Introduction
A costly affair, vehicle recalls damage and impact the brand reputation of OEMs. With rising competition among businesses today, brand loyalty and customer satisfaction are indispensable assets for any company. Recent data suggests that companies have lost millions of automobiles on a global scale. This shows how critical it is to identify any issues during manufacturing. These can range from minor manufacturing defects to safety failures.
Vehicle safety checks are an essential part of the manufacturing process as they help identify issues that can be critical to vehicle functioning.
OEMs are now investing in vehicle inspection software that enables a transparent approach toward vehicle safety checks through diverse parameters. This software not only helps streamline the inspection process but also prevents recalls which become extremely expensive.
In this blog, we will talk about how vehicle inspection software can help mitigate risks through real-time vehicle monitoring and other aspects.
What is Vehicle Inspection Software?
To automate and enhance vehicle diagnostics, quality control in vehicles, and predictive maintenance, vehicle inspection software is used. It is a tool that helps manage all kinds of inspection-related activities throughout the vehicle lifecycle.
Inspection is an activity that can happen multiple times for a vehicle. But most commonly, it is used in production lines and pre and post-delivery of vehicles. During the manufacturing process, there are multiple parameters to be checked before moving on to the assembly line.
During the delivery of vehicles from the factory to the dealers, a vehicle inspection is done. Although the parameters would change, this inspection would majorly be about the appearance of the vehicle and check if there are any physical damages.
Next, the inspection of a vehicle can be done before the delivery to the customer. During this inspection, the checks will be different from the manufacturing unit or the dealer delivery.
For such in-depth checks and inspections, this software incorporates artificial intelligence and machine learning to detect defects. With the help of this technology, higher precision can be expected while performing these vehicle inspections.
These technologies can also help in preventing recalls, vehicle condition monitoring, vehicle safety compliance, and much more. The applications of such technology are limitless.
Furthermore, vehicle inspection software also incorporates advanced data analytics and the Internet of Things for inspection automation and fault detection in vehicles.
Companies can work towards recall prevention with the help of this software and save millions of dollars in vehicle, model or variant recalls.
How Does a Vehicle Inspection Software Help In Preventing Recalls?
Now that we have understood about vehicle inspection software, let us discuss how exactly can this software help prevent vehicle recalls.
1. Helps Identify Issues in Manufacturing Early
To ensure the highest efficiency in inspections, the issues must be identified and rectified as early as possible. The best way to ensure this is to identify issues during manufacturing itself. AI-enabled software ensures that flaws during manufacturing are detected with ease and can be rectified within the stipulated timeframe.
This involves real-time analysis and condition monitoring of vehicles and checks components such as brakes, electrical wiring, and tires. Any issues with these components can be flagged easily.
2. Helps Streamline Quality Control in Vehicles
Whenever there are manual inspections done, there are chances of errors and some checks can also be overlooked. When vehicle inspection software is used, it utilizes digital checklists that eliminate the chances of human error.
The inspection procedures are standardized which leads to streamlined processes and reduced errors. This data from every inspection is stored in a standardized format and can be accessed easily. This can also help identify issues that persist over time and need OEMs’ intervention to solve these quality issues.
3. Helps Leverage Predictive Analysis in Vehicle Inspection
With the help of this software, OEMs can leverage the use of predictive analytics to ensure the issues are anticipated before they occur and prevent vehicle recalls. The data of every inspection is stored in a standardized format and centralized database, the historical data can be accessed to analyze patterns and trends that can shed light on any potential issues.
Utilizing predictive maintenance, the OEMs can ensure that recurring issues can be catered to before they occur. This can also help in preventing vehicle recall as it takes corrective measures before any failure occurs.
4. Integrates With IoT for Real-Time Vehicle Monitoring
Today, the vehicles manufactured consist of various components that are complex and interconnected. Examples can be vehicle electrical equipment, infotainment systems and more. BY integrating IoT sensors during the manufacturing process, vehicle inspection software can enable real-time vehicle monitoring and gather real-time data on vehicle performance. Critical components can also be monitored in real-time making this software a must-use system for OEMs.
5. Enhances Dealer Inspections Before the Delivery of Vehicles
As we discussed before about the types of inspections that can be done on a vehicle, there is an inspection that happens before the vehicles are delivered to the dealers and post-delivery as well. They are called pre-delivery inspections (PDIs). With standardized formats of inspection, vehicle inspection software automates the inspection checklists where the dealerships can ensure no steps are missed or overlooked during the vehicle inspection process.
If this inspection determines any minor issues, they can be corrected before the vehicle is delivered to the customers. This inspection data is shared with OEMs in a centralized database which helps in identifying any patterns of issues that happen during PDIs.
6. Helps in Complying With Regulatory Standards
The government lays down certain preset conditions and safety regulations for OEMs to follow. Failure to comply with these standards results in fines for OEMs. The vehicle inspection software helps comply with these standards by conducting tests and various checks keeping in mind the benchmarks set by the regulatory body and the governments.
Conclusion
Manufacturing each vehicle involves significant investments that an OEM does. This not only takes into account the thousands of dollars spent on the raw materials but also the testing of the vehicle, the cost involved during the assembly, performance testing, and much, much more. To ensure the safety and performance of these vehicles, OEMs need to put in place various checks and measures to ensure they comply with the industry standards.
This software helps automate vehicle safety checks where the checklist is automated to ensure no safety check is missed. Embedded with the latest technology and features like AI, IoT, and predictive monitoring, this software enables OEMs to take a proactive approach to vehicle inspection. It also helps in quality control of the manufactured vehicles and ensures a proactive check on every step to ensure utmost quality in manufacturing processes.
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