Certification significance of the Euro NCAP certified CPD newborn dummy

This certification confirms the dummy’s ability to support the development and validation of in-cabin monitoring systems These systems are designed to detect unattended children in vehicles. The 4activeOD-newborn simulates a newborn’s breathing and micro-movement. As a result, it enables reliable testing across radar, infrared and camera-based detection technologies. Moreover, its lifelike skin texture and realistic thermal signature further enhance system calibration and performance.

Importantly, the 4activeOD-newborn is currently the only newborn dummy certified under the Euro NCAP CPD protocol, making it a unique and essential tool for safety validation.

Industry importance and safety standards for the Euro NCAP certified CPD newborn dummy

The dummy was developed as part of the CPD Consortium, a collaborative initiative involving over 34 OEMs, Tier 1 suppliers, research institutions and safety experts. Specifically, the consortium’s goal is to define and standardise effective, real-world solutions for child presence detection—an increasingly critical area in automotive safety.

Moreover, with upcoming regulations in the EU and other regions requiring CPD systems in new vehicles, certified tools like the 4activeOD-newborn are therefore vital for compliance, type approval and consumer trust.

Technological Highlights

• Realistic simulation of newborn breathing and body movement
• Compatibility with radar, infrared and camera-based systems
• Lifelike skin texture and thermal signature
• Robust design for repeatable testing in lab and real-world conditions

Comprehensive Product Family

The 4activeOD product family includes dummies representing newborns, 1-year-olds, 3-year olds (coming soon) and 6-year-olds. This allows for comprehensive testing across a range of child ages and body types. As a result, manufacturers can meet evolving regulatory requirements and rising consumer safety expectations. In addition, the product family supports the development of more adaptive and inclusive in-cabin monitoring systems.