Mobile manipulator
Tote-handling robot
Lift AMR
Hotel service robot
Delivery robot
Education robot
Vision cobot cell
Guide and inspection robot
Selection checklistExample choices — change any step.
Draft · to verify
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Close-up- Application
- Environment
- Host connection
- Project stage
- Timing
AHardware to evaluate
TR-EDGE-3588Tannai Robotics RK3588 AI BoxEthernet, HDMISpec sheet
TR-LID-D500360-Degree DTOF LiDARSerial (UART) via included USB adapter boardSpec sheet
TR-CAM-U4M4MP USB2.0 Driver-Free Stereo CameraUSB 2.0, driver-freeSpec sheet
TR-CAM-S4M4MP Synchronized Stereo Depth ModuleUSB 2.0, driver-freeSpec sheet- Mobile Robot PlatformsSourced by projectLearn more
- Robot ArmsSourced by projectLearn more
BCheck before quoting
- USB: both cameras list USB 2.0, driver-free; the LiDAR connects through its included UART-to-USB adapter board. Confirm the driver on your host OS.
- Ethernet: the RK3588 edge box lists Ethernet and HDMI; cameras and LiDAR connect to a host over USB or serial. Tell us how your robot computer is networked.
- Serial: the D500 LiDAR outputs over UART, with a USB adapter board included. Confirm the serial settings your controller supports.
- Not decided: describe your robot computer and we propose a connection plan to confirm together.
- Indoor: note the lighting, any glass or reflective floors, and the narrowest passage.
- Outdoor: no outdoor or IP rating is published for these four products. Describe the conditions; we confirm before quoting.
- Indoor and outdoor: list both conditions. Outdoor use is confirmed per product before quoting.
- Evaluation: start from a sample and agree what it must show.
- Pilot: agree acceptance criteria before the sample or POC starts.
- Batch or deployment: quantity, packaging, lead time and destination are confirmed per order.
- Requested timing: 1–3 months. Availability and lead time are confirmed in the quotation.
- How wide are the aisles, and how high are the racks?
- Which tote sizes and weights move?
- What throughput do you need per hour?
- What does a cart or rack weigh when loaded?
- How precise must docking be at each station?
- How many robots share the floor?
- Which lifts and doors must the robot operate?
- Quiet hours and noise limits?
- How does a guest confirm the delivery?
- How narrow is the tightest passage?
- Peak-hour traffic and obstacles?
- Charging between shifts?
- ROS 2 or another stack in class?
- How many students per robot?
- Which safety rules apply in the classroom?
- Which sensors need time synchronisation?
- Calibration routine and targets?
- How are runs logged and replayed?
- Part size, surface and tolerance?
- Target cycle time?
- Lighting at the line?
- Which areas and floors must be covered?
- Camera coverage and recording rules?
- Who monitors remotely?
CWhat happens next
- Requirement analysis
- Candidate options
- Specification check
- Sample / POC
- Quotation & delivery