Product Video
Coarobo Sightline: Product Demonstration · 1:39Watch on YouTube (opens in a new tab)
How It Works
- 01
Connect Robot
Start the standard ROS bridge on the robot computer, then pick the robot from a saved connection in the headset.
02Align Hologram
Touch a few landmarks on the real robot, and the hologram settles onto it and keeps its place in later sessions.
03Pick View
Choose how much of the room stays real and which sensor layers appear.
04Guide Robot
Grab the gripper hologram with a controller, a hand, or a stylus, and the arm follows it live or moves to it along a planned path.
Display Modes
Pick how much of the room stays real, from the real site alone to a fully virtual space, to suit each task.
Reality
The real site only.
- Passthrough
- On
- Overlays
- Hidden
Augmented Reality
The robot and its sensor data over the real room.
- Passthrough
- On
- Overlays
- Visible
Augmented Virtuality
On site, inside a virtual reconstruction of the room.
- Passthrough
- Off
- Overlays
- Visible
Virtual Reality
Fully virtual, for simulated robots.
- Passthrough
- Off
- Overlays
- Visible
Key Features
Spatial Overlays
The robot model, point clouds, laser scans, maps, markers, and camera images appear at true scale where they belong.
Hologram Control
Grab the gripper hologram and the arm follows, then open or close the gripper with a button or a pinch.
Landmark Alignment
A few touches on the real robot align the hologram, and the headset remembers it for the next session.
Heads-Up Display
A robot camera, a mini map, a robot preview, and a control guide stay in view while the operator works.
Robot Agnostic
One application drives each robot that has a profile, on ROS 1 or ROS 2, and switches robots while it runs.
Open Standard
Built on the OpenXR standard rather than the toolkit of one vendor, it is not tied to a single headset.
Use Cases
R&D Labs
Robotics research teams and R&D departments working on manipulation and physical AI.
They check what the robot perceives against the real scene, and move the arm by hand to try grasps and poses without writing code.
Cell Commissioning
System integrators setting up a robot cell at a client site.
They align the hologram on the real robot, check what its sensors cover, and send planned moves to the arm from inside the cell.
Training & Demos
Universities, training centers, and showrooms that introduce people to robots.
Newcomers practice on a simulated robot in virtual reality before the real one, and visitors try teleoperation for themselves.
What You Need
- Robot
- A robot on ROS 1 or ROS 2 that publishes its joint states and transforms, with rosbridge running on its computer.
- Arm
- For the arm, an end effector velocity input such as MoveIt Servo, and optionally a MoveIt planner and a gripper action.
- Sensors
- Point clouds, compressed camera images, laser scans, maps, and markers for the overlays, all optional.
- Profile
- A profile of your robot, which Coarobo prepares from its robot description during the pilot.
- Validated
- UR5e, Fetch
- Headset
- A standalone OpenXR headset with passthrough, used with its controllers, hand tracking, or a stylus.
- Network
- The headset and the robot computer on the same network.
- Interface
- English and Japanese, with a dark and a light theme.
- Delivery
- A pilot deployment, in which Coarobo installs the application on your headset and sets it up for your robot.
- Topics
- extended realityteleoperationspatial computinghand trackingthird-person viewsim-to-realimmersive interfaces
Get Started
Start a Pilot
Let's discuss a pilot deployment on your robots.
Product Video
See an operator guide a robot arm through the hologram of its gripper with controllers, a stylus, and hand gestures.
Press Release
Read the announcement of Coarobo Sightline of July 27, 2026.
Common Questions
Which robots does it work with?
Sightline works with a robot on ROS 1 or ROS 2 that runs rosbridge, once Coarobo prepares a profile of the robot, and it is validated on the UR5e and the Fetch.
Which headsets does it run on?
Sightline runs on a standalone OpenXR headset with passthrough, and the headset family validated today appears under Works With.
How does a pilot start?
Write to us about your robot and your goal, and Coarobo prepares the profile of your robot, installs Sightline on your headset, and sets it up for your robot.
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Read MoreCoarobo Suite
Coarobo Sightline is part of the Coarobo suite, one family of products made to work together around our open-source core.
Open Core
Platform
- 05
Coarobo GatewayConnected Cloud InfrastructureThe cloud infrastructure that connects every Coarobo product.Built on OpenRoIS opens in a new tabComing Soon
Applications
- 02
Coarobo SightlineImmersive XR TeleoperationThis Product
