YOGO ROBOT Official Website

YOTATION

Achieving Automatic Module
Switch In 60 Seconds

Multiple Sets Of Transmission Mechanisms Working In Coordination, Completing,
The Transformation Of Robot Tasks

YOTATION

Achieving Automatic Module
Switch In 60 Seconds

Multiple Sets Of Transmission Mechanisms Working In Coordination, Completing,
The Transformation Of Robot Tasks

YOTATION

In-City Transfer Station
Expand Infinitely As Needed

YOTATION is located for on-demand pickup and delivery. Meanwhile, with its customized scalable modular structure,
it can extend based on the volume of items and the required space.

YOTATION

Precise & Stable
Body Structure

Multiple Sets Of Transmission Mechanisms Working In Coordination, Completing, The Transformation Of Robot Tasks.

YOTATION

YOTATION Cross Section

The multi-functional YOTATION serves as an urban transfer station and will be combined with more future delivery methods such as riders, drones, outdoor vehicles and indoor robots to form a globally-optimal robot logistics network

YOTATION

YOTATION Cross Section

The multi-functional YOTATION serves as an urban transfer station and will be combined with more future delivery methods such as riders, drones, outdoor vehicles and indoor robots to form a globally-optimal robot logistics network

YOTATION

Physical Docking Capability Is The Key To Networking.

YOTATION

Build A Logistics Network Through Different Ethnic Groups

Real-World Just-In-Time Logistics Is A Complex Challenge That Meets Different Business Needs And Needs To Adapt To Different Buildings, Traffic Rules, Human Behavioral Norms, Etc.

The Biggest Challenge And Core Lies In

Scene Compatibility

Multiple Delivery Method Combinations - Vertical, Flat, Three-Dimensional, Etc.
Linking Capabilities

the key to networking - conversion of multiple delivery methods, sorting, etc.
Brand New Terminal Experience<

creating a closed-loop user experience
City-Level Distributed Group Control

multi-machine collaboration
Standardization

standard warehouse box, charging standard, docking standard, shared robot map, etc.

As Shown In The Picture On The Right, The Design And Construction Of Future Real-Time Logistics Networks Need To Take Advantage Of The Characteristics Of Different Equipment. Through The Method Of Transfer, The Design And Integration Of The Advantages Of Different Equipment Are Not A Simple Replica Of A Machine.