Chery company conducted strength tests: In today’s era, numerous vehicles are renowned for their powerful performance and exceptional structural integrity. In the event of an accident, the occupants sustain minimal injury a testament to the robust build quality engineered into vehicles by these manufacturers.
Occasionally, even in severe crashes where the chances of survival appear negligible, occupants manage to survive, sustaining only minor injuries. This survival is attributed solely to the robust structural features and overall durability of the vehicle, which shield the occupants from significant hazards and prevent any form of physical harm.
A Chinese automotive manufacturer recently demonstrated this capability through a rigorous test involving two vehicles colliding from the front and rear; let us examine the results of this experiment.
Table of Contents
A Three-Way Collision
Chery company conducted strength tests: In this scenario, the company utilized not just one, but three vehicles for the collision test, with the Tiggo 9 serving as the primary subject.
The vehicle was subjected to a multi-directional impact: a head-on collision at a speed of 50 km/h, followed simultaneously by a rear-end impact from a moving barrier traveling at 40 km/h. As is clearly visible, the impact parameters including the positioning of the other Tiggo 7 vehicle involved were meticulously calibrated.
Although the spectacle was visually dramatic and intense, the vehicle sustained damage primarily to its exterior shell; the passenger cabin remained largely intact and suffered no structural compromise.
It is worth noting that this test setup was specifically designed to simulate simultaneous front and rear collision scenarios a sophisticated and advanced testing methodology that goes far beyond standard crash test protocols.
Structural Integrity Analysis
Chery company conducted strength tests: Our analysis of this test revealed that the vehicle’s structural integrity remained remarkably sound. No significant deformation was observed in the A, B, C, or D pillars. Consequently, the passenger cabin remained completely unaffected by the frontal impact, and the rear-end collision resulted in minimal structural alteration to the boot space.
A critical finding was the preservation of a substantial “safety zone” for the passengers; this ensured a high probability that the impact forces would not intrude into the passenger compartment, thereby effectively dissipating the collision energy within the vehicle’s structural framework. It appears to deliver effective performance.
the Scope of Safety
Chery company conducted strength tests: Speaking of this comprehensive safety aspect, the Tiggo 7—which played a pivotal role in the press simulation—delivered a truly exceptional performance.
Chery has stated that this test demonstrates a consistent standard of safety engineering across all models in the Tiggo lineup, indicating that vehicles manufactured by Tiggo are poised to prove highly safe. This commitment to safety is evident not only in flagship models like the Tiggo 9 but is also present in some of its base models.
It is worth noting that this meticulously orchestrated crash test is described as an integral part of Chery’s extensive global safety validation strategy.
The company is conducting various tests across international markets including evaluations involving exposure to seawater, verification of performance in extreme desert heat, and assessments of structural body integrity in a concerted effort to ensure its vehicles are robust and of the highest quality.
What is the Reality ?
Chery company conducted strength tests: When we look at the actual reality, similar real-world accident scenarios can be observed frequently across India, where occupants of vehicles often face significant challenges and hazards.
For instance, during the launch of one of its flagship products, Tata Motors demonstrated a high-impact crash scenario designed to showcase the vehicle’s superior safety capabilities a test in which the vehicle emerged with an impressive performance.
The company has replicated this approach with several of its other vehicles, even demonstrating head-on collisions to the public, thereby providing a tangible insight into the vehicle’s structural integrity.
With the growing emphasis on real-world safety scenarios, automotive manufacturers are conducting a wide array of tests on their vehicles to validate their performance under complex and challenging conditions.
Image Cr: Automotive News
