Chery Yaoguang 2035 Strategy Unveils AI Mobility Tech

Chery Unveils Yaoguang 2035 Strategy at Global Innovation Conference

Chery Holding Group Co., Ltd. (Chery Group) announced on October 20 that its 2026 Chery Global Innovation Conference had opened at the Chery Global Technology Innovation Center in Wuhu, China. At the event, the automaker officially introduced the Chery Yaoguang 2035 Strategy alongside its latest technological developments across artificial intelligence, semiconductors, mobility, and energy. The strategy outlines the company's ambition to transform from a traditional automaker into an AI-driven global intelligent technology company. Its stated vision is to put technology at the service of people and create the greatest possible value for human freedom. The announcement positions intelligent technologies and broader mobility applications at the center of Chery's long-term industrial development.

Five Pillars Define Chery's Yaoguang 2035 Strategy

Under the Chery Yaoguang 2035 Strategy, Chery Holding Group Co Ltd identified five defining characteristics for its high-tech industrial ecosystem: full-lifecycle electrification, highly coordinated intelligent technologies, brand upgrading with a global perspective, deep integration into global markets, and an open, collaborative ecosystem. Together, these priorities establish the strategic direction for the company's intended transformation beyond conventional vehicle manufacturing. The electrification objective addresses vehicles throughout their lifecycles, while coordinated intelligence emphasizes the integration of technologies across the business. Global brand development and deeper international market integration reflect the company's worldwide ambitions. The open ecosystem component highlights collaboration as another element of its approach to technological development.

CheryMind Foundation Model and Ziwei Chips Advance Intelligent Technology

At the conference, Chery Group unveiled CheryMind, a domain-specific foundation model intended to serve as a key technological foundation for its transition into an AI-driven enterprise. The model is designed to enhance intelligence across business operations and improve human-machine interaction. Chery also introduced its independently developed Ziwei chip portfolio, comprising three core product series: Ziwei C, Ziwei S, and Ziwei M. According to the company, the portfolio features high computing power, efficient power conversion, and precise control. These technologies form part of Chery's broader effort to develop capabilities spanning intelligent software and specialized hardware. Their intended roles extend beyond individual products to support the company's wider intelligent technology ecosystem.

All-Dimensional World Engine Expands Intelligent Mobility

Chery Group introduced its All-Dimensional World Engine (AWE) as part of its latest mobility innovations. The company also presented what it described as the industry's first factory-integrated Robotaxi automotive AI agent designed for global markets and supporting Level 4 (L4) automated driving. The announcement highlights Chery's focus on integrating artificial intelligence into mobility applications. A factory-integrated system is presented as part of the company's approach to bringing automotive AI capabilities into vehicle development and deployment. However, the announcement does not provide additional operational specifications, deployment locations, production volumes, or commercialization schedules for the Robotaxi technology, so its practical availability and rollout timeline cannot be established from the disclosed information alone.

Chery Unveils Manned eVTOL Aircraft AI Agent

Chery also presented what it described as China's first independently developed manned electric vertical takeoff and landing (eVTOL) aircraft AI agent featuring a compound-wing configuration. The development extends the company's mobility ambitions beyond conventional road vehicles and into aviation-related applications. According to the announcement, the aircraft has a flight speed of 120 km/h and flight endurance exceeding one hour. These are the performance figures disclosed for the aircraft, rather than evidence of a broader commercial operating capability. The company framed the innovation as part of an effort to expand mobility applications across land, water, and air. The announcement did not specify certification status, passenger capacity, production plans, or an intended commercial launch date.

Chery and CATL Develop Ultra-Fast Charging Technology

In the energy sector, Chery Group announced a partnership with Contemporary Amperex Technology Co., Ltd. (CATL) to develop Volt-dragon Ultra-Fast Charging technology. The companies' stated performance target is to add 500 kilometers of driving range in five minutes of charging. This figure describes the capability announced for the technology and should not be interpreted as a verified result for every vehicle, battery configuration, or charging condition. Chery also introduced superconducting charging technology for applications including electric vehicles and electric vessels. The company presented this development as a way to expand charging capabilities across multiple scenarios. Together, the announcements demonstrate a focus on charging performance and broader energy applications within Chery's planned intelligent technology ecosystem.

AC Vehicle-to-Grid Technology Supports Two-Way Energy Flow

Chery Group additionally unveiled what it described as the industry's first commercially deployed alternating-current vehicle-to-grid (AC V2G) technology. The system enables vehicles to send electricity back to the power grid, extending their potential role beyond transportation. According to the company, this capability can help users generate additional income by taking advantage of differences in electricity prices. The announcement does not specify the locations of commercial deployment, the number of participating vehicles, the applicable electricity tariffs, or the revenue available to individual users. Those factors would influence the practical financial benefits of the technology. Nevertheless, the disclosed application illustrates how Chery is connecting vehicle technology with energy management and bidirectional electricity exchange.

Chery's Integrated Technology Portfolio Connects AI, Mobility, and Energy

The technologies announced at the conference cover several connected areas of development, including intelligent software, specialized chips, automated driving, electric aviation, high-speed charging, and grid-connected vehicles. CheryMind and the Ziwei chip series address computing and control capabilities, while the All-Dimensional World Engine and Robotaxi AI agent represent the company's mobility-related initiatives. The eVTOL aircraft AI agent broadens the scope to aviation, and the charging and AC V2G announcements extend the portfolio into energy infrastructure and electricity management. These developments align with the company's stated ambition to build an AI-driven global intelligent technology business. The announcement establishes strategic priorities and disclosed technical objectives, but it does not provide enough information to assess overall investment, implementation schedules, or commercial performance across the portfolio.

Industry Impact & Outlook

Chery's strategy signals an effort to compete across a wider technology landscape than conventional vehicle manufacturing, bringing software, semiconductors, automated mobility, and energy applications into one industrial vision. Its partnership with CATL also demonstrates the importance of collaboration in pursuing ambitious charging performance, while the AC V2G announcement points to potential connections between electric vehicles and grid services. For automakers, technology suppliers, charging providers, and energy stakeholders, the practical significance will depend on implementation, reliability, regulatory requirements, and commercial scalability. Chery's international ambitions add another dimension, although the announcement does not establish specific market-entry dates or rollout targets. Further technical disclosures and deployment evidence will be needed to determine how quickly these initiatives translate into available products and services.

Frequently Asked Questions

What is Chery's Yaoguang 2035 Strategy?
Chery's Yaoguang 2035 Strategy is a long-term industrial vision designed to transform the company from a traditional automaker into an AI-driven global intelligent technology company. Announced at the 2026 Chery Global Innovation Conference in Wuhu, the strategy emphasizes full-lifecycle electrification, coordinated intelligent technologies, global brand upgrading, deeper international market integration, and an open collaborative ecosystem. It provides the strategic framework for Chery's disclosed initiatives in artificial intelligence, semiconductor development, automated mobility, electric aviation, charging technology, and vehicle-to-grid applications. The announcement does not specify a detailed implementation schedule for every initiative.

What are CheryMind and the Ziwei chips?
CheryMind is a domain-specific foundation model that Chery Group introduced as a technological foundation for its transition toward an AI-driven enterprise. It is intended to enhance intelligence across business operations and improve human-machine interaction. The Ziwei portfolio comprises three independently developed chip series: Ziwei C, Ziwei S, and Ziwei M. Chery describes these chips as offering high computing power, efficient power conversion, and precise control. Together, the model and chip portfolio represent software and hardware components of the company's broader intelligent technology strategy, although detailed specifications, production volumes, and deployment schedules were not disclosed.

What performance did Chery announce for its eVTOL aircraft?
Chery Group announced a manned electric vertical takeoff and landing aircraft AI agent featuring a compound-wing configuration, which the company described as China's first independently developed system of its kind. The disclosed aircraft performance includes a flight speed of 120 kilometers per hour and flight endurance of more than one hour. The development forms part of Chery's broader effort to expand mobility applications beyond road transportation. However, the announcement did not specify passenger capacity, certification status, commercial availability, production volumes, or launch timing, so these details cannot be confirmed from the information provided.

How much driving range can Chery's Volt-dragon Ultra-Fast Charging technology add?
Chery Group and CATL announced Volt-dragon Ultra-Fast Charging technology with a stated capability of adding 500 kilometers of driving range in five minutes of charging. The technology is part of their announced collaboration in the energy sector and reflects their focus on improving charging performance. The stated figure is a technology claim from the announcement, not a guarantee for every vehicle or charging session. Actual results would depend on the relevant vehicle, battery system, charging equipment, and operating conditions. The announcement did not provide additional test protocols or detailed conditions for the reported charging capability.

How does Chery's AC vehicle-to-grid technology work?
Chery's announced alternating-current vehicle-to-grid technology allows electric vehicles to return electricity to the power grid, enabling bidirectional energy exchange between vehicles and the electricity system. Chery Group described the technology as the industry's first commercially deployed AC V2G solution. The company also stated that users could generate additional income by taking advantage of differences in electricity prices. The announcement did not identify deployment locations, participation requirements, specific tariffs, or typical user earnings. Consequently, the potential financial benefit depends on the conditions under which the system is available and how electricity pricing and grid participation operate in practice.