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10 Chinese car features showing where American brands fall behind

detroit us  january 15 2018 chrysler pacifica on display
kyiv ukraine  october 7 2019 shadows on white luxury

China moves features faster

Chinese automakers are putting some advanced features into production faster than major American brands. On July 16, 2026, Huawei said its Qiankun driving system had been adopted by more than 1.9 million vehicles.

It was also used across more than 50 models. Chinese companies are taking unusual ideas from testing into production cars. Some of these systems change how a car charges.

Others change how it moves or parks. Similar features remain less common in American showrooms. The next slides show 10 clear examples.

BYD atto 3 charging

BYD charges at 1,000 kW

Charging speed shows one clear difference. BYD launched its Super e Platform on March 17, 2025. The system supports a peak charging power of 1,000 kW. BYD says the Han L can add 400 kilometers of rated range in five minutes.

Tesla lists the Cybertruck as capable of up to 325 kW on V4 Superchargers in North America. BYD therefore claims much higher peak power. Chairman Wang Chuanfu said the goal is to make EV charging take about as long as filling a gasoline vehicle.

Public EV charger

Nio swaps batteries quickly

Nio takes a different approach to long charging stops. On February 6, 2026, the company completed its 100 millionth battery swap in China. Nio says an average swap takes about three minutes.

The station automatically removes the used battery. It then installs a charged pack. Nio had deployed 3,790 Power Swap Stations worldwide by that milestone.

Each swap also includes a battery health check. Most American passenger EVs still depend on plug-in charging. Nio gives drivers another way to restore driving range.

Yangwang U9 is a battery electric sport

BYD makes the U9 jump

BYD also uses active suspension unusually. The Yangwang U9 has the DiSus X body control system. BYD says the suspension can move through 75 millimeters of adjustable travel.

Peak lifting speed reaches 500 millimeters per second on one axis. That movement lets the car jump from a standstill. Chevrolet uses Magnetic Selective Ride Control on the Corvette E-Ray.

That system changes the damping for better handling and comfort. BYD’s system adds much larger vertical movement and creates a very different ability.

BYD Yangwang U8 interior

The Yangwang U8 can float

The Yangwang U8 has an emergency feature for deep water. BYD says the SUV can float for up to 30 minutes. It can also keep moving slowly while afloat. The system is intended for severe flooding rather than normal water travel.

Ford uses a more traditional approach with the 2026 Bronco Raptor. Ford lists a maximum water fording depth of 37 inches. The Bronco is designed to drive through water within that limit. The U8 can remain afloat when the water becomes too deep for normal driving.

Shot of Rivian R1T on the display.

Four motors allow tank turns

The Yangwang U8 also uses four motors differently. BYD’s e4 platform gives each wheel its own motor control. The system can adjust the torque on each wheel separately, allowing the SUV to make a 360-degree tank turn.

Wheels on opposite sides can rotate in different directions during the maneuver. Rivian has sold quad-motor R1T and R1S models in the United States, and newer quad-motor Rivian models have a related low-speed Kick Turn feature.

Four-motor drive is not unique to China. BYD’s version stands out as one production example of using independent wheel control for dramatic low-speed maneuvering, but American brands have also explored similar ideas.

Huawei logo displayed on a building

Huawei automates service tasks

Huawei is taking vehicle services beyond basic self-parking. Its ADS 5 ecosystem includes online car-wash booking, valet-style washing support, parking payment services, and charging-related services at suitable locations.

Huawei’s own materials also say ADS on passenger vehicles remains an assisted-driving feature and cannot replace driver control. That means service features still depend on vehicle compatibility, local support, and proper human oversight.

Tesla offers Actually Smart Summon in the United States. That feature can move a Tesla through a parking area under supervision. Huawei’s approach is different because it links smart-car software with surrounding services such as parking, charging, and car washing.

Autonomous car is self-driving while the driver operates a laptop.

Huawei relies more on lidar

Huawei and Tesla use different sensing hardware for driver assistance. Huawei says ADS 5 combines information from several sensors. Some functions require a forward high-precision solid-state lidar.

Tesla takes another approach with Full Self Driving Supervised. Tesla says eight external cameras give the vehicle a 360-degree view. Drivers must stay alert and ready to take control.

Huawei uses lidar for some ADS 5 functions. Tesla describes cameras as the main sensing hardware for its current FSD Supervised system. The two systems, therefore, follow different designs.

Row of BYD cars

BYD adds a roof drone

BYD and DJI brought a built-in drone system to production vehicles. They introduced Lingyuan on March 2, 2025. The system uses a roof-mounted dock.

It can store and launch a drone. It can also recover and charge the aircraft. BYD says the drone can take off and land while the vehicle is moving under suitable conditions.

Fang Cheng Bao’s Bao 8 became an early model offered with the system. BYD priced the fast charging Lingyuan package at 16,000 yuan in China.

detroit us  january 15 2018 chrysler pacifica on display

Li Auto uses rotating seats

Li Auto is changing how passengers use second-row space. The Li Mega offers rotating zero-gravity seats that can be voice-controlled or reset with one tap. Its seats can recline to 122° or 130°, and the Mega has a 3.3-meter wheelbase.

That extra length helps create room for lounge-style seating. Chrysler takes another approach with the 2026 Pacifica. Available Stow ’n Go seats can fold into the floor or be removed to adapt to passengers, cargo, or both.

Shot of Xiaomi SU7 Ultra on display at a show.

Xiaomi links car and home

Xiaomi connects the SU7 to its broader electronics ecosystem. The company says the car supports more than 1,000 Xiaomi smart home devices. Compatible products can be discovered automatically. Owners can also build routines that connect the car with home equipment.

General Motors is expanding into vehicle software in another way. On June 24, 2026, GM said select newer vehicles with Google built in could receive access to more than 200 new Google Play apps. Xiaomi focuses on its own device ecosystem. GM gives supported vehicles access to more outside apps.

new luxury cars standing in a row outside for presentation

U.S. rules limit access

American buyers cannot easily purchase many Chinese vehicles with these features. A 100% Section 301 tariff on Chinese electric vehicles took effect on September 27, 2024.

The Commerce Department also finalized restrictions on connected vehicle technology linked to China and Russia. Covered software rules begin with model year 2027.

Covered hardware rules start with model year 2030. Hardware without a model year faces a January 1, 2029, deadline. These policies make it harder for many Chinese connected vehicles to enter normal U.S. dealer showrooms.

Chinese automakers are booming in Mexico while remaining largely absent from U.S. showrooms, showing how regulatory barriers are pushing Chinese brands toward nearby markets instead.

Sign of General Motors on the building of Canadian Technical centre in Oshawa, Ontario, Canada.

U.S. brands take another path

American automakers are still developing advanced vehicle technology. Ford says BlueCruise covers 97% of controlled-access highways in the United States and Canada.

General Motors is also expanding connected software. On April 28, 2026, GM said about 4 million U.S. vehicles were eligible for its coming Google Gemini update. These examples show that U.S. companies are investing heavily in their own systems.

The difference is where they focus. Some Chinese brands offer production features that are still rare in American showrooms. The gap applies to specific features, not all technology.

Why GM discontinued Pontiac while Chevrolet and Buick survived shows how GM has repeatedly reshaped its brands while investing in newer vehicle technology

Are Chinese car features exposing where U.S. automakers are falling behind? Share your thoughts in the comments

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This slideshow was made with AI assistance and human editing.

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