What if you could predict and address vibration, mechanical compliance, and control issues in your robot before manufacturing the prototype?

High-fidelity multibody dynamics simulation with Adams captures real-world behavior that simplified kinematic models miss, helping teams design for precision, stability, and performance earlier in the development cycle.

From predicting vibration and accuracy issues to validating control strategies virtually, Adams empowers engineers to solve these challenges early, resulting in reducing risk, accelerating design, and ensuring reliable robotic systems.

Watch our on-demand webinar, From Motion to Precision - Adams for Robotics, for a closer look. In this session, we walk through a focused demo of an industrial arm carrying payloads in Adams and show practical ways to boost precision, throughput, and reliability while reducing late‑stage surprises.

Here’s what we’ve covered in the webinar:

  • Rigid vs. High-Fidelity Dynamics
    Spot vibration and load discrepancies early.
  • Dynamic Flexibility & Structural Response
    Reduce fatigue risk and design rework.
  • Trajectory & Accuracy Validation
    Improve precision and cycle stability.
  • Controls Integration (FMU / MATLAB Co-Sim)
    Tune controllers virtually for smoother motion.

Watch, read, and download!

          

          

For your convenience, we’ve designed this page as a central hub for resources. You can find technical content like case studies, webinars, and tutorials to help you use Adams for your robotics development. Save this page as a bookmark, as we'll keep adding more content.

Don’t miss this opportunity to learn how Adams can transform your robotics-based product development process.

Register now to secure your spot, and if you can’t make it, you’ll get an on-demand copy of the webinar to view at your convenience.

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