Gu said in an interview that the company is preparing for volume production of its flying-car programme next year, marking one of the most ambitious timelines yet announced by a Chinese automaker entering the emerging urban air mobility sector. The Guangzhou-based firm, listed in Hong Kong under ticker 9868.

HK, has positioned itself among a growing group of technology-driven manufacturers seeking to diversify beyond conventional electric vehicles.In addition to its aviation-related plans, Gu said Xpeng intends to begin mass production of robots in the fourth quarter of 2026.

The company is also planning to scale up development through partnerships with external collaborators next year, signalling an expansion of its industrial ecosystem beyond in-house manufacturing.Xpeng has increasingly focused on integrating artificial intelligence, automation and advanced hardware systems across its product lines as competition intensifies in China’s electric vehicle market.

The company has not yet disclosed detailed technical specifications or commercial pricing for its flying-car programme.The announcements come as Chinese technology and automotive groups continue to invest in next-generation mobility platforms, including autonomous systems and aerial transport concepts, despite regulatory and infrastructure challenges that remain unresolved in most major markets.

Brian Gu did not provide further details on production volumes, certification timelines or target markets for the flying vehicles, which remain at an early commercialisation stage globally.

Xpeng said separately that its robotics programme will be developed alongside external partners, reflecting a broader strategy to expand its industrial and technology footprint beyond passenger vehicles.

“Autonomous vehicles must interpret human behavior in real time and operate within complex urban systems, where safety, cost, and public acceptance ultimately determine their viability.”

A trial of a self-driving vehicle in central London is offering an early indication of how autonomous taxis could operate in one of Europe’s most challenging road environments, as companies prepare for commercial deployment under new legislation.

During a demonstration in the King’s Cross area, Alex Kendall, chief executive of Wayve, occupied the driver’s seat of an electric Ford Mustang Mach-E equipped with the company’s system but did not engage any manual controls.

The vehicle independently handled steering, braking, signalling and speed while navigating junctions, traffic flow and pedestrian crossings.The system executed an unprotected turn by waiting for a suitable gap in oncoming traffic before proceeding.

It also responded to a pedestrian approaching a zebra crossing by slowing and stopping before the individual stepped onto the road. Other pedestrians passing nearby without signalling intent to cross did not trigger a stop, reflecting the system’s attempt to interpret behavioural cues.

Kendall said the vehicle makes decisions in real time rather than following pre-programmed instructions. He described the system as capable of interpreting interactions between road users, including gestures and signals, and adjusting accordingly.

In one instance during the test drive, the car responded to another driver flashing headlights by proceeding through a narrow section of road, indicating recognition of informal driving conventions.

The demonstration route included narrow streets, multiple roundabouts and dense traffic conditions, all of which are typical of central London. Kendall did not intervene during the drive, although current regulations require a human operator to remain present in the vehicle.

The trial comes as the United Kingdom advances plans to introduce commercial self-driving taxi services following the passage of the Automated Vehicles Act 2024.

The law provides a framework for approving autonomous vehicles for public use, with government timelines indicating that services could begin operating in major cities by the end of next year.

Wayve is working in partnership with Uber to develop its offering for the UK market. Other companies preparing for entry include Waymo and Baidu, both of which have already deployed robotaxi services in cities such as San Francisco, Los Angeles and Shanghai.

Kendall said London presents a more complex operating environment than those cities due to higher levels of roadworks and a significantly greater presence of cyclists and pedestrians.

He estimated that London has about 20 times more roadworks and roughly 11 times more cyclists and pedestrians than San Francisco, increasing the complexity of real-time decision-making for autonomous systems.

These factors require vehicles to continuously interpret dynamic conditions rather than rely on fixed routes or predictable traffic patterns. The system demonstrated during the trial appeared to manage these variables by adjusting speed and positioning in response to changing surroundings, although its performance was observed over a limited timeframe.

Autonomous taxi operations rely in part on remote support to handle situations that may fall outside routine driving conditions. In a statement, Waymo said it maintains approximately 70 remote assistance agents on duty worldwide for a fleet of around 3,000 vehicles.

These agents provide guidance when requested by the vehicle, which retains the ability to accept or reject the input based on its assessment.Waymo said more complex scenarios, including interactions with emergency responders, are managed by remote personnel based in the United States.

The company did not indicate how frequently such interventions occur but described the system as an additional layer of operational oversight rather than a primary control mechanism.

Wayve and Uber said it was too early to provide details on how remote assistance would be structured in their UK deployment.

Current regulatory requirements mandate the presence of a human safety driver during testing phases, although fully driverless operations are expected to follow regulatory approval.

Industry analysts have noted that remote assistance frameworks will be a key component in scaling autonomous services, particularly in dense urban environments where unpredictable events are more common.

The commercial viability of robotaxi services is expected to depend significantly on pricing relative to existing transport options. An independent report cited in the trial indicated that a Waymo ride in San Francisco costs on average 12.7% more than an Uber trip and 27.3% more than a Lyft journey.

These cost differentials have led some observers to question the competitiveness of autonomous taxis in their current form. Higher operational costs, including technology development and fleet maintenance, may limit price reductions in the near term, although companies have indicated that costs could decline as the technology scales.

Adoption is also likely to depend on public acceptance, particularly in cities such as London where road conditions are complex and interactions between vehicles, cyclists and pedestrians are frequent.

The ability of autonomous systems to operate safely and efficiently in such environments will be a key factor in determining uptake.Kendall said autonomous vehicles are not intended to replace existing modes of transport but to operate alongside them. He noted the continued importance of public transport, cycling and walking in London’s mobility system.

The introduction of robotaxis comes amid ongoing debates about urban transport and the role of private vehicles in city environments.

While autonomous systems may offer improvements in safety and coordination, their broader impact will depend on how they are integrated into existing infrastructure and transport networks.Under current plans, commercial deployment in the United Kingdom is expected to proceed gradually, with regulators and companies monitoring performance and safety before expanding services.

NVIDIA CEO Jensen Huang’s participation in the 2025 APEC CEO Summit in South Korea highlights the global drive for collaboration in artificial intelligence, robotics, and digital transformation.

His meetings with key industry leaders, including Samsung and SK Hynix, are expected to strengthen partnerships and accelerate innovation across the Asia-Pacific region.

In a move that underscores the growing influence of artificial intelligence in shaping the global economy, NVIDIA CEO Jensen Huang will attend the Asia-Pacific Economic Cooperation (APEC) CEO Summit in South Korea later this month.

The event, taking place from October 28 to 31, will bring together world leaders, policymakers, and top corporate executives from 21 member economies to discuss sustainable growth, digital transformation, and the role of technology in driving future prosperity.

According to an official statement from NVIDIA, Huang’s participation will focus on advancing discussions around AI, robotics, digital twins, and autonomous vehicles—technologies that are rapidly transforming industries and redefining how nations compete in the digital era.

The company emphasized that Huang will meet “global leaders and top Korean executives” to explore opportunities for collaboration and innovation.

The APEC CEO Summit runs parallel to the main APEC Leaders’ Meeting, which will see the attendance of heads of state, including U.S. President Donald Trump and Chinese President Xi Jinping.

Their meeting, scheduled during the same week, is expected to focus on trade, technology exchange, and cooperation amid global economic shifts. Huang’s presence at the summit places NVIDIA at the intersection of business diplomacy and technological leadership.

During his visit, Huang is expected to hold strategic meetings with Samsung Electronics and SK Hynix, two of South Korea’s leading technology firms. Both companies are critical partners in the semiconductor supply chain, producing advanced memory chips that power NVIDIA’s high-performance AI systems used in data centers worldwide.

Industry observers believe these discussions could pave the way for deeper technological integration, ensuring smoother supply chains and shared innovation in next-generation chip development.

Strengthening Global Tech Partnerships

South Korea’s status as a leader in semiconductors and AI research makes it a natural venue for these high-level talks. The country has been investing heavily in artificial intelligence, machine learning, and robotics as part of its national strategy to strengthen digital competitiveness.

Huang’s visit is expected to reinforce NVIDIA’s long-standing partnerships in the region and open new avenues for collaboration in areas such as AI-powered manufacturing, smart mobility, and digital infrastructure.

The summit’s timing is also significant. The world economy is at a pivotal moment where AI and digital technologies are redefining productivity, employment, and trade.

By engaging with key global partners, Huang aims to highlight how NVIDIA’s cutting-edge technologies can empower industries to adapt to this new landscape.

Driving Responsible AI Growth

Beyond technology and business, Huang’s participation reflects a broader vision—to promote responsible and inclusive AI innovation. As artificial intelligence continues to revolutionize sectors from healthcare and finance to logistics and energy, NVIDIA has positioned itself as a global leader in ensuring that these advances contribute positively to society.

In recent months, NVIDIA has expanded partnerships in Asia, working with universities, research institutions, and startups to accelerate the adoption of AI solutions. The company’s focus on ethical AI, transparency, and sustainability aligns closely with APEC’s 2025 theme of “Innovation, Inclusion, and Sustainability.”

Navigating Global Challenges with Optimism

While geopolitical tensions and trade challenges remain, Huang’s attendance signals optimism for the future of U.S.-Asia tech relations. Despite China’s recent regulatory actions against U.S. chipmakers, NVIDIA continues to engage constructively with global partners, advocating collaboration over competition.

By participating in APEC, Huang is expected to emphasize technology as a bridge for peace and prosperity—a message that resonates strongly at a time when the world is seeking solutions to shared challenges such as digital inequality, climate change, and economic instability.

Industry analysts see Huang’s appearance at the APEC CEO Summit as an affirmation of NVIDIA’s pivotal role in shaping the global AI ecosystem. “Jensen Huang isn’t just representing NVIDIA—he’s representing the next chapter of human innovation,” said one Seoul-based tech strategist. “AI is no longer a futuristic concept; it’s the foundation of economic growth, and NVIDIA is leading that charge.”

A Vision for the Future

As discussions unfold in Seoul, NVIDIA’s CEO is expected to champion greater international cooperation in research, infrastructure, and education to ensure the benefits of AI reach all corners of society.

His vision of “AI for everyone” reflects a commitment to democratizing access to powerful technology, making it a tool for inclusion rather than division.

In an era defined by rapid technological disruption, Jensen Huang’s role at the APEC Summit represents more than just a business visit—it’s a global statement about the power of innovation to unite nations.

By fostering stronger relationships with partners in South Korea and across the Asia-Pacific, NVIDIA continues to push the boundaries of what’s possible, turning ambition into progress and progress into shared prosperity.

Nasdaq-listed EHang Holdings and Hefei Hey Airlines received air operator certificates from the Civil Aviation Administration of China (CAAC) on Saturday, according to state-run news agency Xinhua. This milestone clears both companies to use unmanned aerial vehicles for commercial passenger services, including urban sightseeing tours.

The air operator certificate was the final regulatory requirement before the passenger drones could officially enter service, following approvals for type certification, production certification, and airworthiness certification, according to a report by Citic Securities.

“We reckon that low-altitude tourism will be the beginning of this new business,” the report stated. “EHang’s urban sightseeing tours can accelerate the development of the industry.”

China has been actively promoting the development of the low-altitude economy, which encompasses a range of aerial technologies, from delivery drones to flying cars. Recognizing its potential, Chinese leaders have identified this sector as a key driver of economic growth. In early March, Premier Li Qiang included the low-altitude economy among crucial emerging industries such as biomanufacturing, quantum computing, embodied artificial intelligence, and 6G mobile networks during his speech to the National People’s Congress.

“The low-altitude economy is a new growth driver, and it will be an important engine to push the high-speed development of China’s economy,” said Cheng Bolin, vice-president of the low-altitude unit at the China Information Association, during an industry conference on March 28.

According to a report by research group Hurun, citing CAAC data, China’s low-altitude economy is expected to be worth 1.5 trillion yuan (US$207 billion) by 2025 and could grow to 2.5 trillion yuan by 2035.

Key players in the Chinese market include startups like EHang and Feihang Aviation, as well as established car manufacturers such as Xpeng and Geely. They face competition from global multinationals like Boeing, Airbus, and Brazilian firm Embraer.

“Looking ahead, as policies supporting the low-altitude economy continue to roll out, competition in this sector is set to intensify,” Hurun stated in its report.

The Future of Flying Taxis

The approval of flying taxis marks a major milestone in China’s efforts to revolutionize urban mobility. With rapid advancements in autonomous technology and strong governmental support, China aims to create a sustainable and efficient transportation network in the sky.

Experts predict that in addition to tourism, flying taxis could soon be used for emergency medical services, business travel, and even daily commutes. The integration of smart traffic control systems and dedicated air corridors could further accelerate the adoption of urban air mobility solutions.

With China’s regulatory green light, the future of urban air mobility is one step closer to becoming a reality, positioning the country at the forefront of the global autonomous aerial transportation industry.