Built for Real Protection: Chery TIGGO9’s Multi-Dimensional Shield Safety Structure Delivers a Mobile Safety Fortress with 85% High-Strength Steel and Intelligent Energy-Absorption Paths
Today's car buyers demand vehicles that are not only safe and reliable, but also deliver all-around performance in comfort, power, and premium quality. As Chery's globally-oriented flagship model, TIGGO9 has been continuously refining its comprehensive capabilities. In 2025, it undertook a series of extreme challenges, responding to user expectations for high-quality travel with a more mature product performance. A key moment came at this year's Chery Brand User Summit, where TIGGO9 participated in a public live demonstration of a 15° small-overlap crash test, clearly showcasing its structural integrity and real-world performance under extreme impact conditions.
The 15° small-overlap crash is one of the most hazardous scenarios on real roads. It tests not a single feature of a vehicle, but the integrated strength of its entire structure, energy absorption pathways, and cabin stability. In a live demonstration, Chery transforms safety from a list of specifications into verifiable, visible performance. It's a powerful promise to families, proving the reliability a flagship SUV must provide when every millisecond counts.
Structural Protection: High-Strength Framework for a Rigid Cabin
Surviving a 15° offset impact with a stable passenger cabin starts with a solid structural foundation. TIGGO9's body is built with 85% high-strength steel, of which 21% is hot-formed steel with a tensile strength of up to 1,500 MPa, strategically placed in key load-bearing areas such as the A-pillars, B-pillars, and rocker sills. This material selection isn't just about maximizing rigidity—it forms a highly torsion-resistant and bend-resistant safety cage around the occupants. In such an offset impact scenario, where forces concentrate on a structurally weaker side, the high-strength steel framework ensures the passenger cabin maintains its shape. The A-, B-, and C-pillars show no structural deformation, and all four doors can open normally post-impact, demonstrating the significant safety margin achieved through robust structural integrity.
Energy-Absorbing System: Multi-Directional Load Paths with Controlled Deformation
A vehicle's performance in an offset impact is ultimately determined by its ability to channel and dissipate energy in a controlled manner. To achieve this, TIGGO9 employs a six-crash-box design at the front, enabling a larger section of the structure to engage as the first line of defense. This effectively prevents energy from concentrating on a single point.
Deeper within its structure, TIGGO9 incorporates a "3-Layer Frontal Impact, 18-Path Energy Management System." This system guides impact forces along predefined routes, where they are progressively stepped down. The first layer is responsible for rapid energy absorption from the initial impact. The second layer then distributes the remaining force to crossmembers, longitudinal rails, and other reinforced areas. Finally, the third layer conducts a deeper transfer of any residual energy. This multi-channel, multi-stage approach ensures the deformation process is both directional and precisely controlled.
When subjected to a side impact, TIGGO9's body structure utilizes a "Dual-Layer, 10-Path Energy Management System" for synergistic energy absorption. This system rapidly directs lateral forces away from the passenger cabin and into stronger sections of the vehicle frame, significantly reducing the risk of cabin intrusion. Rather than merely resisting the impact, this integrated multi-path, multi-layer system provides controlled "escape routes" for the energy, ensuring the occupant cabin—the user's utmost priority—remains intact in that critical instant.
Passive Safety: Full-Cabin Protection with a Complete Safety Loop
After the structural integrity and energy management systems form the first two barriers, TIGGO9's passive safety features provide the final layer of defense, completing the comprehensive protection loop. The vehicle comes standard with ten airbags. This includes full-length side curtain airbags that cover all three rows of occupants, offering extensive and sustained protection, along with a far-side airbag to mitigate the risk of secondary impacts between passengers. Additionally, the seatbelts with pre-tensioners and force limiters instantly tighten upon collision and manage the restraining force within a safer range, ensuring occupants remain in a more stable position throughout the impact.
It is noteworthy that after undergoing the 15° small-overlap crash test, TIGGO9 retained full functionality of all four doors. The vehicle's safety system responded promptly, with the hazard lights activating automatically. Both the high-voltage and fuel systems maintained their safe, post-crash status. These post-impact details are a critical part of its systematic safety approach, significantly aiding occupant egress and streamlining rescue operations.
As users' demands for family travel safety continue to rise, automotive brands must evolve their safety narrative—from data to tangible proof, and from lab tests to real-world validation. Through the extreme 15° small-overlap crash test, TIGGO9 demonstrates not just an isolated technological achievement, but the strength of a holistic safety system. A skeleton built with a high percentage of high-strength and hot-formed steel provides a stable structural foundation. Six crash boxes and a multi-path energy absorption system work in tandem to disperse impact forces rationally. Meanwhile, comprehensive passive cabin protection secures occupants at the critical moment. Together, these technologies give TIGGO9 the confidence to "hold steady" in extreme scenarios, making exceptional crash performance a cornerstone of its annual product strength and showcasing the safety leadership expected of a true global flagship SUV.