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Passive safety systems and automotive component testing

We demonstrate your compliance with regulatory requirements and automotive manufacturers' specifications to ensure safety systems function as intended.
Passive safety system

What is passive safety systems testing?

Passive safety system and component testing evaluates the safety and reliability of vehicle parts that are designed to protect occupants during a collision. These systems include airbags, seatbelts, head restraints, and dashboards. They are subjected to various tests to assess their performance under different conditions, such as temperature variations and high humidity. TÜV SÜD's state-of-the-art testing facilities and extensive technical expertise ensure that these components maintain their strength and durability over time.

Why passive safety systems and automotive interior and exterior component testing is important

Passive safety testing ensures that safety systems function as intended during accidents by demonstrating compliance with regulatory requirements and automotive manufacturers' specifications. It also helps to uncover design defects early in the product development process, minimising the risk of costly recalls and litigation. Comprehensive automotive interior testing and exterior testing also ensures that components can withstand a range of environmental conditions, protecting drivers and passengers from serious injury or death.

How TÜV SÜD can help you with passive safety systems testing

TÜV SÜD has been a trusted testing and certification partner for the automotive industry for over a century. Our global network of technical experts and advanced testing facilities provide the complete solution for compliance with all relevant regulations and standards.

We offer comprehensive automotive interior testing, exterior testing, type approval, and certification services for various passive vehicle safety systems and components, including bumpers, doors, roofs, seats, seatbelts, and airbags. Our capabilities enable us to thoroughly assess the effectiveness of these systems under a wide range of conditions.

Our state-of-the-art testing facilities are located near major automotive development centres around the world. They are equipped with the most advanced testing and environmental simulation equipment, as well as computerised measurement systems and video recording equipment.

These capabilities, combined with our extensive technical experience, enable TÜV SÜD to thoroughly assess the effectiveness of passive vehicle safety systems and components under a wide range of conditions.

How TÜV SÜD can address your passive safety systems challenges

  • Regulatory Compliance

    Regulatory compliance

    Manufacturers and suppliers must demonstrate compliance with ever-evolving regulatory requirements and standards, which can be complex and time-consuming.

  • Technological Change

    Technological advancement

    Manufacturers must continually innovate safety system design which requires rigorous testing and validation to verify that new components perform as intended.

  • Save Time and Money

    Cost and time efficiency

    Extensive testing guarantees the safety and durability of components, but it must be streamlined to minimise costs and time.

  • Hand with Secure Checkmark

    Design defects and quality control

    Identifying and addressing design defects early in the product development process is crucial to avoid costly reworks and potential litigation.

  • Environmental Considerations

    Environmental conditions

    Passive safety systems must maintain strength and functionality under a wide range of environmental conditions, from extreme temperatures to high humidity.

  • Stakeholders

    Supply chain management

    Effective supply chain management is required to facilitate consistent quality and timely delivery of components so safety and performance is not impacted.

  • Target

    Market competition

    Manufacturers must constantly strive to differentiate their products through superior safety features, which requires continuous investment.

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