Wheel Force Transducers & Slip Ring Testing Solutions

The drive home is becoming significantly smoother and faster thanks to the advanced Michigan Scientific Corporation (MSC) Wheel Force Transducers (WFT). By accurately measuring vehicle loads during typical driving operations, these transducers provide valuable data and critical information that help engineers design cars and other vehicles to be more efficient and reliable. From rigorous brake testing to precise lane changing assessments, the transducers collect comprehensive data on speed, accelerations, wheel positioning, and numerous other factors. This detailed information helps determine the best ways to make driving as easy, safe, and cost-effective as possible. Additionally, the device is lightweight, simple to install, and available in a wide range of sizes and styles to suit various vehicle types.

WFT Design

Five main components (the Wheel Force Transducers itself, the CT2 transducer interface box, integrated slip rings and amplifier package or a wireless transmitter package, and a custom hub and wheel adapters) of the transducer work seamlessly in conjunction to accurately track and record critical data points during testing. The transducer interface boxes are specifically equipped to perform real-time coordinate transformations and cross-talk compensation, ensuring precise data interpretation. Meanwhile, the integrated slip ring assemblies efficiently collect and digitize signals to significantly reduce noise and maintain signal integrity. The robust, waterproof product design further enhances the overall reliability and precision of the transducer, making these qualities its most distinguished and valued features in demanding testing environments.

Durability Testing

The rugged construction, customized calibration, and advanced temperature compensation extend the practical application of Michigan Scientific transducers far beyond just roadways. Both construction sites and agricultural fields frequently require wheel force transducers for comprehensive safety assessments and durability testing to ensure equipment performs reliably under demanding conditions. These transducers not only measure and record all forces and loads acting on a wheel in real time but also provide valuable insights into how well the equipment operates under extreme weather and challenging terrain conditions. Michigan Scientific Corporation (MSC) WFTs can independently measure longitudinal force, lateral force, vertical force, camber moment, wheel torque, and steer torque, while also determining wheel position and speed with high precision. WFTs are attached to various rotating systems and extensively tested using different types of vehicles. By experimenting with the limits of WFT technology through diverse testing scenarios, engineers and designers are able to develop the most durable, reliable, and accurate devices possible. Sudden stops, sharp turns, and even normal daily operations are carefully evaluated to gauge the device’s effectiveness as well as the accuracy and consistency of its measurements.

Using WFTs For Electric Vehicle Testing

For electric vehicles, transducers represent a critical solution shaping the future of transportation technology. Wheel Force Transducers (WFTs) designed by Michigan Scientific provide invaluable data and detailed information that enable electric-powered vehicles to become more efficient, reliable, and cost-effective over time. While WFTs play a significant role in analyzing safety, handling, and control aspects of vehicle dynamics, the comprehensive data collected also proves essential for advancing autonomous driving systems and enhancing overall vehicle performance.

What truly distinguishes wheel force transducers from Michigan Scientific are the unique features and design elements that set them apart from competitors’ offerings. These include lightweight construction, streamlined and easy installation processes, and a robust, responsive customer support system—just a few of the many exclusive benefits provided to customers by Michigan Scientific. Their transducers are engineered to fit a broad spectrum of vehicle types, and bespoke solutions can be custom-manufactured to meet any specific testing requirements or applications.

In addition, rental options simplify the selection process, making it faster, more flexible, and significantly more affordable compared to other available alternatives in the market. Michigan Scientific remains committed to continuous improvement in product innovation, manufacturing processes, and customer relations, maintaining high standards of quality and excellence in engineering to support evolving industry needs.