AI-assisted vehicle inspections to begin in 2027

Türkiye is set to revolutionize its vehicle inspection system with the introduction of advanced technologies, including artificial intelligence (AI) assistance, starting on August 15, 2027. This new approach will encompass a range of innovative features such as contactless tire checks, underbody scans, and robotic headlight tests, aimed at enhancing the efficiency and accuracy of vehicle inspections across the country.

The Turkish company TURKA has been designated to manage the vehicle inspection services for a period of 20 years from the launch date. On August 21, TURKA showcased the new inspection system through demonstrations on actual vehicles at a pilot center located in Istanbul's Arnavutköy district. This facility will serve multiple purposes, acting as a testing, training, and research center until the new system is implemented nationwide across all 81 provinces.

As of the end of July, Türkiye had over 34.7 million registered vehicles, highlighting the scale of the task ahead for the new inspection system. Transport and Infrastructure Minister Abdulkadir Uraloğlu emphasized that the new inspection stations would utilize a combination of AI-assisted image processing, high-resolution cameras, laser measurement technologies, advanced sensors, and robotic systems. He compared the planned inspections to providing vehicles with an “MRI and CT scan,” underscoring the depth of analysis that the new system aims to achieve.

TURKA Chairman Halis Ezer noted that the company dedicated approximately 18 months to studying vehicle inspection technologies and operational models from various countries. Instead of simply adopting a single country's model, TURKA has tailored a system that integrates the strengths of different approaches to meet Türkiye's specific needs. This comprehensive analysis reflects a commitment to creating a robust and effective inspection framework.

The pilot center will not only be a venue for testing equipment and software updates but will also evaluate operational procedures and the overall experience of vehicle owners. Employees slated to work at inspection centers nationwide will receive practical training at this facility, ensuring they are well-prepared for the new system.

Among the innovative technologies being tested is a system capable of reading tire sidewall information while a vehicle is in motion, checking tire compatibility, and measuring tread depth without any physical contact. AI-assisted imaging will be employed to identify potential issues such as cracks, cuts, and bulges in tires. Furthermore, high-resolution cameras will scan the underbodies and bodywork of vehicles, measuring dimensions accurately, while robotic systems will perform headlight measurements and other lighting checks.

The AI systems are designed to flag potential defects and provide technicians with supporting data, which aims to minimize discrepancies between individual assessments. This feature is particularly significant as it enhances the reliability of inspections, fostering greater confidence among vehicle owners.

Vehicle owners will have the ability to track each stage of the inspection process digitally and access the results online. Additionally, plans are in place for inspections to be viewable live from waiting areas, which is expected to improve transparency and customer satisfaction. The new technology and operating procedures are also intended to reduce waiting times, making the inspection process more efficient.

TURKA has ambitious plans to operate a network of 249 fixed and 103 mobile inspection centers, equipped with approximately 900 inspection lanes. This extensive network will cater to a variety of vehicles, including passenger cars, commercial vehicles, motorcycles, and agricultural vehicles such as tractors. The integration of locally developed technologies alongside expertise from partners in the United States, Spain, and Argentina indicates a collaborative approach to enhancing vehicle inspection capabilities.

Moreover, TURKA is collaborating with public authorities to equip its fixed centers to support initial responses to forest fires. This dual-use strategy means that the facilities could also serve as field hospitals during disasters and emergencies, showcasing a commitment to community safety and resilience.

Why it matters

The introduction of AI-assisted vehicle inspections in Türkiye represents a significant advancement in automotive safety and regulatory compliance. For creators and technologists, this development underscores the growing role of AI and automation in traditional industries. The integration of sophisticated technologies in vehicle inspections not only enhances operational efficiency but also improves safety outcomes for drivers and passengers alike.

As the inspection process becomes more transparent and data-driven, vehicle owners can expect a higher level of service and accountability. This shift could inspire similar innovations in other sectors, encouraging technologists to explore how AI can be leveraged to enhance service delivery and operational effectiveness in various industries. The emphasis on training and development for inspection personnel also highlights the importance of human expertise in conjunction with technological advancements, ensuring that the workforce is equipped to handle new tools and systems effectively.

In conclusion, Türkiye's upcoming vehicle inspection system marks a pivotal moment in the intersection of technology and transportation, setting a precedent for future advancements in vehicle safety and operational efficiency.