The ultimate luxury is ensuring you remain unscathed, should the “unexpected” occur: Witness the warmth of CHERY TIGGO9 through a spiral rollover test.
How terrifying is the moment when a vehicle loses control? Especially on slippery winter roads, the fear of losing grip in an instant and the steering refusing to respond is enough to make any driver’s heart tighten. While no one wishes to experience it firsthand, it is precisely such extreme danger that defines the true safety foundation of a vehicle.
In April this year, Chery's flagship SUV, the TIGGO 9, proactively initiated a stunning "Spiral Rollover Challenge." This public test, highly simulating real loss-of-control conditions, was nothing short of a comprehensive exam in three-dimensional safety. Facing this trial was the TIGGO 9's safety ace—the Multi-Dimensional Shield Body.The moment the vehicle traced a spiral curve through the air, every question about what makes a flagship truly safe converged into one ultimate test.
TIGGO9 Spiral Rollover Challenge
A Real-World Test Under Spiral Rollover Conditions
A spiral rollover is not merely a single "rollover event." When a vehicle suddenly loses stability during high-speed evasion, skidding on slippery surfaces, or encountering uneven terrain on mountain roads, it often enters an unpredictable series of rolls. This poses a significant risk of structural collapse, occupant ejection, or crushing—an extreme scenario that users deeply worry about but find hardest to anticipate. Chery brought this scenario to the forefront: during the Spiral Rollover Challenge, a Chery TIGGO9 accelerated onto a single-sided ramp at approximately 68 km/h. The moment its front wheels lifted and the vehicle lost support, it was propelled into the air, executing an approximately 180-degree flip before falling freely from a height of 1.1 meters. The vehicle first made contact with the ground via the rear, followed by the side, closely replicating real-world situations such as loss of control during high-speed evasion, skidding on rain-slicked or snowy roads, or misaligned landings during off-road driving.
Even after enduring successive impacts, the Chery TIGGO9's passenger cabin maintained its structural integrity. The roof and main pillars showed no significant deformation that would compromise the survival space, all four doors remained operable under normal conditions, and the interior protective structures and functional layouts stayed clearly intact. This means that during continuous rollovers and multi-directional impacts, occupants would not be subjected to crushing due to cabin deformation, as the survival space remains secure.
The Foundation of the Body Structure's Stability
Maintaining cabin integrity under such conditions relies not on partial reinforcement but on the comprehensive defensive capabilities of the "Shield Multi-Dimensional Body." The Chery TIGGO9's body structure utilizes approximately 85% high-strength steel, with critical areas such as the A/B/C pillars and sill beams incorporating about 21% hot-formed steel. This establishes a solid skeletal foundation for resistance to bending, torsion, and compression. This material strategy is not merely about "adding strength"; rather, it ensures the overall frame maintains structural coherence when subjected to twisting, bending, or partial compression, preventing sudden collapse due to stress concentration at any single point.
Equally important is the design of energy absorption pathways within the body. The TIGGO9 incorporates multiple pathways along longitudinal, transverse, and circumferential axes. When the vehicle experiences successive impacts during a spiral rollover, the force is not concentrated on any single area, which could lead to deformation or failure. Instead, the impact is "dissipated" along these designed pathways. As a result, the TIGGO9 retains a complete cabin structure even after continuous rollovers, providing a solid protective shell for occupants.
The Systematic Expression of Omni-Directional Protection
Beyond structural safeguards, the Chery TIGGO9's occupant protection systems were also showcased during the challenge. In extreme rollover conditions, TIGGO9's integrated protection system remains fully operational, immediately deploying what can be termed a "life-safety net" for occupants. At the first indication of instability, the side curtain airbags rapidly deploy, covering all three rows of seating to cushion the heads and upper bodies of occupants. Subsequently, the pre-tensioning force-limiting seatbelts promptly tighten, helping to keep occupants in relatively secure positions and mitigating secondary impacts upon landing. After the vehicle comes to rest, functions such as hazard warning lights remain operational, and the doors can be opened smoothly, facilitating evacuation and rescue. Through this real-world challenge, users can gain a more intuitive understanding of how the TIGGO9 is equipped with well-prepared "contingency measures" for every phase of an unexpected extreme event. This all-encompassing, fail-safe protective capability forms a solid safety foundation for family travel, delivering a safety promise worthy of trust.
This was far more than just passing a test. It was a clear answer to the deepest fear we hold while gripping the steering wheel: when the worst happens, is everyone in the vehicle truly being protected?
Chery defines its flagship by safety, perhaps precisely because it understands this: the very premise for all exhilarating power, luxurious interiors, and intelligent technology is to ensure people can arrive at their destination with peace of mind. The trajectory of the spiral rollover traced not only a challenge to physical limits but, more importantly, a brand's utmost reverence for life. Through its "Multi-Dimensional Shield" body structure, the TIGGO 9 shows us that true luxury lies in constructing an inviolable sanctuary of safety—even when the world turns upside down.
The road may hold unforeseeable dangers, but the protection built from technology and commitment will ultimately make every departure begin with unwavering assurance.