Retail, Hospitality & Commercial Service Robots

Connect commercial robot projects to mobility, sensing, power, safety and repeatable documentation workflows.

Start Application RFQ Review Hardware Stack

Service Robot Navigation Quiet Motion

Application Hardware Stack

Review the subsystem interfaces before selecting a quote path.

Commercial service robots need quiet indoor mobility, reliable battery and charging hardware, navigation sensors, display/audio HMI, user-facing safety signals and maintenance-friendly wiring.

Core Hardware Subsystems

Indoor mobile base, low-noise drive and suspension
Battery, BMS, charger and docking hardware
Navigation LiDAR, camera, ToF and proximity sensors
Display, touch, audio, buttons and status indicators
Safety boundary, bumper, E-stop and user-facing signals
Serviceable harnesses, modular panels and maintenance access
Datasheets, wiring, interface maps and replacement files

ENGINEERING FILES / CONTROLLED ACCESS NOTES

Public previews can support early screening, but original STEP/STP files, complete drawings, internal BOMs and supplier-sensitive records require controlled access review through RFQ. Application pages prepare that context; they do not auto-release engineering files.

State whether the file supports enclosure fit, service replacement, HMI integration, battery/charging review or customer-facing safety documentation.

Review file workflow

Hardware Path Matrix

Map each subsystem to catalog, custom build, integration package and RFQ inputs.

Subsystem	Catalog Components	Custom Build	Integration Package	RFQ Inputs
Mobile base	Motors & Actuation	AMR Power & Battery Cable Harness Customization	Robot Drive System Integration Package	Payload, speed, noise, floor type and battery target.
Navigation and UX sensing	Sensing & Feedback	Robot Sensing Cable Harness Customization	Robot Sensing Integration Package	LiDAR / camera, interface, mounting and host platform.
Power and safety	Power and safety context	AMR Power & Battery Cable Harness Customization	Robot Power System Integration Package Robot Safety Circuit Integration Package	Charging method, E-stop / interlock, user-facing safety and documentation.

Procurement Fit

Choose the path that matches the decision currently blocking the project.

Catalog

Use Products for defined motors, sensors, HMI components or feedback hardware when the mobile base and interface targets are known.

Custom Build

Use Custom Builds for sensor branches, HMI harnesses, battery leads or host adapters that follow the enclosure and service-panel design.

Integration Package

Use an Integration Package when mobile base, charging, sensing, HMI and safety interfaces must be reviewed together.

Engineering Files

Use Engineering Files for drawings, wiring diagrams, interface maps, display/audio datasheets, charger records and replacement documentation.

Custom Build Capabilities

System Integration Packages

Related Engineering Guides

RFQ Preparation Checklist

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

Not the right path if

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.

EmbodyStack does not guarantee customer-service outcomes; interaction design, service workflow and deployment validation remain customer responsibilities.

After submission

Review mobility, HMI, power, sensing and user-facing safety as a combined hardware stack.
Identify custom harness, host adapter, docking and service-file requirements.
Return the RFQ path for catalog parts, custom builds or a service-robot integration package.

Application RFQ

Start with the information already available.

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.

Start Application RFQ