Critics of the new ANCAP rating regime argue that the constant shifting of goalposts is creating a confusing landscape that undermines the very purpose of a consumer safety guide. While the intention to improve safety is clear, the practical result is a system where a five-star rating is no longer a consistent benchmark. When the criteria for the highest safety score change every year, the star rating becomes an abstract figure that requires a degree in automotive engineering to interpret correctly, rather than a simple, reliable indicator for the average buyer.
This complexity is particularly problematic for consumers who may assume that all five-star vehicles offer the same level of protection. In reality, a vehicle tested under 2026 protocols may be significantly safer than one tested under older, less stringent rules, yet both carry the same five-star badge. This lack of transparency can lead to misleading comparisons, especially when buyers are evaluating used cars or older stock. The burden of research is unfairly placed on the consumer, who must now track which year a vehicle was tested and what specific protocols were in place at that time.
There is also concern that the focus on increasingly complex electronic systems—such as lane-keeping alerts and driver monitoring—may be driving up vehicle costs without providing proportional safety benefits. Some manufacturers have expressed frustration that the push for 'five stars or bust' forces them to include intrusive technology that can frustrate drivers, potentially leading to systems being disabled or ignored. This creates a disconnect between the safety features mandated by ANCAP and the actual user experience of the vehicle.
Ultimately, critics argue that a system that is too difficult to understand fails the public. If the average car buyer cannot easily grasp what a safety rating means, the system loses its effectiveness as a tool for informed decision-making. There is a growing call for a more stable, transparent rating system that clearly distinguishes between different levels of safety performance, rather than relying on a star system that is constantly in flux and increasingly detached from the everyday experience of the driver.