Precision Dynamometers for Advanced Testing Solutions
Versatile Dynamometers Engineered for Every Application
Comprehensive Dynamometer Solutions for Complex Testing Requirements
Our experienced engineers specialize in providing state-of-the-art dynamometers to meet the demanding requirements of modern testing systems. Our wide range of dynamometers, including horizontal, vertical, tandem, and hybrid configurations, offers precise performance testing and data analysis across a wide range of industries. Whether you’re measuring torque, speed, or power, our dynamometers deliver reliable, accurate results to optimize the performance of your equipment and vehicles. Our dynamometers integrate seamlessly with air handling systems, fluid systems, and more to create full-scale test cells tailored to the requirements and challenges of your products and facilities.
- High Accuracy: Precise measurement of power, torque, and speed ensure detailed performance analysis.
- Flexible Configurations: Horizontal, vertical, tandem, and hybrid dynamometer setups accommodate various testing needs.
- Robust Design: Built to withstand rigorous testing environments, providing reliable and repeatable results.
- Integrated Data Systems: Seamlessly connect with advanced control systems for real-time monitoring, analysis, and automation.
Versatile Dynamometers Engineered for Flexible Testing
Our dynamometers are built to deliver the highest level of accuracy and adaptability for any testing scenario. With a range of configurations, we help you achieve reliable performance metrics and optimize system functionality for your specific applications.
Horizontal Vertical Test Stand
Overview This system combines multiple test setups into one highly flexible solution for small engine testing needs. Download system details Key Features Custom engineered for...
Small Engine Test Table
Overview Testing tables are a cost-efficient and highly flexible solution for small engine testing needs. Test tables are custom engineered to fulfill customer needs. Download...
Automated Tandem Dyno System
Overview Using integrated air clutches engineered tandem dyno systems serve as a solution to various applications. Increase test range and capability without the need for...
Low Inertia Offset Hybrid Dyno
Cummins, Charleston, NC
The Cummins tech center in Charleston, NC required expanded capabilities for engine testing. A dyno was required with minimal inertia to allow for low speed and varying test cycles, while still allowing peak power test capability. A 100 hp ac motor was used to counteract the large inertial forces of the eddy current dyno, while allowing continued use of the eddy current dyno’s large power absorption capacity. Additionally, when not needed for inertia offsetting, the 100 hp motor can regenerate its full power capacity, partially offsetting power consumption of the test stand.
Contact Us
Tell us about your driveline testing challenges, and we can help you design a solution. Our experts are passionate about innovation and problem-solving, and we can help you find the optimal testing system.