Build a planar arm
Edit links, joints and model parameters, then inspect the mechanism directly on the canvas.
Explore robot-arm geometry, kinematics and dynamics in a visual workspace that keeps the reasoning within reach.
Explore the workbench ↗
One focused app, connected to a family of engineering workbenches. Install what you need; keep each app independent.
Edit links, joints and model parameters, then inspect the mechanism directly on the canvas.
Explore forward kinematics and the existing screw-axis tools. Connect geometric choices with mathematical descriptions.
Inspect static torques, trajectory results and supported free-swing simulations for the arm model.
Use guided Newton–Euler analysis and mathematical results alongside saved models and bundled examples.
METRLab Home is optional.
The app runs independently.
Standalone installer not yet published
The page is ready; the installer is not. A download will be enabled only after a native build is packaged and verified.
Standalone installer not yet published
No Linux binary is attached to this page. Platform verification is separate from product-page availability.
Educational software, under active development.
An educational modeling environment. Robot control, collision safety, hardware integration and industrial robot certification are outside its scope.
No. Each workbench is a separate application. Home is an optional launcher that discovers installed apps and links to pages for the others.
Normal editing and simulation use local documents. Optional connected features have their own configuration; these product pages contain no analytics, account system or upload form.
Not from this page yet. The first packaged preview is Circuits; other standalone app installers require their own native build and verification.
See Circuits downloads ↗