When I first heard about ASEAN NCAP’s drastic reduction of the Proton X90's safety rating from 5 stars down to 1 star, I was genuinely shocked given the model's inclusion of robust Adult Occupant Protection (#AOP) and Child Occupant Protection (#COP) systems. From my experience test-driving similar SUVs, passive safety elements like airbags, seatbelt pre-tensioners, and strong cabin structure play a crucial role in protecting passengers during a crash. These are fundamental and often lifesaving features. However, ASEAN NCAP’s evaluation criteria not only assess passive safety but also place significant weight on active safety technologies – known as Advanced Driver Assistance Systems (#ADAS). Active safety features such as automatic emergency braking, lane-keeping assistance, and adaptive cruise control aim to prevent accidents from occurring in the first place. Despite the Proton X90’s comprehensive occupant protection, a lack or poor performance of these active systems can heavily impact the overall rating. In my view, this shift towards emphasizing active safety aligns with global trends in vehicle safety evaluation, highlighting the importance of crash avoidance technologies alongside crash protection. While some might argue the downgrade seems harsh, it reflects the evolving standards that encourage manufacturers to innovate in both passive and active safety areas. Interestingly, I noticed the model code BRE 2133 associated with this Proton X90 variant, which might indicate a specific production batch or feature set influencing the test results. Car buyers should consider reviewing ASEAN NCAP’s detailed test reports to understand precisely which aspects led to the downgrade. For anyone interested in the Proton X90, I recommend weighing both passive and active safety features when making a purchase decision. Combining strong occupant protection with advanced crash prevention systems offers the best comprehensive safety to protect you and your family on the road.