Gasgoo Munich-On June 26, 2026, HIMA TECH DAY — featuring a dedicated technical session on Huawei's Turing platform — kicked off in Shanghai. It marks the first time Huawei has systematically unpacked its chassis technology. As the new-energy vehicle industry enters its second half, the battleground for vehicle intelligence is shifting from standalone smart cabins and driver-assist systems down to the foundational chassis architecture.
In traditional auto manufacturing, mechanical hardware specs set the ceiling for chassis performance. Huawei’s Turing platform flips that script. By deeply embedding computing power, communication architecture, and AI algorithms, it transforms the chassis from a passive mechanical component into an intelligent system capable of "perceiving, thinking, and executing."
Computing and Communication: The Underlying Logic of Chassis Intelligence
Traditional chassis rely on distributed electronic control units to separately manage driving, braking, steering, and suspension — a fragmented architecture that makes synergy among components nearly impossible.
Image credit: HIMA
The Turing platform’s core breakthrough lies in "upward control shifting and full-dimensional synergy." Powered by the Huawei Digital Chassis Engine, it consolidates six control domains — drive, brake, suspension, steering, body, and thermal management. End-to-end dispatch capacity outpaces traditional solutions by more than 10 times, while minimum decision latency drops to just 1 millisecond.
That capability is built on Huawei’s deep foundational expertise in computing and communications.
On the computing side, the Turing platform employs a three-level cache architecture to cut data queuing times in main memory, easing computational bottlenecks. A hardware-level "zero-value filter" automatically strips out invalid data before processing, while multi-precision parallel computing eliminates the time-drain of the industry's traditional serial calculations.
On the communication front, Huawei has carved out a dedicated "VIP data line" for the chassis, ensuring priority transmission for critical commands during events like skidding or tire blowouts. The platform processes 100 skid calculations per second and completes full-link recognition and response within 2 milliseconds.
This technical approach has already proven its mettle in the real world.
Image credit: Luxeed Auto
In 2025, the Luxeed R7 — equipped with the Huawei Turing platform — underwent evaluation in the CAERI-initiated "Smart Chassis Pioneer Program," earning a "benchmark vehicle" rating. The Luxeed R7 also posted an 82.3 km/h speed in the moose test.
From Passive to Active: Reengineering the User Experience
The upgrades delivered by the Turing platform ultimately crystallize across three dimensions: effortless handling, enhanced comfort, and ultra-safety.
For handling, the platform deploys millisecond-level torque distribution between the front and rear wheels, eliminating the twin pain points of entry understeer and exit oversteer. The 5.48-meter Maextro S800, for its part, achieves a tight 5.05-meter minimum turning radius thanks to large-angle rear-wheel steering.
On the comfort front, cross-domain synergy between the chassis and ADAS reuses ADS sensors for road preview, adjusting suspension damping proactively. To tackle the motion sickness common in EVs, the platform orchestrates drive, brake, steering, and suspension inputs for systematic mitigation. In real-world usage, Huawei’s Turing platform has activated its motion-sickness relief function 1.034 million times.
On the safety front, the platform fuses multi-source data from wheel-end motor resolvers, tire pressure monitors, and wheel speed sensors. In the event of a tire blowout, it can identify and respond to the crisis more than five times faster than a human driver.
Image credit: Maextro Auto
Notably, if a blowout occurs while ADAS is engaged, the smart driving system directly takes over the vehicle rather than disengaging. Meanwhile, the next-generation Turing Longxing platform — mounted on the Maextro S800 Grand Design — features an 800V fully active suspension architecture with a maximum single-wheel lifting force exceeding 12 kN. Its debut Domain Fusion Architecture 2.0 improves road-condition recognition accuracy by 50% while halving latency. The active suspension also introduces omni-directional pre-lift: when a collision is unavoidable, it raises the body to absorb the impact with its stiffest structure, minimizing cabin intrusion.
Since its launch in November 2023, the Huawei Turing platform has undergone three structural technology upgrades, with its innovations now deployed across HIMA’s five "Jie" series vehicle lines.
From an evolutionary standpoint, the Turing platform remains anchored around "full-dimensional perception and intelligent control" — continuously broadening perception, centralizing control, and refining actuators.
When the chassis is no longer just a collection of "strong limbs" but gains a "thinking brain" and "perceiving eyes," the competitive logic of the automotive chassis is being rewritten entirely.
