Demos · Public environments

Watch the robot work. Then make the environment yours.

Three public environments built in RobotGym, each with a recorded run, independent measurements and an editable copy you can open in your own workspace.

The demos Open RobotGym

Every run below is a recording of actual simulated physics, with its measurements and caveats attached.

Recorded run · 44 seconds

Public environment · Logistics

The returns keep coming.

Receive, align, identify and route moving parcels in a detailed electronics-returns workcell. Watch the recorded run, then make the environment your own on RobotGym.

Panda + RobotiqRobot embodimentPowered infeed80 physical rollers3 mm clearancePrecision scan nest

Watch and inspect Use it on RobotGym

Recorded run · 47 seconds

Public environment · Wet lab

One slide out. The right slide precisely in.

A robot exchanges a chambered specimen on an inverted microscope: remove the retainer, return the finished slide, orient the next sample and restore the fixture.

75.5 × 25.5 mmChamber slide0.5 mmClearance per side4Movable assemblies

Watch and inspect Use it on RobotGym

Recorded run · 35 seconds

Public example · Precision electronics

A precision task. An inspectable robot run.

Load a circuit board onto precision locating pins in an editable electronics laboratory, then retrieve it vertically and place it in the output nest. Explore the cell, watch the run, then make the environment your own.

85 × 56 mmManufacturer PCB outline2.7 mmMounting-hole diameter0.35 mmNominal round-pin radial clearance

Watch and inspect Use it on RobotGym

Built in RobotGym

Environments you can open today.

Detailed, editable workcells authored with Atom. Each opens in Evaluate with the robot and cameras configured.

Precision electronics workcell

Circuit boards, alignment fixtures and inspection benches.

Laboratory workspace

Sample racks, microscopy and instrument workspaces.

Conveyor inspection area

Intake conveyors, inspection stations and packing areas.

Earlier examples

Where this started.

The first public runs: a kitchen rebuilt from one photograph, and a benchmark demonstration from an earlier release. Kept here with their evidence.

Everyday kitchen · Atom Code · GPT-6 Astra329 steps · 10 model calls · 8.2 cm lift

Bowl onto plate · π0.5 · LIBERO spatial81 steps · 17 policy calls · earlier release

Recorded trial	Controller	Steps	Calls	Simulated	Result
Kitchen mug lift rebuilt from one photograph	Atom Code · GPT-6 Astra	329	10	16.45 s	success · lift 8.2 cm
Bowl onto plate LIBERO spatial · seed 7 · earlier release	π0.5 · hosted	81	17	4.05 s	success

Single recorded trials in simulation, not success rates. Physics pauses while a model thinks, so wall time is never a real-time figure. The π0.5 run comes from an earlier release and is shown as a recorded demonstration.

Evidence: kitchen run · π0.5 run · the kitchen program.

Bring us your workcell.We will build it, run it and show you the evidence.

Photographs, drawings or CAD of the cell and a sentence describing the task are enough to start. We reply directly, usually the same day.

Or write directly to [email protected]. There is also a Discord.