When Will AI Replace Réparateur de carrosserie ?

The impact on Automotive Body Repairers is projected to unfold with approximately 35% of tasks automated or transformed by 2036. This disruption is driven by advancements in AI for damage assessment and parts ordering, as well as robotic systems for painting and dent removal. Routine tasks are expected to see earlier automation.

Technicians performing routine tasks like paintless dent repair on simple dings, spray painting in controlled booths, and basic parts replacement following AI estimates will face earlier automation impact. This wave is anticipated to begin around 2032, reshaping the day-to-day operations for many.

The mid-wave transformation will see AI systems increasingly handling more complex aspects, such as initial damage assessment and parts ordering, potentially reducing the reliance on human expertise for these functions. Robotic painting and automated dent removal will become more prevalent, handling standard procedures.

Technicians focused on routine tasks are most at risk of earlier automation. This includes those performing paintless dent repair on minor damage, operating spray paint booths in controlled environments, and replacing parts based on AI-generated estimates. These specific functions are prime candidates for AI and robotic integration.

However, the profession remains highly resilient due to irreplaceable human skills. Specialists in custom bodywork for complex collision damage, those making critical judgment calls on repair-versus-replace decisions, experts in color matching and blending, and those with manual dexterity for non-standard panel work maintain strong job security. These skills are essential for intricate and bespoke repairs.

To navigate the evolving landscape, focus on developing and highlighting your irreplaceable human skills. Deepen your expertise in custom bodywork, complex collision repair, and classic car restoration. Master the art of color matching and blending, and hone your manual dexterity for challenging panel work.

Embrace continuous learning and adaptation. Stay updated on new materials like carbon fiber and advanced composites. Consider specializing in areas that require nuanced judgment, such as repair-versus-replace decisions for high-value vehicles or intricate restorations. Upskilling in these areas ensures long-term job security.