Chery Unveils Smart Mobility Innovations at 2026 Summit

A smartphone summoned a car through a crowded parking garage. The vehicle turned, stopped, and waited. That was the demo I watched at Chery’s 2026 International User Summit. It was also the clearest clue about the company’s next phase. Chery is moving from building cars to building intelligent mobility systems. The phrase Chery okos mobilitás 2026 means Chery smart mobility 2026. For readers, it signals a shift in how people use vehicles. That shift includes parking, city transport, and air travel. The summit in Wuhu, China, presented vehicles and software together. It framed mobility as a connected stack instead of one product. I saw design debuts, hybrid tests, and future flight concepts. The mix felt ambitious but also crowded with promises. The Summit began as a paid press release. I still weighed its claims with outside reporting. At Epochedge, I look for proof behind demo videos.

LEPAS made the world debut for the AURA concept. It carried the new Leopard Aesthetics language. EXEED introduced a family design theme called Future Luxury. The theme appeared on the ES GT, EX9, EX8, EX7, and an MPV Concept. Those models target buyers who want luxury plus digital comfort. LUXEED showed the LLounge, an intelligent luxury MPV. The company also showed the Stormax performance SUV. Both products leaned into software-defined interiors. OMODA added the X model to its hybrid lineup. iCAUR presented the V25 alongside the V23 and V27. The V-Series line now spans several sizes. iCAUR also showed three custom vehicles for early 2027. Those include the V23 Forge, V27 Sun Roam, and V25 Game Changer. I liked the custom variants more than the base displays. They suggested Chery is learning to speak local tastes. That matters in a crowded EV market. Many automakers can build a car. Few can make it feel personal.

SIVP, or Super Intelligent Valet Parking, drove the tech story. The feature lets a car find, leave, and park without a driver. The system runs on core overseas models. Those include the OMODA E5 and JAECOO J7 SHS-P. The feature feels practical for drivers in tight cities. Parking is a daily pain point rather than a glamour feature. Solving it can change ownership cost and vehicle use. Visitors used phones to call cars from remote spaces. The demo looked simple but the engineering was hard. IEEE Spectrum has noted that parking automation needs sensor fusion. Cameras, radar, ultrasonic sensors, and map data must agree. A bad match can cause a dent or worse. MIT Technology Review has tracked similar autonomy limits. Coverage shows systems often fail in unfamiliar garages. I think Chery’s best move was making SIVP user-facing. Buyers can touch the intelligence instead of reading a spec.

Chery also placed robotaxi and eVTOL on the same stage. A robotaxi drives itself through urban streets without a human wheel. An eVTOL, or electric vertical takeoff aircraft, lifts off from small pads. The Lingxiao J506 aircraft uses a five-seat cabin. The J506 uses a fully tilting six-rotor layout. Chery claims a top speed of 350 km/h. Chery cites a range above 1,000 kilometres. The program aims for autonomous flight. Those numbers sound strong and they still need proof. Wired has warned that vehicle autonomy demos can hide edge cases. A smooth road test hides rain, drones, and construction. The J506 program leans on Chery’s All World Engine. CheryMind adds a domain-specific foundation model. CheryMind specializes in vehicles, sensors, and maps. That model targets physical AI rather than chat text. Cars and aircraft could interpret the world faster. Still, safety rules will decide how useful it becomes.

Chery’s global push also showed up in market data. iCAUR said it expanded into more than 40 markets in 2026. iCAUR also reported V23 sales passed 100,000 units. That sales figure matters because trust follows volume. More road data supports software updates. More drivers also test safety assumptions. Reuters has reported that Chinese automakers are expanding overseas. The brand mix helps Chery cover many price bands. LEPAS may signal design confidence. EXEED targets premium buyers. LUXEED reaches technology shoppers. OMODA and iCAUR serve practical daily mobility. This portfolio approach reduces risk. If one line stalls another can keep momentum. I found that strategy more compelling than one hero product. Car markets rarely reward a single miracle model. They reward repeat delivery, dealer trust and local fit.

The summit moved outside the exhibition hall. Some tests moved to a professional proving ground. Media participants drove the LUXEED V9 and RX. Some attendees came from the United Arab Emirates. Others came from Thailand and Indonesia. High-speed runs can expose suspension, braking, and cabin noise. Road evaluations can reveal how software behaves in traffic. Open testing builds more confidence than slides. OMODA also launched its Global Super Hybrid Marathon. The marathon tested range, powertrain performance, and cabin quietness. The marathon used real roads instead of lab rolls. Drivers care about fuel use and comfort. They also care about sound quality at speed. A smooth setup can hide a harsh engine. Marathons expose that over many hours. I value tests that make promises measurable. Measurable claims are safer for buyers and regulators.

Chery’s story also reaches beyond cars. Robotaxi programs need mapping, ride control, and insurance. eVTOL programs need airspace coordination and public acceptance. Air taxis face noise, charging, and landing rules. A five-seat aircraft must respect urban politics. Residents ask where the vehicle lands and parks. Citizens ask who pays for safety failures. Chery’s All World Engine and CheryMind target that gap. One brain could serve vehicles and platforms. Faster updates could cut duplicated engineering. One system can create one point of failure. Researchers have studied that risk for years. The Wall Street Journal has noted that robotaxi economics remain difficult. MIT Technology Review has reported on foundation models in physical systems. Coverage notes that scale can hide brittle behavior. NHTSA has set voluntary safety guidance for automated driving systems. I would push Chery to publish failure cases along with wins.

Buyers will likely care about what happens next. Will SIVP work in a foreign city parking garage? Will a robotaxi handle a sudden school zone change? Will an eVTOL carry people safely on real routes? Those questions decide whether the technology earns daily use. Chery gave a broad 2026 roadmap. That roadmap showed cars, software, and aircraft. The event also revealed a global brand strategy. Chery wants many identities instead of one narrow image. That approach can help it compete in Asia, Europe, and the Gulf. Stronger safety disclosure remains essential. Regulators will expect clear test data. Competitors will copy useful features fast. Customers will ask for simple, reliable access. If Chery keeps promises mobility can grow. If the plan slips the summit may look theatrical.

• Chery is moving from building cars to intelligent mobility systems
• The AURA concept debuts with new Leopard Aesthetics language
• SIVP allows cars to park without a driver
• Robotaxi technology demonstrates self-driving capabilities
• eVTOL aims for autonomous flight with a robust design
• Chery’s global push expands into over 40 markets