June 10, 2025
In the latest episode of the ADAS Empowered Community Podcast, host Joel Adcock sits down with Ron Racine—industry veteran, trainer, and founder of Technical Training Developers—to discuss the growing complexity of ADAS calibration in modern repair shops.
Racine, with nearly 50 years in the automotive industry, brings a rare perspective combining technical depth, OEM expertise, and technician training experience. Their conversation offers an unfiltered look at the challenges and opportunities ahead for shops navigating the increasingly critical world of vehicle safety systems.
Ron began his career in the 1980s and has held leadership roles at companies like Snap-on and Rivian. His work has spanned wheel alignment, vehicle dynamics, and high-voltage systems, and today he trains shops on how to approach ADAS calibration with the rigor it demands.
After years of OEM-level work, Racine now leads ADAS Centers of Excellence (ADAS COE) in Las Vegas, offering deep-dive training programs that go far beyond button-pushing. His goal? Developing true ADAS technicians, not just operators.
Racine highlights the chaos created by inconsistent calibration procedures across manufacturers. With varying naming conventions, target specs, and alignment procedures, shops need to stay agile—and informed.
Powerful new processors like NVIDIA’s ORIN chip now allow vehicles to analyze hundreds of millions of data points per second. But most shops are still catching up to Level 2 or Level 3 ADAS capabilities, creating a dangerous knowledge gap.
Shops often treat calibration as a checkbox rather than a precision validation process. Racine warns against moving targets to “force” a calibration—doing so defeats the purpose and can leave shops legally exposed.
Racine emphasizes the qualities of a great ADAS tech:
"You’re working on vehicles with more computing power than the early space shuttles. That should come with pride and professionalism."
Modifying ride height or tire size drastically affects camera angles, radar reach, and overall calibration accuracy. According to Racine, post-factory changes invalidate OEM specs, and many shops don’t realize this until a calibration fails.
Some manufacturers like RAM may allow for calibration offsets—but many do not. The safest bet? Return vehicles to OEM specs before calibrating, or prepare to prove your offsets with data.
Static calibrations offer greater technician control, but dynamic calibrations are often used as fallbacks or validations. Racine explains that if a static calibration is followed by a dynamic, it’s often a sign of OEM mistrust in technician consistency.
“If your static calibration was done correctly, you shouldn’t need a dynamic run. If you do, something went wrong.”
A level, flush-mounted alignment surface is essential. Racine recounted seeing calibrations done across five different concrete slabs—each at slightly different heights. That's a recipe for failure.
Ron distinguishes between training and technician development:
This is the next step after equipment orientation, teaching not just what to do—but why you do it.
If Ron had five minutes with a shop owner:
"Apply the pride of work. These vehicles are incredibly complex. If you're capable of working on them—you should take pride in that."
As Ron put it, ADAS calibration is the new tune-up. With 90%+ of new cars shipping with ADAS systems—and full autonomy just a few years away—every repair shop must adapt.
To learn more or enroll in one of Ron’s training programs, visit:
🔗 www.adascoe.com
🎧 Listen to the Full Episode:
👉 ADAS Empowered Podcast – Ron Racine