23/10/2026
Hi everyone,
The CRA 6 is sent to CRA members every week and covers 6 key updates happening in the CRA or of interest to those involved in Collision Repair; it takes 1-2 minutes to read.
Week beginning 19th of October 2026
1. How NZ’s inflation rate compares with other countries:
New Zealand: 3.7%
Australia: 4%
United Kingdom: 3.1%
United States: 3.7%
European Union: 3.2%
Petrol (91 and 95/98 octane) was the largest contributor to the annual inflation rate, up 19.1 percent (a 17.5 percent contribution to the 3.7 percent annual inflation rate).
2. Axanzo is the name of the merged AkzoNobel and Axalta paint companies. The marriage of Dutch paint maker AkzoNobel and U.S. Axalta Coating Systems creates a global coatings business valued at $25 billion. The deal is expected to finalize in early 2027. AkzoNobel shareholders will own 55% of the new group, while Axalta investors will own 45%. The combined business expects annual revenues of $17 billion and targeted annual cost savings of $600 million.
3. EV accident rate data: Norway has the highest EV share of new car sales of any market in the world; EVs accounted for 95.9% of new passenger car sales in 2025. In 2025, the EV accident frequency rate was 41% below the petrol rate, based on more than 1,000 EV accidents and 13 billion EV kilometres. This is an EV rate of 7.7% against petrol’s 13% as accidents per million kilometres driven. Norwegian EV accidents involved 32% more people on average than petrol accidents and are twice as likely to involve a pedestrian. Costs of repair for EV accidents were significantly higher than petrol vehicles.
4. Organisational Change: Two large associations are undergoing organisational change. The Automobile Association (AA) reports they are implementing a new operating model to deliver its strategy more effectively and create a stronger platform for the future. Included in the change is a significant reduction in the size of its leadership team. Responsibility for the mobility and automotive operations now sits primarily with the AA’s new commercial division and its member and customer delivery division. According to AA, most day-to-day contacts remain the same.
MTA and its collision repair sector, CRA, have both had organisational changes recently, reflecting a continual adaptation to a world where customers, technology and markets have rapidly changed.
5. Four trends shaping the future of motor body repair.
a: Technology is adding to the skills of technicians.
Automation, artificial intelligence (AI) and digital tools are increasingly relevant to collision repair. This includes automated paint mixing, digital colour matching, robotic painting and AI-assisted damage identification, effective use depends on technicians who understand the processes, equipment and repair requirements involved.
b: Skills development must be continuous.
Traditional qualifications and initial apprenticeships must be complemented by ongoing technical training, workplace experience and continuous competence development.
c. Vehicle lifecycle management is expanding the role of the repair sector.
A key distinction is between a vehicle that can be safely repaired, one that is suitable only for parts recovery and a genuine end-of-life vehicle. Decisions made at each stage have implications for road safety, environmental performance, parts traceability and creating value within the automotive economy.
d. Data, standards and repair information are becoming critical.
Accurate technical information, reliable data and consistent standards are important in determining how vehicles are assessed and repaired. They support parts traceability, vehicle histories, environmental reporting and the processes used by insurers and OEMs.
For repairers, access to the correct repair information and an understanding of applicable procedures are essential as vehicles become more complex.
6. A true story from the US, applicable in NZ.
An EV was damaged in an accident; it was towed to a yard and stored. About three weeks later, it caught fire and took several nearby vehicles with it.
The collision impact had ruptured a coolant line, and coolant had gotten into the battery pack. That coolant is conductive at the voltages a charged pack carries, and there was potential for dendritic growth, conductive filaments building inside the cells and shorting them over time. The coolant intrusion was itself a possible cause of thermal runaway, but it wasn’t identified at the time of the damage assessment, so the vehicle sat for three weeks with a charged, compromised pack and the problem built until the pack went into runaway.
When an EV comes in from a serious collision, the hazard doesn’t always make itself obvious. Thermal runaway after a collision is a low-frequency but high-risk event; when it does happen, the consequence is a technician getting hurt if proper precautions and checks aren’t performed. The safe approach is to treat EVs in the same careful way from the moment they arrive; a consistent process keeps a technician safe and protects property.
To End: 🤣
1. Philosophy:
Theory is when bureaucrats and Ministers understand everything, but nothing works.
Practice is when everything works, but nobody understands why.
In government, theory and practice are united, so nothing works as it should and nobody understands why.
2: How fast was your father?
Three little boys were boasting how good their fathers were.
The first boy said, "My father is so fast he can fire an arrow and reach the target before it does."
The second boy responded, "My father is so fast he can fire a gun and reach the target before the bullet"
That's nothing, boasted the third boy. My father works for the local council, and he is so fast that he can knock off work at 5 o'clock and be home by 3:30!