A Pony.ai headquarters visit puts a delegation inside the company that took the Robotaxi label to public markets first. The Beijing programme runs at the Future Mobility Hall in Yizhuang, the district where the company built its earliest test operations — a thousand-square-metre showroom, a close look at the Robotaxi hardware, and a structured discussion with the team behind the technology. What a management team takes home is not a car with sensors on the roof. It is how a research-heavy autonomy company turned a technology demonstration into a paid service across four Chinese megacities, and what it costs to move that model abroad.
Key takeaways
Pony.ai's Beijing programme runs at the Future Mobility Hall in Yizhuang, at Rongchang East Street, covering the company's development milestones, its global layout, the hardware iterations behind its vehicles, and its Robotaxi and Robotruck businesses.
The reason to go is the dual track. Pony.ai is one of very few autonomy companies running both a Robotaxi and a Robotruck business at commercial scale, and the showroom presents the two side by side rather than treating trucking as a footnote.
The headline experience is the Robotaxi itself: the sensor suite on the roof, the in-cabin human-machine interface, a live view of the fully driverless operation, and the L2-versus-L4 distinction explained by someone who works on the stack.
The business story is regulatory as much as technical: the company holds driverless ride-hailing permits in all four of China's first-tier cities and runs paid, fully driverless service in each, with a fleet that has grown past seventeen hundred vehicles.
We arrange the programme end to end, including site scheduling on the Chinese side, transfers within Beijing and English interpretation on site, with sessions shaped around your delegation's own questions.
Key visit details
Where the visit is held
Location — the Future Mobility Hall in Yizhuang, Beijing, at Rongchang East Street. Yizhuang is the core of Beijing's high-level autonomous driving demonstration zone, and it is where the company chose to establish its operations when the zone was announced.
Getting there — Yizhuang sits in the south-east of Beijing, outside the central districts, and the drive is the detail most delegations underestimate. We plan transport as part of the programme, including pickup from your hotel and realistic road time.
Format and duration
Duration — About two hours on site as a standard module: thirty minutes in the showroom and roughly an hour of structured discussion, extendable into a half-day with additional technical sessions.
Format — A guided showroom walk through five display zones, close-up viewing of a Robotaxi vehicle, and a discussion covering technology, operations, globalisation and capital.
Who the programme suits
Best suited to — Automotive OEMs and tier-one suppliers; mobility platforms and fleet operators; logistics and freight businesses looking at autonomous trucking; smart-transport and city authorities; and technology investors following autonomy.
Main themes — The L4 technology stack and safety redundancy, Robotaxi commercial operations and pricing, Robotruck applications, global expansion and regulatory approval, and the capital path of a dual-listed technology company.
Booking, group size and site rules
Booking — Around 30 days in advance is the practical lead time, because the programme involves company specialists and internal scheduling. The programme is best suited to groups of 10–20 participants.
Site rules — Photography and recording follow the host's instructions in each area. Specific requirements are confirmed before you travel rather than on the day.
Why a Pony.ai visit is worth a delegation's day
The operating record alone justifies the trip. Pony.ai's fleet has grown past seventeen hundred Robotaxis, its cumulative autonomous test mileage has passed eighty million kilometres, and it was the first company to obtain the permits needed to run paid driverless ride-hailing services in all four of China's first-tier cities, covering an operating area of more than two thousand square kilometres. It listed on Nasdaq in November 2024 and on the Hong Kong Stock Exchange in November 2025, the largest autonomy IPO of that year.
The more useful object of study is what actually made the service possible. Autonomy teams everywhere can build a car that drives itself in a demonstration. What separates a company that has commercialised is a set of unglamorous capabilities: regulatory engagement city by city, remote assistance operations, depot and charging logistics, insurance and incident handling, and a cost structure that survives a fare. Reading a prospectus tells you the strategy. Walking the showroom where the hardware generations are lined up next to each other tells you how fast the cost curve actually moved.
The second reason is the cost collapse on the seventh-generation platform: the autonomous driving kit's bill of materials fell by around seventy percent against the previous generation, with the compute unit down about eighty percent and the solid-state lidar down about sixty-eight percent. That single set of numbers is the most useful thing a manufacturing or procurement delegation will see all day, because it is what turns a subsidised pilot into a business. Delegations combining the visit with other Beijing mobility sites can use the Baidu Apollo Park visit for the vehicle-road collaboration model, and the Beijing tech tour page for the full route.
Inside the Future Mobility Hall
The hall presents five zones across roughly a thousand square metres, and four of them carry most of the weight for a visiting team.
The company history and listing milestones
Development and milestones. Multimedia and graphic displays walk through the company's founding, its global business layout, its industry recognition and its two listings. For a delegation studying how a deep-tech company is financed, the listing sequence is the segment worth spending time on.
Hardware iteration: perception, decision and control
Hardware generations. Successive generations of perception, decision and control hardware are displayed in sequence, which makes the L4 barrier visible as an engineering problem rather than a software slogan. The useful question for a visiting engineering team is what each generation changed and what it cost — sensor count, compute, redundancy and validation.
Vehicle evolution and the Robotaxi itself
Vehicle platforms. Real vehicles from different stages of the programme are on display, allowing a direct comparison of how the autonomous kit has been integrated into the vehicle platform over time. The current Robotaxi is the stop most delegations come for: the roof sensor suite, the in-cabin interface and a live view of fully driverless operation.
Robotaxi and Robotruck commercial results
Two businesses. The business zone presents both lines together — Robotaxi services across four megacities and Robotruck deployment in trunk-line logistics, port transfer and long-haul freight — alongside domain controllers and the other commercial products in the portfolio. It is the clearest illustration of why the company describes itself as dual-track rather than simply a ride-hailing business.
The L4 discussion and the optional courses
The structured discussion is the substantive part of the visit, and it can be extended with short taught modules when a delegation has the time.
The tech-stack and safety session
L2 versus L4. The discussion covers the difference between assisted and fully driverless systems, the full-stack architecture, and the safety redundancy designed into the vehicle — how failures are detected, how the system degrades, and what remote assistance can and cannot do. This is the segment that most reliably changes how a visiting automotive team reads autonomy claims elsewhere.
Commercial operations and fleet economics
Operations and unit economics. Topics include how the service operates across four cities — pricing, service design, fleet scheduling and 24-hour coverage in some markets — and how the seventh-generation cost reductions change the unit economics. The question a fleet operator asks first is the one this session answers.
Global expansion and capital
Going abroad. The session covers the company's overseas footprint — testing and permits across multiple countries in Europe, the Middle East and Asia — including how compliance and localisation are handled in each market, and the mechanics of a US and Hong Kong dual-primary listing. For a delegation planning its own international expansion, the regulatory section is usually the most transferable.
What different teams take away
For automotive OEMs and suppliers — how an autonomy partner integrates with a vehicle platform, what the seventh-generation cost reduction implies for component pricing, and which parts of the stack remain proprietary.
For mobility and fleet operators — how a driverless service is actually run: scheduling, remote assistance, depot logistics, incident handling and the cost base a fare has to cover.
For logistics and freight businesses — where autonomous trucking is already commercial, which corridors are viable, and what the operational and safety requirements look like in practice rather than in a concept video.
For smart-transport and city authorities — how a demonstration zone is built and what a city has to provide: road infrastructure, regulatory pathway, data sharing and public acceptance. The same showroom should look different to each group, and the discussion is shaped around whichever one your delegation is.
Sample visit programme
| Session | What to expect |
|---|---|
| Future Mobility Hall walk | Thirty minutes across five zones: development milestones, global layout, hardware iterations, vehicle evolution and the Robotaxi and Robotruck businesses, with a company guide. |
| Robotaxi vehicle viewing | Close-up inspection of the current Robotaxi: roof sensor suite, in-cabin human-machine interface and a live view of fully driverless operation on real roads. |
| L4 technology discussion | Thirty minutes on the L2-versus-L4 distinction, the full-stack architecture and the safety redundancy designed into the system. |
| Commercialisation discussion | Thirty minutes on Robotaxi operations across the four first-tier cities, the Robotruck business, global expansion and the company's capital path, followed by open questions and a group photograph. |
| Optional short courses | Fifteen-minute taught modules on request: the L2 and L4 distinction, autonomy as a field of China-US technology competition, or an introductory session on autonomous driving for a general audience. |
The point of the hall is not the sensors on the roof. It is that the kit got cheap enough for the service to make money.
Practical notes for the day
Build in the drive. Yizhuang is in the south-east of Beijing, well outside the central districts, and a schedule that puts the visit on the same day as a flight is the most common planning error we see. We sequence the day around real road time rather than map distance.
Bring the right people. The visit pays off most when the delegation includes someone who owns the technical question and someone who owns the operational or commercial one, because the useful discussion usually sits between those two positions.
Interpretation matters. The vocabulary of sensor fusion, safety redundancy and regulatory approval does not survive casual translation, which is why interpretation on site is handled by people who work on these visits.
Questions before a Pony.ai visit
Where is the visit held? At the Future Mobility Hall in Yizhuang, Beijing, at Rongchang East Street, inside the city's high-level autonomous driving demonstration zone.
Is this the company's headquarters? The hall is the company's dedicated visitor and exhibition facility in Beijing, where the programme above runs. The company operates research centres in several cities in China and abroad.
What does the Robotaxi stop show? The current-generation vehicle with its roof sensor suite, the in-cabin interface, and a live view of fully driverless operation.
What does the Robotruck part cover? The autonomous truck business as deployed in trunk-line logistics, port transfer and long-haul freight, including the safety, efficiency and cost case, and the commercial results behind it.
Are the short courses suitable for a non-technical group? Yes. The taught modules are pitched for a general audience, and the L2-versus-L4 session in particular is designed to be usable without an engineering background.
How long does the visit take? About two hours on site as a standard module, extendable to a half-day with additional technical sessions.
What group size works best? The programme is best suited to groups of 10–20 participants. We charge per group, so larger groups usually offer better value per person. Individuals and smaller groups are welcome to enquire at a higher per-person rate. Larger delegations can be split across repeated sessions if that suits the schedule.
Is English interpretation provided? Yes. English interpretation on site is part of how the programme is run, including during the technical discussion.
How far in advance should we book? Around 30 days is the practical lead time, because the programme involves company specialists and internal scheduling.
Does the programme always run as described? It is built around the elements above. Facilities and areas opened on the day are subject to what the site opens, and we confirm the final scope in writing during planning, before you commit.
Arranging your Pony.ai visit
We arrange the visit for you end to end: the introduction to the host, the scheduling on the Chinese side and English interpretation on site. Tell us your dates, your delegation size and whether your focus is technology, operations or global expansion, and we will confirm what can be arranged. Start at chinatechvisits.com/company-visits.