In this episode of Under the Radar Podcast, Josh Fuller—CEO of Fuller Collision Group and ADAS Diagnostic Solutions—shares how his team is leading the charge in ADAS calibration and diagnostics. With a legacy rooted in four generations of automotive innovation, Fuller discusses the challenges, growth, and future of vehicle safety technology, positioning his companies as trusted experts in a rapidly evolving industry.

As ADAS technology becomes more prevalent in modern vehicles, the need for precise calibration services has grown. Experts Josh Fuller and Mike Ambrosino from ADAS Diagnostic Solutions discuss key insights, including why they started their calibration business, the challenges of in-house calibrations, and the importance of proper diagnostics. They highlight how misaligned sensors can still pass calibration, the risks of improper setups, and the benefits of subcontracting calibrations to specialized centers. As vehicle safety systems continue to evolve, expert ADAS calibration is essential to ensure accuracy, safety, and reliability.

A case study on a 2021 Toyota Camry reveals how misaligned radar and camera calibrations can still be marked as "successful," highlighting potential safety risks and the importance of precise setup.

Even minor collisions can shift radar sensors, leading to undetected misalignment that may cause ADAS systems to malfunction—without triggering warning messages. Proper calibration and adherence to manufacturer guidelines are essential for safety.

Some 2022-2023 vehicles were sold with partially equipped but inactive ADAS systems due to chip shortages—causing confusion during repairs and diagnostics. Understanding manufacturer codes and retrofit plans is crucial for proper troubleshooting.

A 2014 Acura MDX's LKAS malfunction was traced to an EZ-Pass transponder obstructing the windshield camera—highlighting a common but often overlooked cause of ADAS system failures.

Manufacturer guidelines reveal crucial but often overlooked calibration needs for ADAS sensors, cameras, and radars after accidents—stressing the importance of referencing service information for every repair.

This article discusses the importance of calibrating surround view systems in vehicles, especially after repairs or part replacements. It highlights an increase in the number of vehicles requiring this calibration (from 6% to 12% in the past year) and explains why it's crucial for accurate visuals and safe driving. The calibration process involves aligning vehicle cameras using target mats or grids.

This case study describes how a Toyota RAV4 experienced intermittent blind spot system failures after a collision repair. The repair shop had installed an aftermarket bumper cover with a "void if removed" label on the underside, which interfered with the blind spot sensor. Technicians at ADAS Diagnostic Solutions removed the label and residue, restoring the blind spot system's full functionality. The study highlights the importance of following vehicle manufacturer guidelines and cautions against using aftermarket parts that may interfere with ADAS sensors. It emphasizes the need for functional inspections and calibrations after any repairs near blind spot sensors.

This article discusses blind spot monitoring systems in vehicles. It emphasizes the importance of precise calibration for these systems to function correctly, especially after vehicle repairs. The document also provides information on the history and evolution of blind spot systems, how they enhance safety, and common issues that can affect their performance. It finishes by re-emphasizing that these systems do not replace safe driving habits.