Free Download Gazebo to Isaac Sim The Complete ROS 2 Migration
Published 8/2026
Created by Ferbin Richard
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English + subtitle | Duration: 80 Lectures ( 11h 8m ) | Size: 4.8 GB
Migrate a ROS 2 robot from Gazebo to Isaac Sim: URDF import, A/B measurement, PhysX drives, sensors, Nav2 proof
What you'll learn
Import a working Gazebo URDF robot into Isaac Sim with a scripted, reproducible importer run, and read back every link and joint to verify what transferred Build an A/B rig that drives the same robot in Gazebo and Isaac Sim from one command stream, and prove equivalence with numeric diffs against stated tolerance Diagnose a divergence from the shape of its plot: flat means frames, linear means a rate, steep-then-flat means a limit, oscillating geometry, a step an event Trace a real migration failure to its mechanism, such as a URDF damping value that becomes PhysX's velocity tracking gain, and fix it with measured confirmationRequirements
A working ROS 2 robot in Gazebo, or willingness to build the course's one from scratch in Section 1. You should be comfortable with a Linux terminal, Python and URDF/xacro. Ubuntu 24.04 with ROS 2 Jazzy and Gazebo Harmonic. Isaac Sim 6.0.1 needs an NVIDIA RTX GPU; 6 GB VRAM is enough to run both simulators side by side. No Isaac Sim or Omniverse experience requiredDescription
This course contains the use of artificial intelligence.
Your robot already works in Gazebo. You have an SDF or Xacro, tuned controllers, and a Nav2 configuration that took weeks to get right. Now you need to move it to NVIDIA Isaac Sim for photoreal sensors, GPU physics, synthetic data, or Omniverse workflows.
The problem is that almost nobody teaches the migration itself.
What this course teaches
You will migrate a working Gazebo robot to Isaac Sim andprove with measurements that it behaves the same, or identify exactly why it does not.
The core of the course is anA/B simulation rig
Same robot Same ROS 2 nodes Same commands Gazebo and Isaac Sim running side by side Behaviour compared using real numerical dataWe begin with a migration that fails. The robot drives almost correctly but rotates only half as far as expected. We test friction, caster behaviour, joints, and PhysX settings until the real cause is isolated.
What you will investigate
Geometry, mass, and inertia Joints and drive configuration Contact and friction Cameras and sensors ROS 2 interfaces Controllers and Nav2 Full Gazebo to Isaac Sim behaviourYou will also learn to read divergence plots and recognize patterns such as rate errors, limits, frame offsets, geometry problems, and discrete events.
The course uses
ROS 2 JazzyGazebo HarmonicNVIDIA Isaac Sim 6.0.1Every important result comes from reproducible scripts included in the repository. Failures are deliberately created, measured, debugged, and fixed on camera, including cases where the first hypothesis turns out to be wrong.
The goal is not just to import your robot into Isaac Sim. It is to make surethe migrated robot actually behaves like the original.
Who this course is for
ROS 2 roboticists with a robot already working in Gazebo who need it in Isaac Sim, and need proof it still behaves the same rather than a hope that it does. Simulation and robotics engineers told to move to Omniverse for photoreal sensors, GPU-scale physics or synthetic data, who own the risk if a tuned stack breaks. Anyone who has tried the URDF importer, got a robot that looked right and behaved differently, and could not find where the difference came from.Homepage
Code:
https://www.udemy.com/course/gazebo-to-isaac-sim-the-complete-ros-2-migration
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