Xiaomi YU7 GT sets first driverless lap record at the Nurburgring

The Nurburgring Nordschleife circuit in Germany is famous for testing human skill and vehicle endurance. But the times are changing, and the track hosted an unusual record attempt that required no human skill at all. Xiaomi announced that its YU7 GT electric SUV completed the first automated lap at the circuit without a driver.

The autonomous YU7 GT recorded a lap time of 10 minutes and 29.483 seconds. For a racetrack that stretches 12.9 miles and has more than 70 corners, navigating the entire course safely is a difficult task for a person, let alone for a computer. The track is a dynamic environment where artificial intelligence must handle rapid weight transfers, tire slip angles, and precise braking decisions in milliseconds.

To understand the meaning of this lap time, we must look at the results through two different lenses. For an experienced track amateur or a hobbyist driving mid-tier sports cars, a ten-minute lap is quite relaxed. These drivers generally look to break the nine-minute barrier, with the more ambitious ones targeting eight minutes. So for now, human racers do not need to worry about losing their track privileges to robots just yet.

Cautious first-time drivers taking their daily commuter cars out for a safe lap during public days at Nurburgring, typically finish in around 11 minutes. The AI managed to match this pace perfectly. It completed the lap safely, proving that autonomous software can handle basic high-speed vehicle dynamics, even if it drives like a nervous sightseer.

A professional racing driver is still much faster than the current AI software. During the early development of the Xiaomi YU7 GT, Ren Zhoucan set an electric SUV record of 7 minutes and 22.755 seconds. Separate validation records also documented an alternative initial lap time of 7 minutes and 34.931 seconds. We need to point out that the autonomous YU7 GT seemed to have had its top speed limited to 130 mph during the record run.

The driverless run was exactly 3 minutes and 7 seconds slower than the professional human benchmark. This gap shows the clear difference between careful algorithmic safety parameters and human boundary testing. The computer values survival, while the human racer values lap times, but it won’t be long before the gap starts to shrink.

The hardware inside the Xiaomi YU7 GT uses a 897V Silicon Carbide high-voltage platform alongside a 101.7 kWh ternary lithium battery pack. This system powers a duo of proprietary V8S EVO electric motors. Engineers designed the propulsion assembly to generate a peak output of 738 kW, which is equal to 1,003 horsepower.

This much power allows the SUV to accelerate from zero to 62 mph in 2.92 seconds, and onto its limited top speed of 186 mph. Battery management remains crucial for high-performance electric cars under these conditions. Under standardized test conditions, the vehicle achieves a certified CLTC range of 438 miles on a full charge.

When the battery runs dry, the high-voltage charging architecture can add up to 354 miles of range in around 15 minutes. To prevent common thermal bottlenecks that hurt many modern EVs, the battery integration uses an advanced cooling layout. This cooling system lowers core temperature spikes during rapid energy discharge, ensuring uniform current density across the cells.

The technology in all Xiaomi vehicles is advanced, but recent sales data reveal a big contraction in consumer demand. According to China EV DataTracker, domestic sales volumes reached 8,736 units in May 2026 - 11.5 percent month-on-month drop from the 9,876 units distributed in April 2026.

The spring sales numbers show a sharp decline from the peak delivery periods recorded a few months earlier. Xiaomi sold 37,869 units in January 2026 and hit a peak of 39,089 vehicles in December 2025. Can driverless track records convince more buyers to return to the brand? We will need to wait a few months for that answer.

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