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OCAR / STOPART / YANGWANG U9X
YANGWANG U9 XTREME · RECORD FEATURE

Beyond 503.17 km/h.
A reason to understand braking.

Start with the documented event, then explore the component questions relevant to an enthusiast's own car.

OCAR Shenzhen · Carbon-ceramic knowledge and application dialogue
503.17km/h1 NOV 2026 · ABU DHABI · SINGLE-DIRECTION RUN
STOPARTVehicle and component knowledgeKeep the caliper. Explore the rotor.

The event and the record category

BYD's announcement of 6 November 2026 reports that the YANGWANG U9 Xtreme reached 503.17 km/h in Abu Dhabi on 1 November. The stated categories concern the highest speeds of a production car and an electric production car in a single-direction run. Its earlier 496.22 km/h result dates to September 2025.

From a headline to useful questions

A vehicle record encourages interest in the engineering system as a whole. For enthusiasts researching brakes, a useful next step is to understand where the components work and how their roles connect, rather than relying on one memorable number.

Rotors, pads and the wheel end

A rotor discussion also involves its friction partner, the caliper and supporting components. Those subjects can be connected to wheel-space preferences, service arrangements and the way the vehicle is used.

Bring the research back to your application

When exploring STOPART carbon-ceramic products, start with your vehicle, year, current brakes and the parts you want to retain. OCAR helps organise those questions for a clearer product and cooperation conversation.

Sources

  1. BYD: U9 Xtreme achieves 503.17 km/h in Abu Dhabi · 2026-11-06

Continue with a useful next step.

DENZA Z9GT

Global attention. Component understanding.

Explore the campaign, published reporting and practical questions.

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Vehicle enquiry

Bring the questions back to your vehicle.

Organise a vehicle, brake and cooperation enquiry.

Explore →

Connect good products with a clear application.

For enthusiasts, workshops and international partners, begin with the vehicle and the intended use.