Exhibition and tour guide robots
A tour robot has to be steady and easy to run: no localization jumps, narration on cue, and staff able to edit routes themselves. Our tour system runs on deployed robots.
Tour systems for robot dogs and humanoids: tablet visitor UI, stop narration, voice interaction, face-recognition greetings, stair navigation, and an ops console for maps, stops and routes.
Recommended sensors
| Type | Model | Notes | Weight |
|---|---|---|---|
| LiDAR | Livox Mid-360 | 3D hybrid solid-state 360° | 265 g |
| Depth cameras | Orbbec Gemini 335 | Active/passive stereo | 97 g |
| Speakers, lights and microphones | Seeed ReSpeaker Mic Array v2.0 | 4-mic array | — |
| Speakers, lights and microphones | Generic Loudspeaker & light combo | 20 W loudspeaker + 10 W LED fill light, Ethernet control | 650 g |
Platforms
Related services
Custom inspection robot development · Custom robot payload integration · Robot autonomy and system integration
Related projects
- Showroom guide robot dog · Visitor UI and O&M console: Tablet visitor UI for a quadruped guide robot (3D point cloud following, stop narration, cross-floor stair navigation) and an O&M console (map, points, route editing), deployed and running on the robot's board.
- Humanoid guide robot console: Web console for the G1 humanoid guide robot, combining remote control, live mapping and navigation, face recognition greetings, tour routes and points, voice and one-click self-test in one interface.
FAQ
- Exhibition and tour guide robots: which sensors?
- Common choices: Livox Mid-360, Orbbec Gemini 335, Seeed ReSpeaker Mic Array v2.0, Generic Loudspeaker & light combo. Combined to suit payload, IP rating and accuracy.
- Exhibition and tour guide robots: which robot?
- Options: Unitree Go2 EDU, Unitree Go2-W, Unitree A2, DEEP Robotics Lite3. Quadrupeds for rough terrain, UGVs or drones for large areas.
Tell us about your project
Send the platform, the sensors you need and the use case. We reply with a payload design, weight and power budget, and a quote.
Sales: Li Zhongpan · +86 186 0689 5919 (WeChat) · lizhongpan@yuanzhirobot.com
Engineering: Mo Yuncong · +86 192 6342 5759 · 2211955800@qq.com
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