Michigan Scientific Corporation
Excellence in Engineering For Over 60 Years
For many drone developers, failures do not happen in the air. They happen at the moment of release, during a hard landing, or near the brackets and mounts that transfer payload forces into the airframe. When those loads are unknown, Read More …
Electric vehicle (EV) powertrain development depends on understanding how torque, force, and temperature interact across motors, gear reduction stages, driveline components, and the wheel. Unlike traditional ICE architectures, EVs introduce higher rotational speeds, bidirectional torque flow, concentrated thermal loads, and Read More …
Accurately measuring driver input is critical to understanding vehicle performance, driver behavior, and occupant response. Forces applied by the driver, and forces experienced by the driver, directly influence brake development, steering tuning, ride and handling, and ADAS validation. Michigan Scientific Read More …
Accurate suspension component force measurement is essential for designing and validating vehicle suspension systems. Whether you’re correlating Road Load Data Acquisition (RLDA) with rig testing (i.e. MTS329) or optimizing chassis durability, understanding how forces travel through the suspension is critical. Read More …
Join the Michigan Scientific team on May 15, 2025, at the annual Holly Oaks ORV Park Industry Day. From 11 a.m. – 2 p.m., guests will receive tours of the park’s 200+ acre Off-Road Vehicle Experience, network with industry professionals, Read More …
Michigan Scientific Wheel Pulse Transducers are distance measuring instruments (DMI) that provide accurate reliable distance measurements for georeferencing and mobile mapping systems. Compatible with vehicle-based mobile mapping systems (MMS), the Wheel Pulse Transducer mounts directly to the vehicle wheel Read More …
Michigan Scientific offers high-quality replacement models for customers who have relied on instrumentation-quality slip ring assemblies that have become obsolete or incompatible with new technologies standards. To minimize productivity disruptions, Michigan Scientific provides off-the-shelf slip ring assemblies that facilitate reliable Read More …
Michigan Scientific Corporation (MSC) high-quality Extended Life (EL) slip ring assemblies provide a long-lasting solution for the development and validation of rotating equipment and machine components. The SR36M/EL2 is designed to mount on the end of a rotating shaft and Read More …
D2, D3, D3X Amplifier Background The current generation of Wheel Force Transducer (WFT) Amplifiers from Michigan Scientific prioritizes time efficiency, minimizing downtime, and offering enhanced data to users. The D2 WFT amplifiers are compatible with CT2 User Interface Boxes and Read More …
Electric vehicle companies are continuously adapting components to meet new standards and reduce risks. The industry demands higher capacity, extended range, improved performance, and faster charging. To meet these new standards, extensive research and development for batteries is required. Developing Read More …