Fast and Safe: The High-Performance Braking System of HiPhi X by Human Horizons

Safety is paramount in driving, and the HiPhi X from Human Horizons can accelerate to 100 km/h in just 3.9 seconds. To possess such powerful dynamics, a strong braking system is undoubtedly essential. Therefore, a high-performance braking system offering faster brake response, stronger braking force, and comprehensive brake protection has emerged.


The heart of the braking system is the response speed of braking. Quick response can significantly reduce braking distance. The high-performance braking system brings millisecond brake response to the vehicle, stronger braking force and more comprehensive braking protection. As an electric booster mechanism independent of vacuum sources, it achieves higher energy efficiency.


When the vehicle brakes, the front brake calipers are crucial to the overall braking performance. The front calipers on the HiPhi X are Brembo four-piston calipers, which compared to traditional cast iron calipers, achieve a weight reduction of more than 20%, significantly reducing unsprung mass. While being lighter, they also have shorter brake response times, higher brake output, reduce braking distance, and improve safety. The rear calipers adopt CBI high-performance calipers, equipped with electronic wear indicators for early warning and improved driving safety.


Furthermore, the ESP®hev system further optimizing the HiPhi X's braking distance and enhancing safety control functions in daily driving,. This includes the IVC dynamic control system to maintain vehicle stability and comfort, the RMF anti-rollover system, the TCS traction control system, as well as AVH automatic parking assist, HHC hill start assist, and HDC steep slope descent functions. Additionally, it includes convenient brake protection features such as EBR external brake request and P gear automatic parking/R.D gear automatic release.


Moreover, the high-performance braking system of Human Horizons'HiPhi X allows drivers to set brake performance to define brake feedback, meeting the diverse needs of different driving modes, achieving the evolution from "human adapt to car" to "car adapt to human," and creating a unified, heart-controllable driving experience.


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