AVL DynoFORCE™ ASM for Engine Testing - Load systems for Engine Testing
Load system with foot-mounted AC induction dynamometers
AVL DynoFORCE™ ASM for Engine Testing
Delivering robust results in the development workflow
The pressures of shortening development times with higher levels of testing complexity are increasing, as are the demands on test cells and dynamometers. At AVL we have created innovative dyno solutions that are intelligent, efficient and precise. Our flexible load systems offer the perfect fit for transient and dynamic testing tasks.
AVL DynoFORCE™ – A Unique Solution
The DynoFORCE load system consists of foot-mounted AC dynamometers and 4Q-frequency converter cabinets that are designed to be robust, reliable and highly flexible. Together with its range of accessories, it offers a unique solution for the professional testing of transient and dynamic engine applications.
This engine testing series of tools combines well-established components with innovative solutions and offers an optimized balance between Total Cost of Ownership (TCO) and performance. Thanks to the high-power coverage of each dynamometer, a broad engine portfolio can be handled with just a low number of performance classes. This ensures incredible flexibility with less testbed variants.
Years of Development Expertise
AVL has seven decades of automotive development know-how. This experience, combined with our global infrastructure and network of experts, enables us to deliver tailored solutions to customers anywhere in the world.
Our understanding of customer needs, combined with thorough familiarity with regional legislative requirements, ensure our solutions take everything into account. Our holistic approach to tackling the challenges that our customers face covers everything from concept to component to system to market.
Partnering with AVL results in a wide range of benefits that extend beyond the individual tools and solutions. With us on your team you have everything you need to meet your goals.
- Efficient testbed use
- Minimized system downtime
- Optimized TCO
- Excellent reliability and quality of torque measurement