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Compiled on May 9, 2026, this edition of Gasgoo Daily looks at three signals from China’s automotive industry: Chery’s move to localize Bosch ADAS in Europe, Pony.ai’s UK robotaxi expansion, and XPENG’s bid to sell its smart-vehicle engineering stack globally. The pattern is no longer just exporting cars — it’s exporting software, platforms, and integration know-how.
Chery has signed a project agreement with Bosch in Paris for its first localized advanced driver assistance system program in Europe. The supplier package will be rolled out across six new Chery models, a sign that Chinese automakers are bringing China-developed smart-driving capability closer to European roads.
The program uses Bosch’s fourth-generation multi-purpose camera, or MPC4, and an integrated driving-and-parking system built around the camera. Bosch says production starts in 2028 and is expected to exceed 800,000 units over five years. Across the broader MPC4 platform, Bosch has collected nominations for more than 50 vehicle models and total orders of more than 10 million units.
Bosch is also widening global validation of its ADAS portfolio. Its one-stage advanced driver assistance solution has finished testing and validation in Germany, France, and Japan, and road-adaptation verification is planned for North America, the Middle East, Southeast Asia, and multiple EU markets by the end of 2026. Localized engineering, testing, and regulatory-certification teams are handling that work.
The MPC4 design matters because it lets one central camera handle a wide range of tasks, from adaptive cruise and lane keeping to low-speed parking maneuvers. That reduces the need for separate controllers and lowers overall system cost — two factors that are increasingly important as automakers face margin pressure in Europe.
For Chery, this is not merely a procurement deal. It is a way to meet European safety expectations in areas such as emergency braking, lane-keep warnings, and newer Euro NCAP protocols while keeping a single supplier accountable for safety-critical software. The long production horizon also gives Chery a stable baseline for its electrified lineup in Europe.
What stands out is the shift from “add ADAS to a car” to “build an ADAS program around local requirements.” Chery and Bosch are effectively treating Europe as a separate engineering market, not just a sales region.
Pony.ai, Uber, and Verne have confirmed that Pony.ai’s seventh-generation robotaxi has arrived in Manchester, the UK’s second-largest metropolitan area, where vehicle testing is already underway. The announcement came within a week of the trio’s London project, giving Pony.ai a two-city footprint along the UK’s central economic corridor.
Manchester offers a different operating mix from London: high-density short-distance trips and suburban connectivity. Testing in both environments allows Pony.ai to see how its autonomous driving software handles dense city traffic versus broader suburban routes, all within the same regulatory framework.
The operating model splits responsibilities clearly: Pony.ai provides the autonomous driving technology, Verne manages local fleet operations, and Uber supplies passenger demand through its global network. The same three-way structure was used in Zagreb, where Pony.ai launched Europe’s first commercial robotaxi service and later moved to fully driverless passenger-carrying tests five months after launch. This playbook is designed to be repeatable, and Manchester is the next test case.
Pony.ai has said it plans to deploy more than 2,000 robotaxis across five European cities. The Manchester deployment is part of that expansion, alongside separate pushes in the United Arab Emirates, Singapore, and South Korea. Neither Pony.ai nor its partners have disclosed a specific commercial launch date for Manchester, but the rapid London-to-Manchester sequence suggests the company sees the UK as one connected market rather than a series of one-off city pilots.
Verne’s role as local fleet operator is also important. Pony.ai does not want to own garage networks or maintenance operations in every city. Having a local partner that understands UK charging infrastructure, vehicle servicing, and passenger regulations should make scaling easier once paid robotaxi permits are granted.
The deeper story here is timing. Autonomous vehicle companies are under pressure to show real deployments, not just test permits. Pony.ai now has two UK cities running in parallel, plus an existing commercial service in Zagreb, which gives investors and partners a clearer picture of how quickly the model can travel across borders.
At a Paris automotive summit, XPENG chairman and CEO He Xiaopeng laid out a plan to turn the company’s in-house know-how into a commercial platform for outside automakers. The business, called XPENG AI ENGINEERING, will offer cooperation across vehicle development, manufacturing, and after-sales services. He was the only Chinese carmaker CEO invited to speak at the summit.
The offering has three layers:
XPENG is also extending the model beyond cars. Its Physical AI ecosystem covers humanoid robots, Robotaxi, flying cars, Turing AI chips, and foundation models for the physical world. Those are available as partnership building blocks as well.
He also said XPENG’s Robotaxi business is in “in-depth discussions” with several leading European mobility platforms, with further partnership announcements expected soon. The company’s stated approach is to share technology, help partners build their own capabilities, and support independent innovation through deeper collaboration rather than simple black-box supply.
The toolchain offering is a clever door-opener. Remote calibration, EOL testing, and diagnostics can be adopted by partners even if they are not ready to buy the full vehicle platform. That allows XPENG to start with smaller, non-exclusive contracts and build trust before moving into deeper architecture deals.
A useful reference point is XPENG’s existing collaboration with Volkswagen on electrical/electronic architecture in China. That relationship gives XPENG credibility beyond its own brand and makes its open-platform pitch less theoretical. Still, no non-Chinese automaker has yet been named as a customer for XPENG AI ENGINEERING, so the market will be watching for the first confirmed partnership.
These three stories point in the same direction: Chinese autos are moving from exporting hardware to exporting system integration. Chery is localizing ADAS with a European supplier; Pony.ai is scaling a proven robotaxi platform through local partners; XPENG is effectively turning its engineering department into a licensed product. The line between Chinese automakers and global technology suppliers is becoming harder to draw, and the next few months will show how quickly that new model spreads beyond announcements.
