01
Public-space motion
Payload, speed, floor transitions, turning and noise targets shape the base.
Applications
Application hardware
Retail, Hospitality & Commercial Service Robots
Connect commercial robot projects to mobility, sensing, power, safety and repeatable documentation workflows.
AI-generated editorial scene for retail, hospitality and commercial service robotics.
Application architecture
Design for quiet public-space operation and repeatable service.
The mobile base, charging, sensing and HMI should be reviewed around the customer journey, operating hours and maintenance access—not as isolated components.
02
HMI & status
Display, audio, controls and indicators need clear electrical and mounting interfaces.
03
Navigation sensing
LiDAR, camera, ToF and bumpers need protected views and service access.
04
Uptime & maintenance
Runtime, docking, contacts, modular panels, harnesses and replacement records support operating hours.
Featured decision / service journey
Map how the robot moves, interacts, charges and returns to service.
The operating journey reveals the motion, HMI, sensor, charging and maintenance interfaces that must remain accessible in a public environment.
Integration decisions
Keep the interfaces in view as you narrow the hardware.
Quiet motion and enclosure
Tie drive noise, floor transitions, payload and enclosure resonances to the base design.
Load · floor · speed · acousticsHMI and sensor placement
Resolve visibility, audibility, field of view, cable routing and replacement access.
HMI · view · routing · accessDocking and maintenance
Document charge contacts, alignment, battery service and field-replaceable modules.
Runtime · dock · battery · modulesChoose a hardware path
Use the path that matches the decision you need to make next.
Select defined service-robot components
Use published motion, sensing and HMI hardware when environment and interfaces are known.
Browse service hardwareAdapt public-facing interfaces
Use custom HMI, sensor, battery and host harnesses tied to the enclosure and service panels.
Review service custom buildsReview the operating journey
Use engineering review when motion, HMI, sensing, docking and maintenance must work together.
Describe the service journeyPrepare your request
Share the inputs you already know.
- Public-space task, route, payload, speed and noise target
- Floor transitions, turning and base-envelope constraints
- Display, audio, controls and status interfaces
- Navigation and proximity sensor layout
- Runtime, charging, docking and battery service plan
- Maintenance access and required interface records
- Indoor environment, payload, speed and noise target
- Battery capacity, charging method and docking plan
- Navigation sensors, camera, ToF or proximity layout
- Display, audio, controls and host interface
- Bumper, E-stop, user-facing safety and status signals
- Service-panel access, harness routing and connector constraints
- Required datasheets, wiring, interface maps or CAD files
What this review can produce
Turn the open decisions into a reviewable next step.
- A hardware path tied to the operating journey
- Open motion, HMI, sensing and charging interfaces
- Custom harness and service-panel work
- A maintenance and controlled-document checklist
What this page does not cover
This page does not validate guest interaction quality, navigation behavior, customer-service outcomes, safety certification or complete commercial deployment without customer-side software, UX and system validation.
Controlled engineering files
State whether the file supports enclosure fit, service replacement, HMI integration, battery/charging review or customer-facing safety documentation.
Engineering review
Define the public-space journey and service model.
Share the indoor use case, base envelope, HMI concept and charging method. A sketch or component list is enough to start routing the hardware review.