
XPeng is equipped with a highly intelligent L2.5-level autonomous driving assistance system. Although the currently available features are somewhat limited, it indeed makes driving more relaxed and enjoyable. Additional details are as follows: 1. Advanced Driving System Configuration: The XPilot assistance system primarily consists of front and rear radars, ultrasonic sensors, surround-view cameras, and forward-facing visual modules, enabling zonal monitoring of the vehicle's surroundings and execution of corresponding commands. Based on these commands, the XPilot system offers features such as automatic parking, stop-and-go following, and adaptive cruise control on curves. 2. High Success Rate for Automatic Parking: By effectively integrating ultrasonic and panoramic vision systems, it covers approximately 70% of usage scenarios, easily handling parallel, perpendicular, and diagonal parking spaces with a success rate exceeding 80%. 3. Added Remote Parking Function: The XPilot system also provides a remote parking feature, achieving an exceptionally high level of intelligence, with an average parking time of just 40 seconds.

I've used XPeng's autonomous driving system, which is generally considered Level 2. On highways or urban roads, it can assist with steering and acceleration, but I still need to stay vigilant and can't slack off. Once during traffic congestion, I activated XPilot, and the automatic follow feature was quite convenient. However, when a car suddenly cut in, the system prompted me to take over. This technology relies on multiple sensors, combining camera and radar data, designed to reduce driver burden, but it's not fully autonomous. Current regulations only permit Level 2 systems on the road, and letting go could easily lead to accidents. XPeng is still optimizing the system, and there might be higher versions in the future. But for now, safety comes first—I need to stay focused and not rely too much on the machine.

From the experience of driving a XPeng vehicle, the autonomous driving falls under the Level 2 category. The meaning is clear: the system can assist with operations like lane keeping or adaptive cruise control, but the control remains in my hands. On long highway drives, it handles the steering wheel steadily, reducing fatigue, but on winding roads or areas with pedestrians crossing, I need to take over immediately to avoid risks. The hardware is quite advanced, with radars and cameras monitoring the environment in real time, but algorithmic limitations prevent it from handling all unexpected scenarios. In comparison, Tesla has a similar system, while XPeng's is more affordable but not lacking in functionality. The key is that as a driver, I cannot afford to be careless and must stay attentive. Regular software updates can improve performance, but the limitations of Level 2 remain unchanged.

Xpeng's autonomous driving is at Level 2, which is basically just assistance. It's quite convenient to use, like automatic following to save energy, but the system doesn't take full responsibility. I have to keep an eye on the road at all times, and my hands must be ready in case of emergencies. The technology isn't particularly high-end, working based on standard sensors.

I experienced the XPeng car, and its autonomous driving is classified as Level 2. In actual driving, such as on highways, it can handle simple tasks, but I am responsible for all liabilities. In rainy conditions or complex urban environments, the system may fail, requiring manual intervention. This aligns with industry standards, with safety being the core focus. XPeng promotes intelligent features to attract users, but the current Level 2 positioning is clear: it can only assist, not replace the driver. Daily use is convenient and effortless, but potential risks are significant—don't harbor unrealistic expectations.


