Autoliv Advances Vehicle Safety Through Virtual Testing

Autoliv launches its Human Body Model Safety Suite for virtual crash testing, with Toyota evaluating the platform ahead of wider industry rollout in 2026.

Rhea-AI Summary

Autoliv (ALV) has introduced its Human Body Model (HBM) Safety Suite, a virtual testing platform designed to enhance vehicle safety development. Toyota is the first customer to start using the suite to evaluate its capabilities within virtual safety development activities. The platform integrates a detailed digital human body model with analysis and visualization tools to study complex crash conditions and occupant injury mechanisms that are difficult to assess with physical dummies alone. Autoliv plans to make the HBM Safety Suite broadly available across the automotive industry in 2026.

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STOCKHOLM, Sept. 8, 2026 /PRNewswire/ -- Autoliv, Inc. (NYSE: ALV) (SSE: ALIVsdb), the worldwide leader in automotive safety systems, is advancing the development of virtual testing through its Human Body Model (HBM) Safety Suite. The platform is designed to support the development of safer vehicles, with Toyota as the first customer onboarded to evaluate its capabilities.

Virtual testing can be used for analyzing complex crash conditions that are difficult to replicate physically. It is becoming an important complement to physical crash testing in the automotive industry, driven by shorter vehicle development cycles, evolving safety requirements, and the need for earlier insights during vehicle development.

As regulations and consumer rating programs move toward greater use of virtual methods, Autoliv supports the automotive industry to meet evolving requirements, accelerate innovation, and advance protection for a more diverse range of occupants.

Autoliv Human Body Model Safety Suite

Autoliv's HBM Safety Suite is an integrated virtual safety platform that combines an advanced Human Body Model for crash simulation with dedicated software tools for analysis, visualization, and decision-making. The Human Body Model is a detailed digital representation of human anatomy, that can provide insights into occupant response and potential injury mechanisms that are not available from physical dummies alone.

"Virtual testing is becoming an increasingly important part of how the automotive industry advances vehicle safety. Autoliv's HBM Safety Suite provides detailed insights into how the human body may respond in a crash, helping engineers evaluate and optimize safety performance earlier in the development process. By combining advanced Human Body Models with dedicated analysis and visualization tools, we can support the development of safer vehicles and contribute to our vision of Saving More Lives," said Fabien Dumont, Chief Technology Officer at Autoliv.

By transforming complex simulation data into clear, actionable insights, Autoliv's HBM Safety Suite helps to evaluate safety performance in virtual environments and optimize safety solutions for a diverse range of occupants. Used alongside physical crash testing, the platform provides additional insights into occupant response and injury mechanisms to support the development of safer vehicles, while also helping reduce lead times and enabling to improve cost efficiency.

Toyota has recently started using Autoliv's HBM Safety Suite to evaluate its capabilities as part of its virtual safety development activities. Autoliv plans to make the platform available more broadly across the industry in 2026, supporting automakers as virtual testing becomes a more important complement to physical crash testing.

For more information about HBM Safety Suite, please visit HBM Safety Suite | Autoliv.
Images and video: Media Gallery and YouTube.
Inquiries: Autoliv.com

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SOURCE Autoliv

FAQ

What is Autoliv's Human Body Model (HBM) Safety Suite?

Autoliv's HBM Safety Suite is an integrated virtual safety platform that combines an advanced Human Body Model for crash simulation with dedicated software tools for analysis, visualization, and decision-making. It provides detailed insights into occupant response and potential injury mechanisms that are not available from physical crash test dummies alone.

How does virtual testing with the HBM Safety Suite complement physical crash testing?

The HBM Safety Suite is used alongside physical crash testing to analyze complex crash conditions that are difficult to replicate physically. By transforming simulation data into actionable insights, it helps evaluate safety performance in virtual environments, supports development of safer vehicles for a diverse range of occupants, and can reduce development lead times and improve cost efficiency.

What role does Toyota play in the adoption of the HBM Safety Suite?

Toyota has started using Autoliv's HBM Safety Suite to evaluate its capabilities as part of its virtual safety development activities, making Toyota the first customer to be onboarded to the platform.

When will the HBM Safety Suite be more broadly available to the automotive industry?

Autoliv plans to make the HBM Safety Suite available more broadly across the automotive industry in 2026, as virtual testing becomes a more important complement to physical crash testing.