The transition from passive hydraulic controls to active electrohydraulic systems is transforming how machines are designed for automation and autonomy. This presentation explores a modular approach to hydraulic system development that combines configurable hardware, vertically integrated electrohydraulic controls and proven circuit architectures to accelerate prototyping and validation. Learn how reducing the time between concept and testing enables faster innovation while lowering development cost and technical risk.

• Identify the challenges and opportunities created by the transition from passive hydraulic controls to active electrohydraulic systems for automation
• Apply a modular development methodology to accelerate hydraulic system prototyping, testing and validation
• Evaluate multiple hydraulic circuit architectures before committing to custom hardware and production designs
• Reduce development time, engineering risk and overall project cost through configurable hardware and vertically integrated electrohydraulic controls
• Accelerate the transition from concept to production using proven hydraulic architectures and modern development practices