Noetix BUMI PRO Compact Humanoid Robot

Most humanoid robots force a choice. A platform serious enough to teach real locomotion and perception usually needs a laboratory, a safety cage and a specialist to run it, while anything small enough for a classroom table tends to stop at scripted waves and pre-recorded phrases. The Noetix BUMI PRO Compact Humanoid Robot sits deliberately between those extremes. It walks on two legs, carries force-controlled joint modules, a structured-light depth camera and an intelligent voice system, yet a first lesson can be built by dragging blocks across a screen. That pairing of genuine hardware with an accessible entry point is what makes it worth a closer look for anyone who teaches robotics rather than merely shows it off.

Robots Europa, based in Dublin, supplies the BUMI PRO to schools, universities, training centres, research groups and companies across the European Union and the DACH region. Robots Europa prepares each quotation, arranges delivery to the customer's site and remains the point of contact for technical support once the robot is in use.

Background

Noetix and the BUMI family

Noetix develops humanoid robots across several sizes and purposes, and the BUMI line is its compact branch. The sources name a broad family of BUMI versions: Pro, EDU Pro, Lite, Air, Max, EDU-Air, EDU-Max and a Spring Festival edition. The BUMI PRO and the EDU Pro share the same body, so the height, weight and joint count quoted on this page apply to both. What separates them is computing, which is discussed further below. For buyers, the practical consequence of such a family is choice: an institution can select the version that matches its curriculum or research brief without having to learn an entirely different platform when moving up or across the range.

Force-controlled joints and onboard perception

The technical core of the BUMI PRO lies in two areas. The first is its force-controlled joint modules. In humanoid robotics, force control allows a joint to respond to resistance and contact rather than simply driving to a fixed position, which is what makes balanced walking and safer interaction with people achievable. The second is perception: a structured-light depth camera and IMU sensors, combined with onboard computing power, give the robot the information it needs for motion control and for sensing its surroundings. Structured-light cameras project a pattern and read its distortion to estimate depth, a well-established technique for close-range perception indoors. Together these elements turn the BUMI PRO from a moving model into a platform on which students can observe how perception, balance and control interact.

Technical Specifications

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

The manufacturer has not published the battery capacity, battery runtime, charger, processor, camera resolution, IP rating, payload, box contents, power supply voltage or operating temperature range; Robots Europa confirms these with the quotation.

What does the EDU Pro version add over the BUMI PRO?

Both robots stand 98 cm tall, weigh 17 kg and offer 21 degrees of freedom, and both carry the depth camera, IMU sensors, voice interaction and Wi-Fi and Bluetooth connectivity. The difference is computing. The Noetix BUMI EDU PRO Humanoid Robot further adds an NVIDIA Jetson Orin Nano Super module, intended for advanced robotics and AI development.

For a buyer, this frames the decision clearly. If the aim is to teach programming, motion and human-robot interaction through the graphical environment, the app and the motion libraries, the BUMI PRO covers that ground. If the brief extends to running machine-learning models on the robot itself, or to research that depends on dedicated AI computing on board, the EDU Pro is the version built for it. Since both share one body, lesson material and handling routines developed on one transfer naturally to the other.

How is the BUMI PRO programmed and controlled?

The BUMI PRO is designed for straightforward setup and programming through a graphical drag-and-drop environment. Beginners assemble behaviour from visual blocks, which keeps the focus on logic and sequence rather than syntax. Alongside this, a mobile app provides direct control, and motion libraries supply ready-made movements that can be combined into routines or used as a starting point for new ones.

For more experienced users, secondary development capabilities allow functionality to be extended and custom applications to be created. This gives the platform a path from first lesson to independent project: a pupil can start by sequencing movements and a postgraduate can later build bespoke applications on the same robot. Wireless communication via Wi-Fi and Bluetooth supports operation without cables and integration into existing learning and development environments, while OTA updates simplify software maintenance, so the robot can be kept current without manual reinstallation.

Who is the Noetix BUMI PRO Compact Humanoid Robot for?

The BUMI PRO is designed for educational institutions, robotics training, STEM programmes, research projects and humanoid robot demonstrations. Schools and colleges gain a humanoid that pupils can programme visually from the first session, which makes it suited to STEM programmes that want to move beyond wheeled kits. Universities and vocational training providers can use the force-controlled joints, depth camera and IMU sensors to teach the fundamentals of locomotion, perception and control on real hardware.

Research groups will find the secondary development capabilities useful for prototyping applications and interaction studies. Where a project relies on on-board AI computing, the EDU Pro is the better fit, as described above. Science centres, exhibitions and corporate innovation teams can rely on the motion libraries and voice interaction for humanoid robot demonstrations in front of an audience.

Buyers comparing the wider range can also review the Noetix BUMI EDU Air Humanoid Robot and the Noetix BUMI EDU MAX Humanoid Robot, or browse the complete Noetix BUMI category. Robots Europa is glad to help match a version to a specific curriculum or research brief.

What is the Noetix BUMI PRO Compact Humanoid Robot used for?

1. STEM teaching: introducing pupils to programming and robotics through drag-and-drop blocks on a walking humanoid.
2. Robotics training: giving technical courses hands-on practice with force-controlled joints, IMU sensors and depth perception.
3. Research projects: prototyping custom applications through the secondary development capabilities.
4. Human-robot interaction: exploring voice interaction and responsive behaviour in studies and classroom exercises.
5. Demonstrations: presenting humanoid motion and interaction at open days, exhibitions and trade events using the motion libraries.
6. Application development: building and testing new behaviours on a platform kept current through OTA updates.

Pricing and Availability

Robots Europa supplies the BUMI PRO on the basis of an individual quotation, prepared for the customer's organisation, version and destination within the EU or the DACH region. This allows schools, universities and companies to plan their purchase with a clear picture of the configuration they need. Delivery, customs and support are arranged with the quotation. To begin, simply send your enquiry; the quotation request form is available on this page.

Frequently Asked Questions

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

The BUMI PRO stands 98 cm tall and weighs 17 kg. The EDU Pro version shares the same figures.

Do users need programming experience?

No. The robot is programmed through a graphical drag-and-drop environment, so beginners can work with it from the start, while secondary development allows experienced users to create custom applications.

Which sensors does the robot carry?

The BUMI PRO carries vision sensors including a structured-light depth camera, together with IMU sensors. Combined with onboard computing power, they support perception and motion control.

How is the robot connected and controlled?

It communicates wirelessly via Wi-Fi and Bluetooth and can be controlled through a mobile app. Motion libraries are also supported.

How is the software kept up to date?

The BUMI PRO receives OTA updates, which simplify software maintenance without manual reinstallation.

Does the BUMI PRO support voice interaction?

Yes. The robot incorporates an intelligent voice system and supports voice interaction functions, which makes it suitable for human-robot interaction exercises and demonstrations.

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

The BUMI PRO is available from Robots Europa, which supplies customers across the EU and the DACH region. The price is provided in an individual quotation, which you can request on this page.

Summary

The BUMI PRO resolves the choice between a humanoid too large for a classroom and one too simple to teach with. Its 21 degrees of freedom, force-controlled joints, structured-light depth camera and voice system give students and researchers real hardware to study, while the drag-and-drop environment, mobile app and motion libraries keep the entry point low. Secondary development and OTA updates let the platform grow with its users, and the EDU Pro stands ready for teams that need dedicated AI computing on board. Those who wish to see the robot alongside other walking platforms can explore the Bipedal Humanoids category. For a quotation from Robots Europa, with delivery and support across the EU and the DACH region, this page is the starting point.