The indoor mobile robot can be used in many different scenarios, and its tray supports the robot chassis DIY; the cartouche can also be added as needed to ensure that the items are safe and smooth during the delivery process.

This indoor autonomous robot incorporates autonomous positioning and navigation and autonomous obstacle avoidance technology, which can operate stably and efficiently; the Android control system increases the interaction diversity and scenario adaptability of the indoor mobile robot.

A301-A301A Indoor Robot Core Advantages

1. Superior SLAM positioning and navigation technology.

2. New intelligent obstacle avoidance.

3. Autonomous route planning.

4. Efficient delivery.

A301-A301A INDOOR AUTONOMOUS ROBOT INFORMATIONS

01

What can indoor mobile robots do in the restaurant?

For different restaurant scenarios, indoor autonomous robots can be responsible for delivering meals, and drinks, and Collecting plates, highly reducing the walking distance of the waiters; reducing the number of waiters; Restaurant service robots also complete the work of plate returning, reducing the workload of waiters.

At the same time, the indoor delivery robot can also collaborate with the back kitchen to directly complete the delivery task from the back kitchen to the table.

02

Can your indoor autonomous robot run on carpet？

Running on the carpet is completely no problem for our autonomous service robot.

03

How do indoor mobile robots navigate within indoor environments?

Indoor mobile robots use a variety of sensors such as lasers, cameras, and ultrasonic sensors to perceive their surroundings and navigate using mapping and localization algorithms.

04

Can indoor mobile robots work collaboratively with humans?

Yes, indoor mobile robots can be designed to work collaboratively with humans in a variety of settings such as manufacturing, healthcare, and hospitality, such as hospital room cleaning robots.