LUD: SUPERIOR ALTERNATIVE TO SCOTCH YOKE AND CRANK DYNO
Looking for an advanced alternative to Scotch-Yoke (or Crank-Based) Shock Dynos?
STEP Lab introduces LUD – the innovation that’s redefining shock absorber and damper testing. LUD is not only packed with incredible features, but also cost-effective.
WHY CHOOSE LUD OVER SCOTCH YOKE DYNOS
At STEP Lab, we have introduced the ultimate solution for damper and shock absorber testing, the LUD. Positioned between high-end machines, like XUD, and entry-level models, such as Scotch yoke dynos and Crank dynamometers, LUD offers exceptional features:
- Fully Electric
- Max. Stroke: Up to 500 mm
- Peak Force: 22 kN
- Replication of Road Profiles
- Stroke and Speed Test fully adjustable by Software
- Effortless Installation Process
- Intuitive User Interface
Choose LUD for advanced damper and shock absorber testing.
Wide range of use
Quick and easy installation
PRODUCT RANGE SHOWCASE
Alongside LUD, designed for those interested in Scotch Yoke and Crank Dynos, we offer a range of other machines designed for various purposes. Our products are engineered to outperform hydraulic systems by effectively addressing the need for high performance, ease of installation, and low energy consumption. We provide the broadest range of suspension and shock absorber test systems available, featuring peak dynamic loads of up to 80 kN and continuous dynamic loads of up to 40 kN.
EXPLORE LUD’S REMARKABLE ABILITIES IN ACTION
LUD is a machine designed to be the choice for those looking for a machine that allows them to increase their testing capabilities without excessive demands (and budget). LUD’s performance are inferior to HUD and XUD models, but superior to Crank and Scotch Yoke Dynos.
Discover all the features that set LUD apart from the rest.
TWO FAMILIES OF ELECTRODYNAMIC SYSTEMS
- The first family, denoted as the EA series, is designed for versatile applications.
- The second family is specifically engineered for scenarios demanding exceptional dynamics, achieved through the use of linear actuators, capable of reaching up to 100G.
Both of these product families are seamlessly controlled by the same controller and software packages, allowing for scalability based on the performance requirements.