Tag: #ev-tech15 results
Leading Chinese automakers are transforming vehicle chassis from mechanical components into intelligent systems, enabling advanced features like three-wheel driving and active suspension. This shift leverages AI-driven algorithms, sensor fusion, and software-defined control to enhance safety and driving dynamics.
BYD has officially released the Xuanji A3, China's first 4nm autonomous driving chip. The chip supports L3 and L4 autonomous driving and comes with a one-year accident liability coverage policy for urban navigation.
Chinese EV maker Xpeng has officially begun mass production of L4 autonomous robotaxis. This move marks a direct escalation in the competition against Tesla's FSD software in the physical AI and self-driving space.
Huawei's Harmony Intelligent Mobility Alliance (HIMA) unveiled the Maestro V800 and V680 luxury MPVs. These vehicles feature the MAEXTRO Tuling platform with advanced autonomous driving architecture and active suspension.
Tesla has submitted certification documents to the EPA, revealing previously undisclosed technical parameters for the Cybercab. These details offer a deeper look into the autonomous taxi's hardware capabilities as skepticism regarding its full autonomy timeline persists.
This article analyzes BYD's strategic shift toward advanced intelligent driving capabilities. It explores how the company is integrating AI-driven autonomous features to maintain its competitive edge in the EV market.
BYD has announced it will take financial responsibility for accidents occurring while its self-driving systems are engaged. This move signals a major shift in accountability for autonomous vehicle manufacturers.
Xiaomi has introduced the V8s EVO super motor, featuring AI-optimized rotor design and self-developed silicon carbide modules. It achieves a peak speed of 28,000rpm and is integrated into the new Xiaomi YU7 GT.
BYD released the 2026 Sea Lion 06 DM-i featuring the 5th generation DM hybrid technology. The vehicle offers up to 310km pure electric range and optional LiDAR-based autonomous driving.
Researchers have developed an AI-driven charging protocol that optimizes power delivery to EVs. This method significantly reduces battery degradation, extending overall lifespan by nearly 23%.