Mobility‑Aid Robot
  • Supported Seat Structure
  • Armrest Control Unit
  • Stable Drive Wheels
  • Balanced Base Platform

Assisted Indoor Mobility

Supported Movement Across Prepared Routes

The robot combines a supported seat, armrest controls, foot platform and drive wheels on a balanced base for assisted movement across prepared routes.

  • Exhibition Hall Mobility
  • Hotel Lobby Mobility
  • Hospital Corridor Mobility
  • Reception Area Mobility
Helps patients travel safely through suitable hospital corridors.Helps patients travel safely through suitable hospital corridors.
Supports elderly visitors moving around prepared public exhibition areas.Supports elderly visitors moving around prepared public exhibition areas.
Supports seated mobility for young visitors through clear exhibition routes.Supports seated mobility for young visitors through clear exhibition routes.
Provides assisted movement for elderly guests across prepared hotel lobbies.Provides assisted movement for elderly guests across prepared hotel lobbies.
Helps patients travel safely through suitable hospital corridors.Helps patients travel safely through suitable hospital corridors.
Supports elderly visitors moving around prepared public exhibition areas.Supports elderly visitors moving around prepared public exhibition areas.
Supports seated mobility for young visitors through clear exhibition routes.Supports seated mobility for young visitors through clear exhibition routes.
Provides assisted movement for elderly guests across prepared hotel lobbies.Provides assisted movement for elderly guests across prepared hotel lobbies.

Specifications & Structural Decomposition

Product Structure Diagram

Product Structure Diagram
  1. Supported Seat

    Provides stable seated support during assisted movement.

  2. Armrest Control Unit

    Integrates accessible controls for simple operation.

  3. Foot Platform

    Supports comfortable foot placement during travel.

  4. Drive Wheel Assembly

    Powered wheels provide controlled movement on prepared floors.

  5. Navigation Sensor Module

    Supports route awareness and assisted navigation.

  6. Touchscreen Display

    Displays operating information through an integrated interface.

  7. Chassis Base

    Balanced base supports the seat and drive components.

General information

Mobility‑Aid Robot
Model
YIM-MOB01
Body Dimensions
860*600*920 mm
Curb Weight
55 kg
Maximum Load Capacity
150 kg
Front Wheel Type
Off‑Road Omnidirectional Wheels
Rear Wheel Type
Pneumatic Tires
Front Wheel Diameter
25 cm

General instructions

Simplified explanation

Core Component Details

Charging-Port-and-Physical-Control-Buttons

Chassis-Anti-Collision-and-Wheel-Cover

Drive-Wheel-and-Suspension-Joint

Rear-Battery-Compartment-and-Service-Cover

Top-Sensor-Navigation-Module

Touchscreen-and-Display-Bezel

Rear-Battery-Compartment-and-Service-Cover

Drive-Wheel-and-Suspension-Joint

We're here to help

Our team is ready to advise you on the best product configuration and procurement plan.

400 158 5899

Frequently Asked Questions (FAQ)

What is the robot designed for?

It is designed for assisted seated mobility across prepared indoor routes.

Where is it intended to operate?

Use it in clear indoor areas where floor and route conditions are suitable.

How does it support daily tasks?

The seat, controls, foot platform and powered base support routine movement.

What structure supports its operation?

The balanced chassis, drive wheels and navigation module support operation.

What should be checked before use?

Check the route, floor, battery, controls and operating space before use.