Demo store · AIPhoundry test product · not for sale

An AMR that thinks like the big ones, priced like a lab tool.

The CW-100 maps your space, plans around people, carts and pallet-jack forks, finds another way when an aisle is blocked, and docks itself to charge. It runs the same ROS 2 Nav2 decision-making as robots costing three times as much. It's built for labs, closed cells and staff-only areas, from aluminium extrusion and parts you can buy again. This page runs on synthetic test data: quote requests are a demo and nothing ships.

The robot

CartWright CW-100 Lab

An autonomous mobile robot for labs, closed cells and staff-only areas: 100 kg on the deck or a 200 kg cart in tow, 1.0 m/s, about 12 h a charge, and it docks itself. ROS 2 and Nav2 on a Jetson Orin Nano, with a 360-degree lidar, a depth camera and corner ToF sensors. The e-stops and bumpers are hardwired, and the motors brake with no power. $7,500 with its dock, a spare kit and half a day of commissioning on site. Controlled spaces only: there is no safety-rated scanner. Demo: synthetic test data, not for sale.

$7,500.00 (demo: not for sale)

Extra CW-100 dock

A second charging dock, so a robot can charge at either end of its route: front-in contacts, an AprilTag guide, and a 24 V 10 A LiFePO4 charger that stays dead until it sees the robot's battery. Demo: synthetic test data, not for sale.

$490.00 (demo: not for sale)

Questions

Can I buy one?
Not yet. This is a demo of the AIPhoundry flow with synthetic test results. No robot has been built, and a real engineer must review the design before any sale.
Where can it run?
In controlled spaces only: labs, closed cells, staff-only rooms and after-hours runs, where everyone present is trained and the area is marked. It has no safety-rated laser scanner, so it is not for floors shared with untrained people. A Floor version with certified scanners is planned.
How does it compare with MiR or OTTO?
It makes the same kinds of decisions: it maps, localizes, plans around people and obstacles, recovers from a blocked aisle and docks itself. It does this with ROS 2 Nav2 instead of a closed stack. It carries less (100 kg), costs a fraction, and the Lab version leaves out their certified safety scanners.
What's included?
The robot, its dock, a spare kit (charge contacts, a bumper, casters, an e-stop, fuses), the manual, and half a day on site: we check the space, map it, draw the keep-out zones, place the dock and teach your stations.
Can my software drive it?
Yes. Send missions from the web UI or the mission API. It's ROS 2 underneath, and the workspace is yours to read. A VDA 5050 / Open-RMF link is on the list.
How long does it run?
About 12 hours at the rated duty, then it docks itself. A full charge takes about 3.3 hours.

AI agents: see llms.txt to browse and order through the API.