AMBF
AMBF: Free Linux software for ROS-connected articulated and haptic robot simulation. Ranked #19 of 24 in Robotic Simulation Software by our editors (6.7/10); pricing: Free plan; best for ROS-connected articulated and haptic robot simulation.
At a glance
- Editor score6.7 / 10
- PricingFree plan
- Best forROS-connected articulated and haptic robot simulation
- Free planYes
- Paid fromFree
- ROS supportYes
- Facts checked24 Sep 2026
Where it wins
- Simulates multi-body and articulated-robot dynamics
- Supports ROS workflows, haptic devices, and Python access
- Configurable worlds and robot models for local simulation
Where it doesn't
- Verified platform coverage is limited to Linux
- Requires local desktop and self-hosted installation
- Does not include AI features
Our verdict on AMBF
AMBF is an open-source robotics simulation framework maintained by the WPI-AIM group. It is designed for simulating articulated and multi-body robotic systems, with interfaces for ROS-based workflows and haptic interaction. The project is intended primarily for robotics research and development, making it relevant to teams building or studying robot behavior rather than organizations seeking a hosted commercial simulation service.
AMBF is distributed as source code for local installation and is free to use under its open-source model. Deployment is desktop and self-hosted, with verified platform coverage for Linux. That setup gives teams control over their local simulation environment, but it also places installation and environment management with the adopting organization. Community support and documentation are the stated support channels, so teams should plan around those resources when bringing the framework into a project.
Its technical scope centers on multi-body and articulated dynamics, ROS integration, haptic-device interaction, Python client/API access, and configurable simulated worlds and robot models. ROS support fits workflows that already connect simulation with robotics software, while Python access provides a programmatic route for control and experimentation. Choose AMBF if your work calls for open-source, locally hosted simulation with ROS, haptics, and articulated systems. Teams needing a hosted service, a non-Linux deployment, or built-in AI features should consider a different tool.
Your product? Our editors can test AMBF in depth and publish a review, labelled as paid · from $149/mo →
AMBF pricing
AMBF fact sheet
| Free plan | Yes |
|---|---|
| Paid from | Free |
| ROS support | Yes |
| Sensor simulation | Not verified |
| CAD import | Not verified |
| Hardware-in-the-loop | Not verified |
| USD support | Not verified |
| Deployment | Desktop |
| Deployment | Self-hosted, Desktop |
| Platforms | Linux |
| Support | Community, Docs |
| Built for | Small business, Mid-market, Enterprise (editorial estimate) |
| Integrations | 1 integrations: ROS |
| Pricing | Free plan |
| Website | github.com |
| Facts checked | 24 Sep 2026 |
AMBF integrations
AMBF lists 1 integrations on its own site.
- ROS
Alternatives to AMBF
- RoboDKRoboDK combines controller-specific offline programming with simulation and virtual commissioning.9.2
- Yaskawa MotoSim EG-VRCA focused desktop tool for programming and validating Yaskawa robot cells offline.8.8
- OCTOPUZOffline robot programming with CAD import, path planning, reachability checks, and controller post-processing.8.5
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Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026
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