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Software
MTS bring the test track into the laboratory. We offer a powerful array of durability software products that produce highly accurate and repeatable test results, accelerating your product development processes.
RPC® Pro (Remote Parameter Control) Software
MTS RPC software provides users an advanced road simulation and analysis application, fatigue analysis and signal processing capabilities, and advanced system diagnostics. Our state-of-the-art, patented simulation technologies include adaptive inverse modeling (Turbo RPC) and effective road profile (ERPC) control. cRPC® Pro (Component Remote Parameter Control) Software
Flexible and scalable, cRPC Pro software accurately and efficiently simulates the field service of automobile components in a flexible, cost-effective and scalable software solution. Designed for ease-of-use, cRPC Pro has many features that appeal to both the expert and the novice user. 793 Software
MTS Model 793 software allows you to define new tests and analyze test results, even while other tests are in progress. This family of software includes MTS Station Builder™, Station Manager™, Basic TestWare™ and MultiPurpose TestWare™. This suite of software accommodates proven MTS test application software for creating simple or complex test sequences. Model 793 software makes it easy to integrate your control system into your organization's computer networks enabling you to share data with other networked equipment. eTIM (Electronic Test Information Management) Software
eTIM is a full-featured test information management solution focused on the storage, archival and retrieval of test results. By effectively managing the information your laboratory produces, this valuable asset can be used by personnel both inside and outside the lab. RPC® Pro Data Manager Software
Cost-effective information management modules provide easy access to test information and enable data management capabilities across the RPC test lab. Componet EDM (cEDM) Software
Increase the accuracy of your virtual prototypes by generating highly-accurate Empirical Dynamics™ Models from laboratory data. Non-linear, dynamic models can be created for complex suspension components such as shock absorbers, bushings, engine mounts, and tires.
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