Evaluation of Different Designs of Wheel Force Transducers (Part II)

Walter Weiblen; Hans Kockelmann; Hans Burkard

doi:10.4271/1999-01-1037

1999-03-01

Evaluation of Different Designs of Wheel Force Transducers (Part II) 1999-01-1037

Wheel force transducers (WFT) play an increasing role in endurance evaluation of road vehicles, ride and handling optimization, tire development and vehicle dynamics. With paper 980262 part I of an investigation of seven WFT–systems was presented. After a general evaluation two systems were compared in more detail. From a more basic interest deeper consideration was given to Angle Error Correction and material selection.

This paper reports on part II of the investigation. The general evaluation of present systems on the market is updated and refined including new systems and updated versions. Thus an unique and quick overview is provided mirroring the present status of WFT technology.

Special attention is given to systems best suited for applications in tire development, for driving dynamics optimization, active safety and active suspension development as well as in the ride and handling area.

The new system of Kistler (RWD II) is discribed and evaluated based on a separate investigation by MPA Stuttgart.

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Evaluation of Different Designs of Wheel Force Transducers (Part II) 1999-01-1037

SAE MOBILUS