Latest News

Evaluate a bimanual robot arm for research with a practical framework for synchronization, reach, calibration, sensing, software, and support.

Explore physical ai startup decisions for hardware, software, data workflows, and support, from first prototype through a repeatable pilot.

Learn how to integrate a robot arm ROS workflow for research, then build a repeatable path from motion and sensing to safe, synchronized data capture.

Two Trossen arms struck a match completely on their own. The demo comes from NAC, research by Ahad Jawaid and Yu Xiang at UT Dallas heading to CoRL 2026, which borrows audio compression tricks to help robots learn precise, coordinated tasks.

Learn how to capture robotics training data with better task design, teleoperation, synchronized sensors, episode metadata, quality control, and evaluation.

Learn how bimanual manipulation teams coordinate arms, sensing, teleoperation, calibration, data capture, and evaluation for repeatable robot-learning research.

Explore the WidowX robot arm's specifications, sensing, configurations, and software, then assess its fit for university, startup, and enterprise R&D workflows.

A mobile aloha robot field guide for research teams, covering bimanual workflows, teleoperation, repeatable demonstrations, data capture, and model evaluation.

Learn robot arm calibration for research workflows, with guidance on joint zeroing, kinematics, TCP, camera alignment, validation, and data collection.

Evaluate the aloha 2 robot for bimanual research, teleoperation, data collection, simulation, software integration, and repeatable lab workflows.

Learn how diffusion policy turns robot demonstrations into conditioned action sequences, then evaluate and deploy the workflow on real manipulators.

Build a robotics degree plan with practical skills in controls, ROS, machine learning, vision, manipulation, and data collection for research careers.

Ready to build your robotics and autonomous systems stack? Get practical hardware, ROS software, and autonomy pipeline guidance, then contact Trossen today.

Get a clear overview of robotics arms, including types, key features, real-world uses, and tips for choosing the right system for your project.

Get practical tips on choosing a robotic robot arm, key features to compare, top brands, and real-world uses for education, research, and development.

Get a clear, friendly introduction to robotics arms, including types, key features, uses, and tips for choosing the right arm for your project.

Get a clear, practical overview of what a robotics operating system is, how it works, and why it matters for building smarter, more flexible robots.

Learn what a robotic manipulator is, how it works, and where it's used. Get practical tips for choosing the right robotic manipulator for your project.

Learn what makes a robot unique, how robots work, and the key components behind their design, sensing, and decision-making in this straightforward guide.

Get a clear answer to what a robot is, how robots work, and where they’re used today. Learn about robot types, real-world uses, and key components.