Noetix BUMI PRO Compact Humanoid Robot
In stock
- BRAND:
- NOETIX
- PART #:
- BUMI
- ORIGIN:
- China
- AVAILABILITY:
- SUBJECT TO AVAILABILITY
- SKU:
- Noetix-BUMI-PRO
Noetix BUMI PRO Compact Humanoid Robot
The Noetix BUMI PRO Compact Humanoid Robot is a child-size bipedal humanoid developed by Noetix Robotics, a Beijing-based robotics startup founded in 2023. Announced in late 2025, the Bumi platform is positioned for education, hobbyist development, and home companionship rather than industrial research. Standing approximately 94 cm tall with a reported mass of around 12 kg, the robot walks on two legs, performs expressive whole-body motions such as dance routines, and supports open programming for learning and prototyping. This page consolidates the publicly reported information about the BUMI PRO so procurement teams, educators, and developers can evaluate it before requesting a formal quotation.
Background
Noetix Robotics and the consumer humanoid push
Noetix Robotics was founded in Beijing in 2023 and has moved quickly toward productized humanoids rather than laboratory prototypes. Public reporting around the Bumi launch describes a deliberate cost strategy: domestic component sourcing, lightweight composite materials, and manufacturing scale within China. In October 2025 the company disclosed a pre-B funding round led by Vertex Ventures, framing Bumi as a consumer milestone for the business. Launch coverage also noted strong early presale interest, with reports of hundreds of units reserved in the first days of availability. Together these signals suggest a company attempting to open a new market segment: bipedal humanoids priced for schools and households rather than only research institutions.
Where the BUMI PRO sits in the humanoid market
Most commercially available bipedal humanoids have historically been full-size research platforms with correspondingly high acquisition and handling costs. The Bumi platform takes the opposite approach. Its roughly one-meter chassis reduces transport difficulty and lowers handling risk in classrooms and homes, while preserving the two-legged locomotion that distinguishes humanoids from wheeled service robots. Media demonstrations have emphasized dynamic gestures and dance routines as a way to showcase balance and whole-body coordination. The company positions the robot as approachable for first-time users, with app-level controls for basic teleoperation and scripted actions, while an open programming model is intended to differentiate it from closed, toy-like consumer robots and make it genuinely useful for STEM education and maker communities.
Technical Specifications
The table below summarizes figures reported in launch coverage and retail listings for the BUMI PRO.
| Attribute | Reported value |
|---|---|
| Robot type | Compact bipedal humanoid |
| Height | Approximately 94 cm |
| Weight | Approximately 12 kg (some retail listings cite higher figures) |
| Degrees of freedom | 21 total; 4 per arm, 6 per leg (per retail documentation) |
| Locomotion | Bipedal walking with expressive motions such as dancing |
| Peak joint torque | 50 Nm (third-party reported) |
| Maximum speed | Over 0.5 m/s (third-party reported) |
| Battery | 48V, 3.5Ah quick-release lithium-ion (third-party reported) |
| Runtime | Third-party summaries vary, from 1-2 hours to over 2 hours |
| Compute | Rockchip RK3576 class CPU, 4 GB RAM + 32 GB eMMC standard; EDU variant reported with Jetson Orin Nano Super and expanded storage (third-party reported) |
| Interaction | Voice interaction, app-level control, built-in microphone, speaker, and camera (third-party reported) |
| Connectivity | Wi-Fi and Bluetooth; EtherCAT and CAN protocols (third-party reported) |
| Software | Linux / ROS; Python, C++, and graphical programming (third-party reported) |
| Shipping carton | Approximately 71 x 51 x 55 cm, 28 kg (per retail documentation) |
Because the Bumi platform is newly launched and production is still scaling, published specifications vary between sources and may change; always confirm the current official specification sheet, variant configuration, and in-box contents at quotation time.
How does the Noetix BUMI PRO work?
The BUMI PRO uses coordinated joint control across its 21 reported degrees of freedom to achieve two-legged walking, balance recovery, and expressive gestures. Third-party technical summaries describe force-controlled joints and reinforcement-learning-based locomotion controllers, which is consistent with the dynamic dance and greeting behaviors shown in launch demonstrations. For everyday users, the robot is operated through voice commands and a companion app that provides guided behaviors and basic teleoperation. For developers and educators, the platform exposes an open programming interface: third-party documentation describes a Linux/ROS environment with Python, C++, and graphical programming support, plus a secondary development kit. An EDU configuration is reported to add lower-level and joint-level control access along with substantially more onboard AI compute, making it the variant of interest for coursework that goes beyond scripted routines.
Why is the BUMI PRO significant for affordable humanoid robotics?
Industry coverage of the Bumi launch consistently framed it as a price-barrier moment: a genuinely bipedal humanoid with force-controlled joints and an open SDK offered at a consumer-oriented price point rather than a laboratory budget. That matters for two reasons. First, it moves hands-on humanoid experience from a handful of funded labs into ordinary classrooms, makerspaces, and homes. Second, it creates the conditions for a community of shared lesson plans, sample code, and gesture libraries, which historically accelerates adoption of educational robotics platforms. The BUMI PRO should still be understood as an early-generation consumer product: specifications are evolving, and buyers should set expectations around education, development, and demonstration rather than heavy household manipulation.
Who is the Noetix BUMI PRO for?
The BUMI PRO is aimed at students, educators, developers, and families. Schools and universities can use it as a hands-on platform for robotics curricula covering gait concepts, motion scripting, and human-robot interaction basics. Independent developers and hobbyists gain a real biped for testing gesture libraries and voice-driven routines without the safety and cost constraints of full-size humanoids. Families and outreach organizations can use it as an edutainment and demonstration device. It is not positioned as an industrial manipulation platform, and organizations needing heavy payload handling or certified deployment should evaluate larger systems.
What is the Noetix BUMI PRO used for?
- Robotics and STEM education, including gait concepts, motion scripting, and human-robot interaction exercises in classroom settings.
- Developer prototyping of gesture libraries, voice-driven routines, and interaction experiments on a real bipedal platform.
- Public demonstrations and outreach at exhibitions, school events, and makerspaces, using show-friendly behaviors such as dance and greetings.
- Home edutainment and early consumer companionship, blending playful routines with basic assistant-style voice interaction.
- Curriculum development for institutions building repeatable, low-budget embodied-AI teaching modules with the reported EDU configuration.
- Research familiarization, letting teams evaluate compact humanoid locomotion and SDK workflows before committing to larger platforms.
Pricing and Availability
The Noetix BUMI PRO is a newly launched product and configurations, included accessories, and lead times can change as production scales. Purchase details, current variant availability (standard versus EDU), warranty terms, and delivery timelines are confirmed at quotation. To receive current pricing and configuration guidance for your region and use case, submit a request for quotation and a product specialist will respond with a formal offer.
Frequently Asked Questions
What is the Noetix BUMI PRO?
It is a compact, child-size bipedal humanoid robot from Noetix Robotics, standing approximately 94 cm tall, designed for education, hobbyist development, and home edutainment.
How tall and heavy is the BUMI PRO?
Launch coverage reports approximately 94 cm in height and around 12 kg in mass, though some retail listings cite higher weight figures; confirm the current datasheet before purchase.
Can I program the BUMI PRO myself?
Yes. The platform is promoted with open programming interfaces, and third-party documentation describes Linux/ROS support with Python, C++, and graphical programming, plus a secondary development kit.
What is the difference between the standard and EDU versions?
Third-party listings describe the EDU configuration as adding expanded AI compute and lower-level joint control access for advanced coursework. Exact variant contents should be confirmed at quotation.
How long does the battery last?
Reported runtimes vary between sources, from roughly one to two hours up to over two hours on the quick-release 48V battery. Official standardized runtime figures should be confirmed with the current specification sheet.
Is the BUMI PRO suitable for classrooms?
Its compact size, low mass, and education-oriented programming model are explicitly aimed at classroom use. Actual deployment should follow your institution's supervision and safety practices.
Where can I buy the Noetix BUMI PRO and what does it cost?
The BUMI PRO is available through authorized distribution on a quotation basis. Pricing, configuration, and delivery details are confirmed when you submit a request for quotation on this page.
Summary
The Noetix BUMI PRO represents one of the first serious attempts to bring bipedal humanoid robotics to schools, developers, and households at a consumer-oriented level. Its reported 94 cm, 21-DOF platform combines genuine two-legged locomotion with voice and app interaction and an open programming model, while the reported EDU configuration extends it toward deeper robotics coursework. Because the product is new and specifications continue to evolve, buyers should verify the current official datasheet and included accessories during quotation. For anyone evaluating an affordable, education-ready humanoid platform, this page is the starting point.
