The future of motor body repair will be shaped as much by technology, skills, data and environmental requirements as by the work taking place inside the bodyshop.
This was a key takeaway from the South African Motor Body Repairers’ Association’s(SAMBRA) recent September 2026 international benchmarking trip, which explored developments influencing collision repair across Europe and the United Kingdom.
The trip included a visit to Automechanika Frankfurt, the AIRC Conference, engagements with the Scottish Motor Trade Association (SMTA) and a visit to Edinburgh College. Discussions focused on emerging repair technologies, technical competence,vehicle lifecycle management, sustainability, standards and the changing relationship between repairers, insurers and original equipment manufacturers (OEMs).
According to Juan Hanekom, National Director of SAMBRA, a proud association of the Retail Motor Industry Organisation (RMI) the international engagements reinforced the need for South Africa’s motor body repair sector to prepare for a moreinterconnected and technically demanding operating environment.
“Motor body repair can no longer be viewed in isolation from the broader automotive industry. Repairers are increasingly affected by vehicle-lifecycle policies, environmental expectations, data systems, insurer and OEM requirements, andthe speed at which vehicle technology is changing.
“Although markets differ in their regulatory frameworks and levels of technological adoption, many of the challenges are consistent. The opportunity for South Africa is to learn from international experience and use those insights to strengthenlocal capability, without simply importing models that may not be suited to our market.”
Four trends shaping the future of motor body repair
1. Technology is augmenting the skills of technicians
Automation, artificial intelligence (AI) and digital tools are becoming increasingly relevant to collision repair. Applications include automated paint mixing, digital colour matching, robotic painting and AI-assisted damage identification.
These technologies can improve consistency, productivity and efficiency, but their effective use depends on technicians who understand the processes, equipment and repair requirements involved.
“The conversation is not about technology replacing skilled people. It is about how technology can support technicians, improve productivity and help businesses respond to increasing technical complexity and skills constraints,” says Hanekom.
“For South African repairers, the challenge will be to understand which technologies offer practical value, what investment they require and how to ensure that people have the competence to use them effectively.”
2. Skills development must become continuous
The growing complexity of vehicles is changing the skills required across the collision-repair process. Electric vehicles (EVs), advanced driver assistance systems (ADAS), electronics, new materials and software-dependent systems are expandingthe technical knowledge required to assess, repair and return vehicles to service safely.
International experience suggests that traditional qualifications and initial apprenticeships must be complemented by ongoing technical training, workplace experience and continuous competence development.
The visit to Edinburgh College also highlighted that a sustainable skills pipeline starts well before formal technical training. Attracting young people to the trades, exposing them to career opportunities, guiding them into suitable pathwaysand providing workplace experience and mentoring are all important.
“Skills development cannot end when a person qualifies. As vehicles evolve, technicians need opportunities to update their knowledge throughout their careers. At the same time, we must strengthen the pipeline into the industry by makingrepair careers visible, accessible and attractive to young people,” Hanekom says.
For South Africa, this means connecting training provision more closely with the technologies and capabilities that repair businesses will need, while recognising that new skills must be supported by appropriate equipment, information andinvestment.
3. Circularity is expanding the role of the repair sector
International developments highlight the growing importance of vehicle lifecycle management.
A key distinction is between a vehicle that can be safely repaired, one that is suitable for parts recovery and a genuine end-of-life vehicle. Decisions made at each stage have implications for road safety, environmental performance, partstraceability and the value retained within the automotive economy.
The principle of prioritising safe repair, reuse and remanufacturing where appropriate, before recycling, is increasingly relevant to the circular economy.
“This is an important area for South Africa. We need to distinguish clearly between vehicles that should be repaired and returned to service, vehicles that are no longer viable for repair, and those that should enter an appropriate recoveryand recycling process,” says Hanekom.
Circularity creates opportunities, but these must be underpinned by safety, quality, traceability and compliance.
4. Data, standards and repair information are becoming critical
Accurate technical information, reliable data and consistent standards are increasingly important in determining how vehicles are assessed and repaired. They also support parts traceability, vehicle histories, environmental reporting andthe processes used by insurers and OEMs.
International models, including BS 10125, TÜV and Eurogarant, provide useful reference points as SAMBRA considers how an appropriate South African technical capability framework could support repair quality, competence and consistency.
For repairers, access to the correct repair information and an understanding of applicable procedures are essential as vehicles become more complex. For the industry, trusted data and clear standards can help strengthen confidence in repairoutcomes and provide a more consistent basis for engagement between repairers, insurers and manufacturers.
“Standards and data are not simply administrative requirements. They increasingly underpin the ability to demonstrate that a repair has been carried out correctly, using appropriate methods and information,” Hanekom explains.
“We need to consider how international experience can inform a framework that reflects South Africa’s operating environment, supports credible repair capability and gives the industry a sound basis for responding to changing vehicle technology.”
From international insight to local capability
The visit reinforced the importance of understanding developments beyond traditional European markets. “China for example, is becoming an increasingly significant technology benchmark, particularly in new-energy vehicles, battery systems,software-defined vehicles and automation,” says Hanekom.
However, greater EV adoption does not automatically translate into widespread repair capability. Technician readiness, the adoption of repair standards and investment in appropriate workshop equipment remain challenges even in developedmarkets.
South Africa therefore has an opportunity to use international experience to inform its own skills development, standards and technical readiness as vehicle technology evolves.
For SAMBRA, the findings point to a role that extends beyond industry representation to helping its members interpret developments, assess their practical implications and prepare for change.
“The strategic task is no longer only to protect the repairer from change, but to help the repairer understand, adopt and shape the systems that will define the next repair environment,” concludes Hanekom.