Calendar March 12, 2026
by Dave Coleman, Chief Product Officer

MoveIt Pro Newsletter March 2026

MoveIt Pro Newsletter March 2026

We’re excited to announce our first major release in nearly a year: MoveIt Pro 9.0! We’ve been hard at work rethinking the developer experience: through the UI, through your favorite IDE, and with new LLM approaches. We have also fully removed our remaining dependencies on MoveIt 2 open source, fully switching over to faster, safer, and more optimal implementations which you can read more about here. We continue to deliver the infrastructure that enables robotics companies to move fast in the Physical AI era.


In this update

  • Case Study: Motiv Space Systems
  • New Features in MoveIt Pro 9.0
    • All New Planning & Control Algorithms
    • User Interface Facelift
    • Meta Quest for AI Data Collection
    • End-to-End AI with Diffusion Policies (Beta)
    • Enhanced Segment Anything Model Support
    • New Teleop Mode: Multi-Joint Jogging
    • Enhanced NVIDIA Jetson Orin Support
    • Enhanced Scan and Plan Capabilities
    • Added Isometric View Modes

Announcing NASA FFR Flight Mission

Motiv Space Systems announced a contractual agreement with PickNik to support software development for NASA’s Fly Foundational Robotics (FFR) mission. We are providing MoveIt Pro to support mission planning, simulation, and execution within spaceflight constraints. This program will also leverage Space ROS™.
Announcing NASA FFR Flight Mission

New Features in MoveIt Pro

All New Planning & Control Algorithms

All New Planning & Control Algorithms

35x faster IK solvers, 4x faster motion planning and 30x faster cartesian planners. MoveIt Pro 9.0 fully switches over to a suite of new algorithms with more robust and performant implementations replacing OMPL, MoveIt Servo, KDL, and IKFast.
See the comparison here.

User Interface Facelift

The new 9.0 UI reduces mouse travel for common workflows, removes confusion around editing while in edit mode, and eliminates wasted space caused by duplicate header bars. The refreshed layout delivers a cleaner, more modern look that improves usability today.
User Interface Facelift
“Meta Quest for AI Data CollectionF” Transform Frames Behavior

Meta Quest for AI Data Collection

Seamlessly control robots using Meta Quest controllers- build or run the companion Meta Quest APK and stream commands to your one or two armed robots. Command streaming leverages our collision aware planning and admittance controllers, making ML model training data collection safe and hardware agnostic.
Learn more.

End-to-End AI with Diffusion Policies (Beta)

Easily train end-to-end models using Diffusion Policies, collecting demonstration data via teleoperation or an ML oracle, then deploying the learned policy into a robotic objective. This powerful integration transforms raw demonstrations into deployable, learned controllers for advanced robotic manipulation.
End-to-End AI with Diffusion Policies (Beta)
Enhanced Segment Anything Model Support

Enhanced Segment Anything Model Support

New Behaviors added to enable inspecting and filtering bounding boxes and areas of 2D masks. These capabilities are useful for pruning image masks produced by ML behaviors such as automasking.

New Teleop Mode: Multi-Joint Jogging

In the teleoperation interface, users can now adjust multiple joint sliders and approve all changes together before execution.
New Teleop Mode: Multi-Joint Jogging
Enhanced NVIDIA Jetson Orin Support

Enhanced NVIDIA Jetson Orin Support

PickNik now builds and tests MoveIt Pro extensively for out of box compatibility with NVIDIA Jetson Orin hardware to ensure compatibility and performance of embedded machine learning workloads. Updated guides for enabling MAXN power mode and GMSL support.

Enhanced Scan and Plan Capabilities

A new set of Behaviors enable scanning point clouds of the real-world and automatically generating rasterized Cartesian tool paths across the contours. This is ideal for spraying, washing, sanding, grinding, and more.
Enhanced Scan and Plan Capabilities
Added Isometric View Modes

Added Isometric View Modes

Users can now view the robot and scene from multiple perspectives simultaneously (the original 3D "Visualization" view plus 3 new orthographic views along the X, Y, and Z axes). The different views can be selected from the view dropdown menu.

Partner Spotlight

Haply Robotics

The Haply Robotics haptic controller is a 6DoF input device designed for high-precision robot teleoperation, and when paired with MoveIt Pro, it enables intuitive, fine-grained control for delicate manipulation tasks. Haply is well suited for precision applications such as assembly and sensitive part handling.
Haply Robotics