[March 24, 2025, Wuhan] To verify the safety performance of the all-new Voyah Dreamer, Lu Fang, CEO of Voyah Automobile, took on a blindfolded challenge of 130 km/h AEB (ultra-high-speed automatic emergency braking), setting an industry precedent. At the same time, Voyah Automobile advocates that the premise of smart driving equality is safety equality, and it must meet the "Five-Star Smart Driving Safety Standard" of all-speed, all-direction, all-target, all-weather, and all-scenario safety, ensuring that the vehicle can accurately identify various obstacles at any speed and in any complex scenario, and prevent the risk of vehicle collisions. Thanks to the strong combination of Voyah's exclusive vehicle architecture built for intelligence, the "ESSA Architecture + Tianyuan Architecture," and the industry's top intelligent driving system, "Huawei Qiankun ADS 3.0," the all-new Voyah Dreamer breaks the industry's upper limit for smart driving safety and becomes the industry's first mass-produced MPV capable of AEB stopping at 130 km/h. On the same day, Voyah Automobile announced that on March 31, the all-new Voyah Dreamer will roll out Qiankun Smart Driving OTA 2.0, and the class-exclusive Valet Parking Assist VPD function and the class-first eAES automatic emergency avoidance function will be officially rolled out to all vehicles.
From the perspective of car users, smart driving safety is greater than smart driving equality. The "Five-Star Smart Driving Safety Standard" first advocated by Voyah Automobile fills the industry gap in smart driving safety standards and can better protect user safety.
For high-end MPVs, smart driving safety is more important than smart driving equality
In 2025, the main line of competition in the automotive industry has shifted from a price war to an intelligence war, and the entire industry is promoting the process of smart driving popularization. In advancing the popularization of intelligent driving technology, safety must be put first. Only when user safety is guaranteed can intelligent driving systems have the conditions and significance for large-scale popularization.
Most users choose MPV models because MPV product strength is relatively comprehensive and can match more usage scenarios. At the same time, because MPVs have large body dimensions, high driving mileage, and carry many passengers, they also face greater safety challenges.
In urban commuting scenarios, MPV models have to face mixed pedestrian and vehicle traffic and various irregular obstacles; during highway cruising when MPVs encounter patchy fog, sudden emergency stops by vehicles ahead or falling obstacles often occur, all of which place very high demands on the MPV's smart driving system. If the intelligent driving system cannot cope with these problems and requires the driver to take over the vehicle urgently at high frequency, it will not only increase risk factors but also lose the significance of popularizing high-level smart driving systems. Therefore, for MPV models, smart driving safety is more important than smart driving equality.
First advocate the "Five-Star Smart Driving Safety Standard," clarifying the capability boundaries of smart driving systems
The "Five-Star Smart Driving Safety Standard" first advocated by Voyah Automobile requires that the smart driving system have low-speed/high-speed all-speed stopping and obstacle avoidance capabilities; have front/rear/side all-direction anti-collision capabilities; have the ability to recognize and detect targets of any type and any state; have the ability to identify obstacles and stop and avoid them in rain, snow, fog, and dust weather; and have the ability to ensure active safety both when driving manually and when driving intelligently.
The first is the ability to recognize and detect targets of any type and any state, which is the prerequisite for ensuring the safety of the smart driving system. The all-new Voyah Dreamer is equipped with the world's first mass-produced 192-line lidar with the highest line count, with a detection range of up to 250 m. Together with the vehicle's rich intelligent perception devices, in addition to recognizing "whitelist" objects such as vehicles and pedestrians, it can accurately identify irregular obstacles in different states and of different types.
The second is the ability to identify obstacles and stop and avoid them in rain, snow, fog, and dust weather. Advanced intelligent perception devices and strong computing power reserves enable the all-new Voyah Dreamer to accurately identify obstacles under extreme weather conditions and respond quickly according to the situation, reasonably adopting methods such as braking and avoidance to prevent accidents.
In addition is all-speed stopping and obstacle avoidance capability. The ESSA Architecture and Tianyuan Architecture support the IPB integrated braking system, enabling the all-new Voyah Dreamer to have millisecond-level braking response speed. At any speed, it can efficiently coordinate the braking system and steering system to stop and avoid.
Then there is all-direction anti-collision capability. The all-new Voyah Dreamer supports LOCP lateral obstacle collision prevention, RAEB rear automatic emergency braking, and RCTB rear cross-traffic collision braking functions. When dealing with front, rear, and side obstacles, it can accurately identify them and brake in time.
Finally, there is all-scenario active safety capability. The all-new Voyah Dreamer is equipped with a safety-first end-to-end architecture. Whether in manual driving or smart driving scenarios, the GOD network can understand the logical relationships in traffic scenarios, while the PDP network can make efficient predictions, ensuring vehicle safety in all scenarios.
Improving the safety of smart driving systems is a systematic project, and the intelligent architecture and smart driving system must work closely together to achieve the best results. The all-new Voyah Dreamer's outstanding smart driving safety performance is built precisely on the foundation of an excellent vehicle intelligent architecture and an advanced smart driving system. Solid chassis design, powerful perception devices, and advanced computing algorithms ultimately create the all-new Voyah Dreamer's industry-leading smart driving safety performance.
The "Five-Star Smart Driving Safety Standard" advocated by Voyah Automobile can, at a time when high-level smart driving technology is rapidly popularizing but the industry lacks clear definitions and standards, help the industry clarify the boundaries of smart driving safety capabilities, lay a solid safety foundation for the popularization of smart driving technology, and provide the necessary conditions for creating a safer travel environment for society as a whole.
