Virginia Beach Auto Repair

To correct errors in the original code. As built code is written by humans, and as such, it is not always perfect. There may be errors in the code that can cause problems with the vehicle. Reprogramming the code can correct these errors and improve the performance of the vehicle. To update the code to reflect changes in the vehicle. As vehicles are updated with new features, the as built code may need to be updated as well. This is to ensure that the vehicle's features work properly and that the vehicle is compliant with the latest regulations. To enable new features. Sometimes, new features can be enabled by reprogramming the as built code. This is a common practice for enabling features that are not available in the vehicle's original configuration. To troubleshoot problems. If a vehicle is experiencing problems, reprogramming the as built code can sometimes help to troubleshoot the problem. This is because the code can provide information about the vehicle's operation ... read more

Keeping up with the latest tools, technology, training, certifications, and equipment in an auto repair shop is crucial for several reasons:   1. Changing Technology: The automotive industry is continually evolving, with new technologies being developed and implemented in vehicles all the time. This includes advancements in electric and hybrid vehicles, ADAS (Advanced Driver Assistance Systems), onboard diagnostics, and more. To effectively diagnose and repair these vehicles, mechanics need the latest tools and equipment, as well as an understanding of the technology involved.   2. Quality of Service: Staying updated ensures the auto repair shop can provide the best possible service. Modern diagnostic tools can quickly identify problems that would have taken much longer to diagnose manually. This leads to more accurate repairs, improved customer satisfaction, and a better reputation for the shop.   3. Efficiency and Productivity: Updated tools and equipment improve ... read more

Hybrid and electric vehicles are two types of vehicles that use different technologies for their propulsion. Here are the main differences:   1. Hybrid Vehicles:   Hybrid vehicles use a combination of an internal combustion engine (ICE) and one or more electric motors. There are three main types of hybrids:   Parallel Hybrid: The most common type, where the vehicle can be powered by the ICE, the electric motor, or both. The electric motor assists the engine when more power is needed, such as in acceleration. The battery gets recharged through regenerative braking and by the engine.   Series Hybrid: In this type, the ICE doesn't directly power the vehicle. Instead, it charges the battery which powers the electric motor, which in turn drives the vehicle.   Plug-in Hybrid Electric Vehicles (PHEVs): These vehicles can be plugged into an external power source to charge the battery. They can run on electricity alone for a limited range before the ICE ki ... read more

Here are the proper steps to perform alignment and ADAS calibration:   Preparation. Make sure the vehicle is on a level surface and the tires are properly inflated. If the vehicle has ADAS features, such as lane departure warning or adaptive cruise control, you will need to disable them before starting the alignment. Wheel alignment. This is the process of adjusting the angles of the wheels so that they are aligned properly with each other and the road. The alignment angles that are typically adjusted include camber, caster, and toe. ADAS calibration. This is the process of adjusting the sensors on the vehicle so that they are properly aligned with the road. The sensors that are typically calibrated include cameras, radar, and ultrasonic sensors. Post-calibration test drive. After the alignment and ADAS calibration are complete, you should take the vehicle for a test drive to make sure that the vehicle is driving properly. Here are some additional tips for performing alignme ... read more

Torque specifications and sequence are important on vehicles because they ensure that the fasteners are tightened in the correct order and to the correct amount of force. This is important for a number of reasons, including:   To prevent loose or overtightened fasteners. Loose fasteners can vibrate loose and cause damage to the vehicle, while overtightened fasteners can damage the threads or even break the fastener. To ensure proper alignment and function of components. Many components on a vehicle, such as the wheels, brakes, and suspension, rely on proper alignment and function. If the fasteners are not tightened in the correct sequence, these components may not be aligned properly, which can lead to premature wear, vibration, or even failure. To ensure safety. Loose or overtightened fasteners can pose a safety hazard. For example, a loose wheel can come off the vehicle while driving, while an overtightened lug nut can cause the wheel studs to break. Here are some of the co ... read more