Would You Consider Buying Self-Driving Car?

With the advent of the AI Internet era, AI is increasingly enhancing our lives, and autonomous driving has made significant strides. However, it still faces challenges in technology, regulations, and consumer acceptance. Led by Tesla, autonomous driving is gaining visibility, with car companies racing to develop driverless vehicles. Have you ever ridden in a driverless Uber? Today will provide you with a detailed introduction to the current situation of automatic driving.

1.What is the classification of autonomous driving levels?

Currently, SAE International has issued a standard on What is the classification of autonomous driving levels for automobiles. Automated driving technology is classified into six levels, from L0 to L5, each representing a different degree of autonomy. This classification helps consumers and manufacturers better understand and select vehicles based on their autonomous driving capabilities.

Level 0 Autonomous Cars: The driver is in full control and there are no assistance functions.

Level 1 Autonomous Cars: Driver and car are in joint control, the driver needs to be alert during driving, and the car can provide assistance functions such as Anti-lock Braking System (ABS) and Traction Control System (TCS).

Level 2 Autonomous Cars: Driver and car are in joint control, the driver needs to be alert during driving, and the car can provide assistance functions such as Adaptive Cruise Control (ACC) and Lane Keeping Assist (LKA).

Level 3 Autonomous Cars: The driver and the car are in joint control, the driver needs to be alert during driving, and the car can provide higher-level assisted driving functions such as automatic parking and traffic congestion assistance systems.

Level 4 Autonomous Cars: The car can achieve high-level automation, allowing the driver to hand over control under certain conditions but requiring takeover when needed. For example,Tesla’s Autopilot system is currently available on the market.

Level 5 Autonomous Cars: completely driverless car, the car can be completely controlled under any conditions driving, the driver does not need to participate.

2.What functions does assisted driving include?

• Higher levels of autonomous driving and AI technology advances: Major automakers are achieving L3 autonomous driving and advancing toward L4. Wayve’s “Lingo-1” trains the system to handle complex road conditions, enabling vehicles to mimic human decisions and react quickly.
• Urban deployment and high-precision maps: Autonomous driving is now expanding into more complex urban environments, requiring vehicles to handle diverse traffic scenarios. To address this, a “behavioral layer” has been added to high-precision maps, simulating road trajectories through HUD displays. This helps vehicles adjust based on observed driving behavior, making autonomous driving feel more natural.
• Regulatory compliance and market competition: Strong government support, particularly in China, significantly impacts the pace of smart driving development. While North America remains fragmented, China’s centralized policies and consumer openness make it a global leader in smart driving. This will intensify global competition for technology and market share, especially as software development and safety compliance costs rise.
• Vehicle design innovation and the concept of “intelligent space”: Future vehicle interiors will prioritize multifunctional design, transforming driving spaces into intelligent environments with entertainment and office functions. As autonomous driving advances, interiors will become “smartphones on wheels,” offering a more personalized and efficient experience.

3.What kind of cars include self driving car at present?

Many cars in the European and American markets are developing autonomous driving. While some have achieved L2 or L3 capabilities, L4 and L5 technologies are still under development and improvement. Today, I will introduce several models that support different levels of autopilot:

Tesla:  All Tesla models (Model S, 3, X, Y) support the “Autopilot” system and can be upgraded to “Full Self-Driving” (FSD) mode. Although FSD offers partial autonomy, it remains L2 and requires the driver to stay attentive and ready to take control. The system is currently capable of automatic lane changing, automatic navigation, stoplight and stop sign recognition on the highway.

General Motors (GM): GM’s Cruise division offers Robotaxi services with Chevy Bolt-based vehicles in U.S. cities like Phoenix, Dallas, and Houston. Some Cadillac models, like the Escalade, also feature the Super Cruise system, enabling hands-free driving on select highways.

BMW and Mercedes-Benz: Some BMW models (e.g., X5, 3-Series) and Mercedes-Benz S-Class and E-Class offer self-driving assistance for autonomous highway driving. Mercedes-Benz’s Drive Pilot system supports L3 autonomous driving in limited testing, with broader deployment anticipated.

4.Summary

Technology to improve our lives, the popularity of assisted driving convenient for most people, can largely avoid man-made accidents. But still can not be taken lightly, must always pay attention to the driving dynamics of the car Oh! This concludes the details on autonomous cars. Feel free to discuss and leave a comment below. Wishing you a happy journey!Onlie Support>>