Noetix BUMI PRO Compact Humanoid Robot

A humanoid robot usually asks you to choose between a toy that repeats scripts and a research machine that needs a specialist. The Noetix BUMI PRO Compact Humanoid Robot is built for the ground between the two: a walking, seeing, listening robot that a teacher or a student can program with drag-and-drop blocks, yet one that still leaves room for deeper development.

The product is available through this page, by quotation.

Background

Noetix and the Bumi family

Noetix is the brand behind the Bumi line of compact humanoid robots. The family comes in several versions, which the manufacturer's sources name as Pro, EDU Pro, Lite, Air, Max, Spring Festival, EDU-Air and EDU-Max. This page covers the Pro. Where the EDU Pro differs, we say so, and we keep every figure with the version it belongs to.

Within the store, the Bumi robots sit together in the Noetix BUMI category, and they belong to the wider group of Bipedal Humanoids. If you are comparing versions before you ask for a quotation, those two pages are a good place to start.

Positioning and key technology

The Bumi Pro is designed for educational institutions, robotics training, STEM programmes, research projects and humanoid robot demonstrations. Its technology is chosen with that purpose in mind. The robot incorporates force-controlled joint modules, vision sensors, an intelligent voice system and graphical programming capabilities.

A structured-light depth camera, IMU sensors and onboard computing power enable perception and motion control. Wi-Fi and Bluetooth connectivity support wireless operation and integration into learning and development environments. In practice, that means the robot can sense its surroundings, keep track of its own movement and be reached from a phone or a computer without cables.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the battery capacity, the battery runtime, the charger, the processor, the camera resolution, the IP rating, the payload, the box contents, the power supply voltage or the operating temperature range; they are confirmed at quotation.

What makes the BUMI PRO different from a classroom kit robot?

Many entry-level robots are wheeled or fixed, and they teach software without teaching balance, motion or the body. The Bumi Pro stands 98 cm tall, weighs 17 kg and has 21 degrees of freedom, which allows realistic motion, walking and interactive human-robot applications. A student is working with a machine that has a body to coordinate, not only a screen.

The second difference is the way sensing and software come together. Force-controlled joint modules, a structured-light depth camera and IMU sensors feed the onboard computing power that handles perception and motion control. Beginners do not have to build that foundation themselves. They can start with the motion libraries and the voice functions, then move on to their own behaviors.

The third difference is the range of ways to work with it. Setup and programming run through a graphical drag-and-drop environment, so a first lesson does not need a line of code. The robot can also be driven from a mobile app. Advanced users can take the secondary development capabilities further, extend the functionality and create custom applications. OTA updates simplify software maintenance, so a fleet of robots in a lab does not have to be updated one cable at a time.

What does the EDU Pro version add?

The EDU Pro shares the Pro's 98 cm height, 17 kg weight and 21 degrees of freedom, as well as its depth camera, IMU sensors, voice interaction and Wi-Fi and Bluetooth connectivity. What it further adds is an NVIDIA Jetson Orin Nano Super module for advanced robotics and AI development.

That addition matters for one kind of buyer: the team that wants to run its own AI work on the robot itself. The Pro is the straightforward choice for teaching, demonstrations and applications built on the graphical environment and secondary development. If your plans lean toward AI development, look at the Noetix BUMI EDU PRO Humanoid Robot, and ask us to confirm the details for your use at quotation.

Who is the BUMI PRO for?

Schools, colleges and training centers are the first group. A humanoid that can be programmed with blocks lets a mixed class take part, from the beginner who drags a walking routine into place to the student who moves on to custom code.

Research groups and university labs form the second group. The sensors, the secondary development capabilities and the wireless connection give them a platform for experiments in perception, motion and human-robot interaction without building a robot first.

Exhibitors, event organizers and demonstration teams are the third group. A robot that walks, talks and responds to a phone app draws a crowd, and the motion libraries give it a repertoire from the first day.

Teams whose main goal is AI development on the robot itself should compare the Pro with the EDU Pro, which adds the NVIDIA Jetson Orin Nano Super module. The Noetix BUMI category lists the other versions of the family.

What is the BUMI PRO used for?

1. Robotics teaching. Students learn how a humanoid moves, senses and responds, using a graphical drag-and-drop environment.
2. STEM programmes. A walking robot gives science and technology lessons a concrete, motivating subject.
3. Research projects. The sensors, onboard computing and secondary development capabilities support experiments in perception and motion control.
4. Application development. Advanced users extend the functionality and create custom applications on the platform.
5. Humanoid demonstrations. Walking, motion libraries and voice interaction make it a lively attraction for events and open days.
6. Human-robot interaction. Voice functions and mobile app control allow people to interact with the robot directly.

Pricing and Availability

We do not print prices on this page. A quotation is the way to proceed: tell us how many robots you need, which version suits your project and where they should go. Delivery, customs and support are arranged with the quotation, so you see the full picture before you commit. Whatever your plans, the Noetix BUMI PRO Compact Humanoid Robot is available on this page.

Frequently Asked Questions

How tall is the Noetix BUMI PRO and how much does it weigh?

It stands 98 cm tall and weighs 17 kg. The EDU Pro version has the same height and weight.

How many degrees of freedom does it have?

The Pro has 21 degrees of freedom, which enables realistic motion and walking.

How do I program the robot?

Programming runs through a graphical drag-and-drop environment, and the robot can also be controlled from a mobile app. Advanced users can use the secondary development capabilities to build custom applications.

Does it connect wirelessly?

Yes. It supports Wi-Fi and Bluetooth, which allow wireless operation and integration into learning and development environments.

What sensors does it carry?

It carries a structured-light depth camera and IMU sensors, together with voice interaction. Onboard computing power handles perception and motion control.

What is the difference between the Pro and the EDU Pro?

The EDU Pro further adds an NVIDIA Jetson Orin Nano Super module for advanced robotics and AI development. Otherwise the figures we publish for height, weight and degrees of freedom are the same.

Where can I buy the Noetix BUMI PRO and what does it cost?

The robot is available through this page, by quotation. We do not print a price here; send us your request and we will prepare a quotation that covers delivery, customs and support.

Summary

The Noetix BUMI PRO answers the old choice between a toy and a laboratory machine. It is a 98 cm, 17 kg walking humanoid with 21 degrees of freedom, force-controlled joints, a structured-light depth camera, voice interaction, Wi-Fi and Bluetooth, and a drag-and-drop environment that opens the door for beginners while secondary development serves advanced users. When you are ready to compare versions or request a quotation, this page is the starting point.