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理想汽车回应i8碰撞测试:目的只为验证被动安全性能,测试结果不应被解读为对其他品牌产品质量的论断
Xin Lang Cai Jing·2025-08-03 14:32

Core Viewpoint - The company emphasizes the importance of user safety and aims to enhance the passive safety performance of the Li Auto i8 through rigorous collision testing conducted by a third-party authority [1][2]. Group 1: Purpose of the Test - The collision safety test was conducted to scientifically validate and continuously improve the passive safety performance of the Li Auto i8, utilizing a "short front suspension safety structure" design [1]. - The test aimed to simulate critical collision scenarios that users may encounter, ensuring the vehicle's safety in real-world conditions [1]. Group 2: Test Performance - The Li Auto i8 features an innovative short front suspension safety structure with three longitudinal force transmission paths and 11 energy-absorbing structures in the front compartment, effectively mitigating impact forces during frontal collisions [2]. - The test results showed no significant deformation in the A, B, and C pillars, and all nine airbags deployed correctly, indicating a high level of passive safety [2]. Group 3: Public Opinion Impact - The test was not intended to evaluate the quality of other brands, and the involvement of the Dongfeng Liuzhou Motor brand was unintentional; the company clarifies that it does not compete directly with this brand [3]. - The company aims to clarify misunderstandings arising from the test and promote healthy industry communication [3]. Group 4: Discussion on Standards - The Li Auto i8 was developed in accordance with the latest national standards and has met the highest evaluations from authoritative third-party tests, including C-NCAP and C-IASI [4]. - The vehicle development included over 100 enterprise testing scenarios, ensuring comprehensive safety measures [4]. Group 5: Future Commitment - The company expresses confidence in the safety of the Li Auto i8 and the overall progress of the automotive industry's safety development, committing to continuous innovation in automotive safety technology [5].