industry
Many studies have focused on the benefits of augmented reality in the automotive industry. These studies provide a glimpse into the various ways in which AR can improve car maintenance and repair. While most studies focus on one or two aspects of the technology, this systematic review examined key performance indicators.
The study found that one of the key performance indicators was the spatial representation of information. Other notable achievements included the ability to generate a digital replica, which is useful for service technicians.
Another was the ability to view the vehicle’s interior. Toyota Motor Corporation uses an AR & VR app to give their customers a virtual tour of the vehicle’s interior and ambience. It uses a combination of 3D tracking technologies and 2D tracking techniques to create an immersive experience.