With the rapid growth of electric and intelligent vehicles, the chassis is evolving from traditional mechanical structures to active sub-system such as steer-by-wire, brake-by-wire, and active suspensions—posing entirely new challenges for chassis testing technologies and validation methods. Based on high-performance testing technology, MOOG is driving the upgrade of testing methodologies across key areas including steer-by-wire, active suspension, and road simulation, while empowering chassis-domain development through innovative approaches such as mHIL (mechanical Hardware-in-the-Loop) test to support the technology transformation of automotive.

• Focus on Steer-by-Wire and Active Suspension: Moog offer specialized testing solutions for these two key intelligent systems, directly addressing the challenges of performance and reliability test for steer-by-wire and active suspension systems.
• mHIL test for Chassis-Domain: Applying mechanical Hardware-in-the-Loop technology to the chassis domain to enable higher-integration, more reality, improving testing efficiency and completeness.
• Advancing Road Simulation Testing: Specific to the active sub-system requirements of full vehicles, updating traditional road data iteration methods to accurately reproduces real vehicle time history responses.