Best Affordable, Powerful, and Fast Robotic Arm for MBSE and Digital Eng with SysML and FMI/FMU
In this video, we demonstrate one of the best affordable open-source robotic arms for MBSE and Digital Engineering use cases: the LeRobot SO-101. We show the arm operating in teleoperation mode, where the lead arm is followed in real time by the teleoperated arm. We also demonstrate how model-in-the-loop execution can be connected through a fast FMI/FMU-based interface. The major value of this robotic arm is affordability: around $500, compared with thousands of dollars for many similar alternatives. Possible MBSE and Digital Engineering use cases include: Requirements V&V Logic update from the model Simulation and analysis in the loop Machine learning workflows As always, visit the MBSE Community for more information, files, and implementation details. Direct link:

Robotics' End Game: Nvidia's Jim Fan

This $150 Robot Arm Is The Best Way to Start With Advanced Robotics

Open Modular Standard Approach for Requirements V&V: FMI / FMU, SysML, Kinematics, Multiphysics

Turing Award Winner: Disagreeing with Google, Postgres, Future Problems | Mike Stonebraker

SysML v2 + MCP is Next Level DE

Stop Prompting Claude. Use Karpathy's Method Instead.

Why Boston Dynamics' New Atlas is Years Ahead of Tesla

How SysML v2 Can Recalculate CAD from Changing Requirements

Prof. Sergey Levine: Robotic Foundation Models

Flight Simulator with SysML v1 Simulation, FMI/FMU (Dymola), HiL

Introduction to Standard Based Simulation of SysML, Requirements, Physics, Robotics, CAD, FMI

Using Raspberry Pi AI Camera with a Custom Trained Object Detector!

I Tried To Build a Robot Like Boston Dynamics With Isaac Sim

SysML Simulation Powered Line-Following Robot How to Participate at MBSE Model Fest At CUSA/MCSS

Watch Ukrainian Drones OBLITERATE a Russian Jet

They're laughing at the SpaceX bubble

Apollo Core Rope Memory (Apollo Guidance Computer Part 30)

Power Window Controller - V&V from SysML v2 to Delmia - Robot Simulation Using FMI/FMU from Dymola

Training a Robot from Scratch in Simulation, from URDF to OpenUSD

