Latest Crash Sled now Operational: ZF TRW Adds to Investment in Anting Research Center, China
Apr 12, 2016
Latest model INSTRON® Servo S
Latest generation dummy calibration devices
Advanced front and side impact testing
Extends comprehensive safety system engineering equipment already in place
ZF TRW, the active and passive safety division of ZF Friedrichshafen AG, is today opening the crash sled section of its Anting Technical Centre – underlining its commitment to investment in China. The inclusion of the latest model Servo Sled, the fourth crash laboratory within the company’s global footprint, will be located at its state-of-the-art research and development facility in Anting.
The 66,000 square meter facility, ZF TRW’s largest technical center worldwide, employs more than 1,200 engineering, research, and technical staff and was officially opened in June 2014. It was designed and built to house more than 20 scientific testing labs supporting all of ZF TRW’s primary businesses including driver assist systems, braking, steering, occupant safety and electronics. The center supports vehicle manufacturers in bringing advanced safety systems to the Chinese market and the broader Asia Pacific region.
Norbert Kagerer, global vice president, Occupant Safety Systems Engineering, commented:
“Our OSS testing and validation program is a crucial part of research and development and the overall business strategy. We are immensely proud to be opening our fourth crash laboratory worldwide, here in this state-of-the-art research and development facility. Having the sled locally in Anting will provide strong support for our future growth in China; we can work even more closely with domestic and international OEMs – testing specifically for the Chinese market.”
“Our goal to localize engineering, testing and component manufacture in China along with the fitment of our advanced technology in this market progresses a step closer today. Establishing crash sled capability extends our comprehensive offering of safety systems engineering, and represents a major milestone in our global OSS footprint.”
This latest equipment provides advanced frontal crash testing with a static pitch and yaw reproducing realistic 3D crash simulations, exceeding US NCAP requirements for Oblique Moving Deformable Barrier (OMDB) at 90kph. Side impact testing can reproduce load cases compliant with Moving Deformable Barrier requirements for IIHS, US NCAP, Euro NCAP, C NCAP and UN R95. The equipment can test front seat collision only, rear seat collision only or a combination, and has the capability for multiple seat plan alterations.
Additionally, the sled is large enough to simulate load cases for both far side impact and the interaction between driver and passenger in such a scenario. A greater number of flexible mounts for cameras enables more test viewing angles and images. The sled also features flexible preparation sectors which can provide confidentiality of simultaneous test set-ups for multiple customers. Combined with pre-defined fixtures and processes to allow fast changes between tests, this sled has the ability to test an estimated average of 1000+ shots per year.
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ZF is a global leader in driveline and chassis technology as well as active and passive safety technology. The company, which acquired TRW Automotive on May 15, 2015, is now represented at about 230 locations in some 40 countries. In 2015, ZF expects to achieve sales of €29 billion to €30 billion with approximately 138,000 employees (preliminary figures). ZF is one of the top three automotive suppliers worldwide.
Additional press information and images can be found on our website: www.zf.com
For further information: Press Contact: John Wilkerson, Senior Communications Manager, ZF TRW, North and South America, phone: +1 734 855-3864, email: firstname.lastname@example.org Louise Colledge, Communications Manager, Europe and Asia Pacific, ZF TRW, phone: +44 121 506-5317, email: email@example.com Thomas Wenzel, Head of Technology and Product Communications, phone: +49 7541 77-2543, email: firstname.lastname@example.org