Noetix Bumi: World's Cheapest Humanoid Robot at $1,370 (2026)

Noetix Bumi: World's Cheapest Humanoid Robot at $1,370 (2026)

Noetix Bumi: The World's First $1,370 Consumer Humanoid Robot

China's Noetix Robotics breaks the affordability barrier with Bumi, a child-sized bipedal robot designed for schools, families, and developers.

$1,370
Starting Price
94cm
Height
21 DOF
Degrees of Freedom
12kg
Weight
Compare All Humanoid Robots & Vendors

Breaking the Price Barrier in Consumer Robotics

In October 2025, Beijing-based startup Noetix Robotics unveiled Bumi, a humanoid robot that fundamentally challenges the economics of consumer robotics. Priced at ¥9,998 (approximately $1,370), Bumi represents the first high-performance bipedal humanoid robot available to consumers for less than the cost of a flagship smartphone. This pricing breakthrough positions Bumi as a catalyst for mass-market adoption of humanoid robotics technology previously confined to research laboratories and corporate R&D departments.

The launch comes at a pivotal moment in the broader humanoid robotics revolution, where manufacturers are racing to develop affordable platforms. While competitors like Unitree's H2 and Tesla Optimus focus on full-scale industrial capabilities, Noetix has carved out a distinct market position by targeting education and family entertainment. Unlike industrial-grade robots that can cost $16,000 to over $100,000, Bumi is designed specifically for classrooms, homes, and hobbyist developers.

Market Positioning: Bumi creates a new category in humanoid robotics—affordable enough for individual consumers and educational institutions, yet sophisticated enough to serve as a legitimate development platform. At 94 centimeters tall and weighing just 12 kilograms, the robot fits comfortably into real-world home and classroom environments.

The robot's market reception validates the pent-up demand for accessible humanoid technology. Noetix reported that over 100 units sold within the first hour of availability on JD.com, with the first 500 units purchased within two days during China's major shopping festivals. This rapid sell-through demonstrates that a significant consumer segment has been waiting for humanoid robotics to reach smartphone price parity.

Noetix Bumi humanoid robot running alongside young child in outdoor park setting with city skyline background, demonstrating child-safe 94cm height approximately matching 4-5 year old child's stature, white and black humanoid form factor with smooth rounded limbs, both figures captured mid-stride showing Bumi's bipedal locomotion capability on grass terrain, illustrating family entertainment and educational companion use case for $1,370 consumer robot

Noetix Bumi running alongside a child, demonstrating its child-safe 94cm height and bipedal locomotion on outdoor terrain.

For organizations evaluating humanoid robot investments, Bumi's emergence signals a fundamental shift in the industry. The days of six-figure humanoid platforms serving as the only option are ending. Educational institutions, research labs, and companies exploring robotics initiatives now have access to affordable platforms suitable for proof-of-concept testing, employee training, and educational program development without the capital expenditure traditionally required.

Market Positioning: Bumi creates a new category in humanoid robotics—affordable enough for individual consumers and educational institutions, yet sophisticated enough to serve as a legitimate development platform. At 94 centimeters tall and weighing just 12 kilograms, the robot fits comfortably into real-world home and classroom environments.

Noetix's success with Bumi follows the company's viral moment in April 2025, when its larger N2 robot finished second in the world's first humanoid half-marathon in Beijing. That achievement—completing 21 kilometers in 3 hours and 37 minutes—generated over 2,500 pre-orders for the N2 and tripled the company's valuation. Bumi represents Noetix's strategic move to capture the mass-market segment that N2's $5,500 price point couldn't reach.

For a comprehensive overview of how Bumi fits into the broader humanoid robotics revolution, including comparisons with industrial platforms like Unitree H2 and Tesla Optimus, explore our detailed market analysis.

Noetix Robotics: From University Research to Commercial Success

Company Origins and Leadership

Noetix Robotics (officially Songyan Dynamics Beijing Technology Co., Ltd.) was founded in September 2023 by 27-year-old Jiang Zheyuan, who left his doctoral studies at Tsinghua University to commercialize humanoid robotics technology. The company's founding team comprises young engineers and researchers from China's top institutions, including Tsinghua University and Zhejiang University, bringing academic rigor to commercial product development.

Founded
September 2023
Headquarters
Beijing, China
Founder & CTO
Jiang Zheyuan, 27
Employees
100+ (2025)

Unlike many robotics startups that focus on showcase demonstrations and long-term research timelines, Jiang positioned Noetix for rapid commercialization from inception. In interviews, he explained that limited financial resources forced Noetix to prioritize early revenue generation over purely technical idealism. This pragmatic approach has proven successful, with the company achieving positive cash flow in Q4 2024.

Funding and Growth Trajectory

Noetix has completed five funding rounds since 2023, culminating in a Pre-B round of nearly ¥300 million (approximately $41 million) led by Vertex Ventures in October 2025. The company's valuation tripled following the viral success of its N2 robot at the Beijing humanoid half-marathon in April 2025, reaching a current valuation of approximately $200 million.

September 2023
Company founded by Jiang Zheyuan and team from Tsinghua/Zhejiang Universities
April 2025
N2 robot finishes second in world's first humanoid half-marathon (3 hours 37 minutes), generating 2,500 pre-orders and tripling valuation
August 2025
N2 wins two gold medals and one silver at Beijing's World Humanoid Robot Games
October 2025
Bumi launched at $1,370; Pre-B funding of $41M from Vertex Ventures; 100 units sold in first hour, 500 units in first two days

Manufacturing and Production Capacity

Noetix operates production facilities in Beijing and Changzhou, with a third manufacturing site in planning stages. The company aims to scale production to 1,000 units per month by late 2025, a target that reflects both growing demand and the efficiency gains from vertical integration. Current production capacity stands at approximately 10 robots per day, with plans to deliver around 2,000 total units by year-end 2025.

The company's manufacturing strategy leverages China's domestic supply chain advantages, with nearly 100 percent of components sourced locally. This localization strategy enables faster iteration cycles, reduces logistics costs, and provides Noetix with a significant cost advantage over international competitors who must manage complex global supply chains.

Product Portfolio Evolution

Before Bumi, Noetix developed the N2 humanoid robot, a 118cm tall, 29kg platform priced at ¥39,900 (approximately $5,500). The N2 established Noetix's technical credentials through its marathon performance and competitive success, generating over 2,500 orders. The company also offers the E1, an upgraded N2 variant with enhanced capabilities.

Jiang has stated that Noetix plans to launch even more affordable consumer-grade robots priced around ¥5,000 ($700) in future product iterations, continuing the trend toward mass-market accessibility. This product strategy mirrors successful consumer electronics companies, with Jiang explicitly stating his vision for Noetix to become "the Xiaomi of the humanoid robot industry" in the short term and "the Apple of robotics" in the long term. For organizations tracking the broader landscape of humanoid robotics companies, Noetix represents a new model: rapid commercialization through cost engineering rather than technical maximalism.

Bumi Technical Specifications and Engineering Design

Core Hardware Specifications

Bumi's engineering reflects a calculated balance between capability and cost optimization. The robot's physical specifications position it as a child-sized platform designed to avoid intimidation while maintaining functional utility across educational and home environments.

Height 94 cm (3.1 feet)
Weight 12 kg (26.5 lbs)
Degrees of Freedom 21 joints
Battery 48V, 3.5Ah+ capacity
Runtime 1-2 hours per charge
Maximum Speed Walking/running capable
Materials Lightweight composite with metal reinforcement
Processor Rockchip (domestically sourced)
Price ¥9,998 (~$1,370 USD)

Motion Control and Mobility

Bumi incorporates 21 degrees of freedom distributed across its body, enabling coordinated bipedal locomotion and upper-body articulation. The joint configuration includes knee and elbow flexion, hip rotation for balance maintenance, and torso articulation for dynamic movement patterns. This DOF count positions Bumi below industrial humanoids like the Unitree H2 (31 DOF) but above basic educational robots, reflecting its consumer-focused design philosophy.

The robot employs Noetix's proprietary motion control system, developed in-house to optimize hardware-software integration. This self-developed control architecture enables smooth walking patterns, coordinated dance movements, and balance recovery—capabilities demonstrated publicly through marathon completion and competitive robotics events.

Bipedal Walking
Stable two-legged locomotion on flat surfaces with dynamic balance correction
Dance Capabilities
Coordinated choreographed movements demonstrating fluid motion control
Running Mode
Higher-speed bipedal movement for dynamic applications
Terrain Adaptation
Capable of handling slight inclines and mixed indoor surfaces

Sensor Array and Perception

Bumi integrates a front-mounted camera system for visual perception, enabling object detection and facial recognition capabilities. The vision system supports basic navigation assistance and human-robot interaction scenarios. Multiple microphones provide voice capture for command recognition and conversational interaction, positioning Bumi as both a physical robot and an interactive companion device.

Noetix Bumi humanoid robot photographed from behind at Noetix Robotics headquarters in Beijing with company logo on gray wall, robot standing with both arms raised overhead demonstrating shoulder joint articulation range, exposed mechanical construction showing silver aluminum actuators at hip knee and ankle joints, black spherical hand end-effectors, central torso battery compartment with ventilation ports visible, white composite body panels with modular design for 12kg total weight

Rear view showing Bumi's 21-DOF joint articulation and modular construction at Noetix HQ.

Noetix Bumi humanoid robot performing bipedal walking gait on outdoor concrete pathway with grass background, full-body front view showing 94cm tall humanoid proportions, glossy black visor head unit, white composite torso with NOETIX branding, silver metallic arms with articulated elbow and wrist joints featuring circular ventilation patterns, exposed aluminum leg mechanism with visible knee actuators and ankle articulation, flat rectangular feet for stable ground contact, demonstrating outdoor terrain adaptation capability

Front view of Bumi demonstrating bipedal walking on outdoor concrete terrain.

The sensor configuration prioritizes cost efficiency over comprehensive environmental mapping. Unlike industrial humanoids that incorporate LIDAR and depth cameras, Bumi employs a simplified perception stack sufficient for supervised home and classroom use. This pragmatic approach reduces component costs while maintaining functional utility for intended use cases.

Motion Control and Mobility Features

🚶
Bipedal Walking
Stable two-legged locomotion on flat surfaces with dynamic balance correction
💃
Dance Capabilities
Coordinated choreographed movements demonstrating fluid motion control
🏃
Running Mode
Higher-speed bipedal movement for dynamic applications
🌿
Terrain Adaptation
Capable of handling slight inclines and mixed indoor surfaces

Power System and Battery Management

The 48-volt power system provides 1-2 hours of operational runtime depending on activity intensity. Walking and light interaction consume power conservatively, while dynamic movements like running or dancing drain the battery more rapidly. The battery remains user-replaceable, allowing for extended operation through battery swapping—a practical consideration for educational environments requiring continuous operation throughout school days.

Durability Considerations: Noetix states that Bumi's joints feature sealed construction for dust resistance, with modular component design enabling straightforward part replacement. However, the company has not published detailed durability testing results or ingress protection ratings. Commercial buyers should anticipate supervised operation requirements and avoid exposing units to harsh environmental conditions or liquids.

Materials Engineering and Weight Optimization

Bumi's 12-kilogram weight represents a deliberate engineering achievement. The robot employs lightweight composite materials as the primary structural framework, with metal reinforcement applied selectively only at high-stress joints and load-bearing locations. The weight reduction creates cascading cost benefits: lighter frames require less powerful actuators, smaller batteries reduce material costs, and the reduced overall component count simplifies assembly processes.

For detailed specifications of competing platforms, compare Bumi against the Unitree H2 (31 DOF, 180cm) and Unitree H1 in our interactive comparison tool.

How Noetix Achieved the $1,370 Price Point

Bumi's breakthrough pricing derives from systematic cost engineering across three fundamental pillars: vertical integration, structural redesign, and localized supply chains. Founder Jiang Zheyuan has explicitly outlined these strategies as the foundation for Noetix's competitive advantage.

Strategy 1: Vertical Integration of Critical Components

In-House Design and Manufacturing
Rather than procuring standard control boards and actuator systems from third-party suppliers—the typical approach that introduces vendor markups of 30-50%—Noetix designs these critical modules internally. This vertical integration strategy eliminates supplier premiums while enabling tighter optimization between hardware and software performance. The company's engineering team can customize motor controllers specifically for Bumi's motion profiles, reducing over-specification common in off-the-shelf components.

Strategy 2: Strategic Material Selection and Structural Redesign

Composite-First Construction Philosophy
Traditional humanoid robots employ metal frames throughout their structure for durability and industrial strength. Bumi inverts this paradigm by using lightweight composites as primary structural materials, applying metal reinforcement selectively only at high-stress joints. This materials strategy reduces Bumi's weight to 12 kilograms—significantly below competitors' 29-50kg platforms. The lighter frame enables smaller motors, more compact batteries, and simplified thermal management.

Strategy 3: 100% Domestic Supply Chain Localization

China Manufacturing Ecosystem Advantages
Noetix sources nearly 100 percent of components domestically within China, including motors, sensors, processors, and structural materials. This localization strategy leverages China's unparalleled manufacturing density and supply chain integration. Domestic sourcing enables rapid iteration cycles, as engineering teams can visit supplier facilities within hours. Logistics costs drop dramatically compared to international shipping, and component lead times shrink from weeks to days.

Price Positioning in the Humanoid Market

Bumi's $1,370 price point represents a 4-10x cost advantage over the next-cheapest functional humanoid platforms. Compare Bumi's pricing using our interactive comparison tool:

Robot Model Price Height Target Market
Noetix Bumi $1,370 94cm Education, Home
Noetix N2 $5,500 118cm Research, Education
Unitree R1 $5,900 Full-scale Research, Development
Unitree H2 $6,000+ 180cm Research, Industrial
Tesla Optimus $20,000 (est.) 173cm Industrial

Lightweight Construction Enables Cost Savings

Traditional humanoid robots employ metal frames throughout their structure for durability and industrial strength. Bumi inverts this paradigm by using lightweight composites as primary structural materials, applying metal reinforcement selectively only at high-stress joints. This materials strategy reduces Bumi's weight to 12 kilograms—significantly below competitors' 29-50kg platforms.

Noetix Robotics employee demonstrating Bumi humanoid robot's portable 12kg weight by holding complete robot in arms at company facility, robot's 94cm height shown relative to adult woman's torso reaching from hip to shoulder level, white and silver robot body with black head visor, articulated limbs hanging naturally showing joint flexibility, demonstrating lightweight composite construction enabling single-person transport without equipment, Noetix logo partially visible in background

A Noetix employee demonstrates Bumi's portable 12kg weight—light enough for single-person transport without equipment.

The lighter frame enables smaller motors, more compact batteries, and simplified thermal management. These cascading benefits compound: each weight reduction enables further cost optimization in adjacent systems. Where industrial robots require heavy-duty actuators capable of moving 40-50kg frames, Bumi's 12kg mass permits lighter, cheaper motor assemblies.

Price Positioning in the Humanoid Market

Bumi's $1,370 price point represents a 4-10x cost advantage over the next-cheapest functional humanoid platforms. Compare Bumi's pricing using our interactive comparison tool:

Robot Model Price Height Target Market
Noetix Bumi $1,370 94cm Education, Home
Noetix N2 $5,500 118cm Research, Education
Unitree R1 $5,900 Full-scale Research, Development
Unitree H2 $6,000+ 180cm Research, Industrial
Tesla Optimus $20,000 (est.) 173cm Industrial

Economic Implications for Humanoid Robot Adoption

Bumi's pricing breakthrough has immediate implications for organizations evaluating humanoid robot procurement strategies. Educational institutions previously unable to justify $16,000+ robotics platforms can now access humanoid technology for the cost of a laptop cart. Corporate training programs can deploy multiple units for employee familiarization without capital expenditure justifications. Researchers and developers gain access to affordable hardware for algorithm testing and motion control experimentation.

Cost Engineering vs. Feature Compromise: Founder Jiang Zheyuan has stated that Bumi's pricing is not "malicious competition" but rather reflects the industry's inevitable trajectory toward affordability. By targeting educational and entertainment use cases rather than industrial load-bearing or autonomous household labor, Noetix sidesteps expensive capabilities unnecessary for their market segment.

The $1,370 price point positions humanoid robots alongside consumer electronics rather than industrial equipment. This category shift changes purchasing dynamics: robots move from multi-year capital planning cycles to departmental budgets and individual purchases. The psychological barrier of five-figure investments disappears, enabling impulse purchases during promotional periods.

For Western robotics companies, Bumi's cost engineering raises competitive pressure to match Chinese manufacturing efficiency or differentiate through capabilities that justify premium pricing. The days of maintaining 10-20x price premiums through brand positioning alone appear to be ending. Explore how other manufacturers are responding in our humanoid robotics company directory.

Bumi Programming Interfaces and Software Ecosystem

Noetix positions Bumi as an open development platform rather than a closed consumer appliance. The robot's software architecture prioritizes accessibility for novice programmers while providing sufficient flexibility for advanced users to explore custom behaviors and motion sequences. This dual-tier approach makes Bumi suitable for K-12 education, university research, and hobbyist development communities.

Graphical Programming for Beginners

Bumi supports drag-and-drop graphical programming interfaces designed specifically for children and first-time coders. This visual programming paradigm follows patterns established by educational platforms like Scratch and Blockly, where users construct programs by connecting logical blocks rather than writing text-based code. Students can create sequences of movements, define conditional behaviors, establish loops for repeated actions, and set up reactions to voice commands or visual stimuli.

🧩
Block-Based Programming
Drag-and-drop interface for creating movement sequences and behaviors
🎤
Voice Interaction
Voice command recognition for conversational interaction
👁️
Visual Recognition
Object and face detection for context-aware responses
🔧
Open API
Advanced API access for custom behavior development

Open Programming Interfaces for Developers

Beyond the beginner-friendly graphical layer, Bumi provides open programming interfaces for developers seeking low-level control. While Noetix has not published comprehensive API documentation publicly, the company's emphasis on openness suggests access to motion control primitives, sensor data streams, and hardware interfaces necessary for research and advanced development.

This openness positions Bumi as a legitimate development platform for university robotics programs, hobbyist makers, and independent researchers who need affordable hardware for testing motion control algorithms, machine learning models, or human-robot interaction paradigms. At $1,370, Bumi becomes accessible to graduate students conducting thesis research and individual developers experimenting with bipedal locomotion.

JD.com Ecosystem Integration: Bumi integrates with JD.com's Joy Inside 2.0 platform, China's leading smart home and IoT ecosystem. This integration enables Bumi to interact with connected home devices, access cloud-based services, and participate in JD's broader robotics developer community.

Educational Use Cases and Classroom Applications

K-12 STEM Education
Bumi serves as a tangible platform for teaching physics concepts (balance, center of mass, momentum), computer science fundamentals (algorithms, conditional logic, loops), and engineering principles (mechanism design, sensor integration). Students can experiment with programming motion sequences and observe how code translates to physical movement.
University Robotics Courses
Higher education institutions can deploy Bumi for introductory robotics labs at a fraction of traditional platform costs. Students gain hands-on experience with bipedal locomotion challenges and real-time control systems without the $10,000+ per-unit costs that typically limit lab access to small cohorts.

Bumi Target Applications and Market Positioning

Noetix has explicitly positioned Bumi for education and family entertainment rather than autonomous household labor or industrial work. This market focus represents a strategic decision to avoid competition with established industrial humanoid manufacturers while serving underaddressed segments where price sensitivity creates significant barriers to adoption.

Educational Institutions
Primary Target: K-12 Schools, Universities, Training Centers

Educational institutions represent Bumi's core addressable market. The $1,370 price point makes humanoid robotics accessible to schools and universities previously unable to justify five-figure platform costs.

Advantages
Affordable multi-unit deployment
Child-safe size (94cm, 12kg)
Graphical programming for all skills
Tangible physics demonstrations
Open platform for curricula
Limitations
1-2 hour battery life
Limited durability data
Requires supervision
Chinese-focused ecosystem
Research and Development Organizations
Secondary Market: University Labs, Independent Researchers, Corporate R&D

Researchers studying bipedal locomotion, human-robot interaction, or motion control algorithms gain access to affordable hardware for experimentation. At $1,370, individual graduate students can purchase personal development units, while labs can deploy multiple robots for statistically significant sample sizes in HRI studies.

Consumer and Hobby Markets
Emerging Market: Tech Enthusiasts, Families, Maker Communities

Bumi's smartphone-equivalent pricing enables individual consumer purchases previously limited to institutional buyers. Tech hobbyists can experiment with humanoid robotics without multi-thousand-dollar investments, while families can access educational entertainment that combines play with STEM skill development.

Important Deployment Considerations: Noetix explicitly positions Bumi as NOT suitable for industrial labor, autonomous household task completion, or elder care applications. The robot lacks manipulation capabilities, payload capacity, and autonomy levels required for practical work scenarios. Organizations evaluating industrial humanoid platforms should consider Unitree H2, Tesla Optimus, or 1X NEO instead.

Bumi occupies a unique position in the humanoid market taxonomy. It sits below research-grade platforms like the Unitree H1 ($16,000+) but above toy-grade bipedal robots ($100-300) that lack meaningful programmability. This middle ground creates a new category: affordable development platforms suitable for serious learning without requiring institutional budgets.

Bumi vs. Competing Humanoid Robots

Bumi's market positioning becomes clearer when evaluated against competing humanoid platforms. Use our interactive comparison tool to explore detailed specifications across 50+ robots:

Robot Price Height DOF Target Use
Noetix Bumi $1,370 94cm 21 Education, Home
Noetix N2 $5,500 118cm 29 Research, Education
Unitree R1 $5,900 Full-scale ~40 Research
Unitree H2 $6,000+ 180cm 31 Industrial
Unitree G1 $16,000+ 127cm 23-43 Research, Development
1X NEO TBD 165cm 20+ Household
Tesla Optimus $20k (est) 173cm 40+ Industrial
Booster T1 $9,999 Full-scale 35 Commercial

When to Choose Bumi Over Industrial Humanoids

Choose Bumi when: Educational institutions prioritizing affordability and multi-unit deployment benefit from Bumi's 4-10x lower cost. The child-safe form factor suits K-12 environments better than full-scale robots. Hobbyists and individual developers gain affordable access to functional humanoid hardware.

Choose industrial humanoids when: Research requires adult-sized platforms, advanced manipulation capabilities, heavy payload capacity, or autonomous task completion. Industrial applications demand durability, precision, and performance that justify higher price points.

Key Differentiators

Price advantage: At $1,370, Bumi costs 4-10x less than competing functional humanoids. This enables educational institutions to purchase classroom sets rather than single demonstration units.

Size trade-off: Bumi's 94cm height limits its applications compared to full-scale humanoids, but creates advantages in child-friendly environments where smaller robots feel less intimidating.

Capability positioning: Bumi targets education and entertainment rather than industrial work. Organizations needing robots for physical labor, household tasks, or warehouse operations should evaluate Unitree H2, Tesla Optimus, or 1X NEO instead.

Organizations comparing options should consult our comprehensive robot vendor directory for purchasing guidance across manufacturers.

Compare All 50+ Humanoid Robots →

How to Buy Noetix Bumi: Ordering Information

Current Availability and Pricing

Noetix launched Bumi pre-sales in October 2025, strategically timed to coincide with China's major shopping festivals—Double 11 (Singles' Day, November 11) and Double 12 (December 12). These e-commerce events represent China's equivalent to Black Friday and Cyber Monday, generating peak consumer attention and purchasing activity.

Bumi Purchase Details
Official Price ¥9,998 (~$1,370 USD)
Primary Sales Channel JD.com (China)
Alternative Ordering Noetix WeChat Account
Launch Performance 100 units in first hour; 500 in 2 days
Production Target 1,000 units/month by late 2025

International Ordering Considerations

Noetix has not announced official international distribution channels as of November 2025. The company's initial focus remains on the Chinese domestic market, where manufacturing proximity, cultural familiarity, and e-commerce infrastructure provide operational advantages.

International Buyer Challenges: Organizations outside China face multiple barriers including Chinese address requirements for JD.com delivery, language barriers in documentation, and 48V power system voltage adaptation needs. Import duties, shipping logistics, and warranty support remain unclear for international buyers.

How to Buy Noetix Bumi: Ordering Information

Current Availability and Pricing

Noetix launched Bumi pre-sales in October 2025, strategically timed to coincide with China's major shopping festivals—Double 11 (Singles' Day, November 11) and Double 12 (December 12). These e-commerce events represent China's equivalent to Black Friday and Cyber Monday, generating peak consumer attention and purchasing activity.

Bumi Purchase Details

Official Price
¥9,998 (~$1,370 USD)
Primary Sales Channel
JD.com (China)
Alternative Ordering
Noetix WeChat Account
Launch Performance
100 units in first hour
Initial Sales
500 units in 2 days
Production Target
1,000 units/month

International Ordering Considerations

Noetix has not announced official international distribution channels as of January 2026. The company's initial focus remains on the Chinese domestic market, where manufacturing proximity, cultural familiarity, and e-commerce infrastructure provide operational advantages.

International Buyer Challenges: Organizations outside China face multiple barriers including Chinese address requirements for JD.com delivery, language barriers in documentation, and 48V power system voltage adaptation needs. Import duties, shipping logistics, and warranty support remain unclear for international buyers.

Alternative Options for International Buyers

International buyers interested in Bumi have several potential pathways, though each involves complexity. Organizations can reach out to Noetix Robotics directly to inquire about export availability and bulk purchasing for educational institutions. Third-party import services and forwarding companies can facilitate international purchases, though these add 15-30% to product value. Patient buyers may prefer waiting for Noetix to establish official international distribution with proper warranty support and localized documentation.

What's Included with Bumi Purchase

While Noetix has not published comprehensive unboxing inventories, standard robotics platform purchases typically include the fully assembled robot unit, 48V rechargeable battery (3.5Ah+), charging equipment with power adapter, user manual and quick start guide (likely in Chinese), and software access for programming interface downloads.

⚡ Can't Wait for Bumi's North American Launch?

If you need a humanoid robot available NOW in USA/Canada with full warranty and support, consider these alternatives:

Unitree R1 ($5,900) - Full-scale research platform
Unitree G1 ($16,000+) - Advanced development humanoid
Booster T1 ($9,999) - Commercial humanoid robot

View All USA-Available Robots →

Alternatives to Consider

Organizations evaluating Bumi should simultaneously research alternative platforms to ensure informed purchasing decisions. For educational buyers, compare Bumi against traditional educational robotics platforms and newer humanoid options like the Unitree R1 at $5,900 for advanced university programs. For research organizations, assess whether Bumi's specifications meet requirements or if full-scale platforms like Unitree H2 provide necessary capabilities for precise force control and heavy payloads.

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Noetix Bumi: World's Cheapest Humanoid Robot at $1,370 (2026)

Noetix Bumi: World's Cheapest Humanoid Robot at $1,370 (2026)

Noetix Bumi: The World's First $1,370 Consumer Humanoid Robot

China's Noetix Robotics breaks the affordability barrier with Bumi, a child-sized bipedal robot designed for schools, families, and developers.

$1,370
Starting Price
94cm
Height
21 DOF
Degrees of Freedom
12kg
Weight
Compare All Humanoid Robots & Vendors

Breaking the Price Barrier in Consumer Robotics

In October 2025, Beijing-based startup Noetix Robotics unveiled Bumi, a humanoid robot that fundamentally challenges the economics of consumer robotics. Priced at ¥9,998 (approximately $1,370), Bumi represents the first high-performance bipedal humanoid robot available to consumers for less than the cost of a flagship smartphone. This pricing breakthrough positions Bumi as a catalyst for mass-market adoption of humanoid robotics technology previously confined to research laboratories and corporate R&D departments.

The launch comes at a pivotal moment in the broader humanoid robotics revolution, where manufacturers are racing to develop affordable platforms. While competitors like Unitree's H2 and Tesla Optimus focus on full-scale industrial capabilities, Noetix has carved out a distinct market position by targeting education and family entertainment. Unlike industrial-grade robots that can cost $16,000 to over $100,000, Bumi is designed specifically for classrooms, homes, and hobbyist developers.

Market Positioning: Bumi creates a new category in humanoid robotics—affordable enough for individual consumers and educational institutions, yet sophisticated enough to serve as a legitimate development platform. At 94 centimeters tall and weighing just 12 kilograms, the robot fits comfortably into real-world home and classroom environments.

The robot's market reception validates the pent-up demand for accessible humanoid technology. Noetix reported that over 100 units sold within the first hour of availability on JD.com, with the first 500 units purchased within two days during China's major shopping festivals. This rapid sell-through demonstrates that a significant consumer segment has been waiting for humanoid robotics to reach smartphone price parity.

Noetix Bumi humanoid robot running alongside young child in outdoor park setting with city skyline background, demonstrating child-safe 94cm height approximately matching 4-5 year old child's stature, white and black humanoid form factor with smooth rounded limbs, both figures captured mid-stride showing Bumi's bipedal locomotion capability on grass terrain, illustrating family entertainment and educational companion use case for $1,370 consumer robot

Noetix Bumi running alongside a child, demonstrating its child-safe 94cm height and bipedal locomotion on outdoor terrain.

For organizations evaluating humanoid robot investments, Bumi's emergence signals a fundamental shift in the industry. The days of six-figure humanoid platforms serving as the only option are ending. Educational institutions, research labs, and companies exploring robotics initiatives now have access to affordable platforms suitable for proof-of-concept testing, employee training, and educational program development without the capital expenditure traditionally required.

Market Positioning: Bumi creates a new category in humanoid robotics—affordable enough for individual consumers and educational institutions, yet sophisticated enough to serve as a legitimate development platform. At 94 centimeters tall and weighing just 12 kilograms, the robot fits comfortably into real-world home and classroom environments.

Noetix's success with Bumi follows the company's viral moment in April 2025, when its larger N2 robot finished second in the world's first humanoid half-marathon in Beijing. That achievement—completing 21 kilometers in 3 hours and 37 minutes—generated over 2,500 pre-orders for the N2 and tripled the company's valuation. Bumi represents Noetix's strategic move to capture the mass-market segment that N2's $5,500 price point couldn't reach.

For a comprehensive overview of how Bumi fits into the broader humanoid robotics revolution, including comparisons with industrial platforms like Unitree H2 and Tesla Optimus, explore our detailed market analysis.

Noetix Robotics: From University Research to Commercial Success

Company Origins and Leadership

Noetix Robotics (officially Songyan Dynamics Beijing Technology Co., Ltd.) was founded in September 2023 by 27-year-old Jiang Zheyuan, who left his doctoral studies at Tsinghua University to commercialize humanoid robotics technology. The company's founding team comprises young engineers and researchers from China's top institutions, including Tsinghua University and Zhejiang University, bringing academic rigor to commercial product development.

Founded
September 2023
Headquarters
Beijing, China
Founder & CTO
Jiang Zheyuan, 27
Employees
100+ (2025)

Unlike many robotics startups that focus on showcase demonstrations and long-term research timelines, Jiang positioned Noetix for rapid commercialization from inception. In interviews, he explained that limited financial resources forced Noetix to prioritize early revenue generation over purely technical idealism. This pragmatic approach has proven successful, with the company achieving positive cash flow in Q4 2024.

Funding and Growth Trajectory

Noetix has completed five funding rounds since 2023, culminating in a Pre-B round of nearly ¥300 million (approximately $41 million) led by Vertex Ventures in October 2025. The company's valuation tripled following the viral success of its N2 robot at the Beijing humanoid half-marathon in April 2025, reaching a current valuation of approximately $200 million.

September 2023
Company founded by Jiang Zheyuan and team from Tsinghua/Zhejiang Universities
April 2025
N2 robot finishes second in world's first humanoid half-marathon (3 hours 37 minutes), generating 2,500 pre-orders and tripling valuation
August 2025
N2 wins two gold medals and one silver at Beijing's World Humanoid Robot Games
October 2025
Bumi launched at $1,370; Pre-B funding of $41M from Vertex Ventures; 100 units sold in first hour, 500 units in first two days

Manufacturing and Production Capacity

Noetix operates production facilities in Beijing and Changzhou, with a third manufacturing site in planning stages. The company aims to scale production to 1,000 units per month by late 2025, a target that reflects both growing demand and the efficiency gains from vertical integration. Current production capacity stands at approximately 10 robots per day, with plans to deliver around 2,000 total units by year-end 2025.

The company's manufacturing strategy leverages China's domestic supply chain advantages, with nearly 100 percent of components sourced locally. This localization strategy enables faster iteration cycles, reduces logistics costs, and provides Noetix with a significant cost advantage over international competitors who must manage complex global supply chains.

Product Portfolio Evolution

Before Bumi, Noetix developed the N2 humanoid robot, a 118cm tall, 29kg platform priced at ¥39,900 (approximately $5,500). The N2 established Noetix's technical credentials through its marathon performance and competitive success, generating over 2,500 orders. The company also offers the E1, an upgraded N2 variant with enhanced capabilities.

Jiang has stated that Noetix plans to launch even more affordable consumer-grade robots priced around ¥5,000 ($700) in future product iterations, continuing the trend toward mass-market accessibility. This product strategy mirrors successful consumer electronics companies, with Jiang explicitly stating his vision for Noetix to become "the Xiaomi of the humanoid robot industry" in the short term and "the Apple of robotics" in the long term. For organizations tracking the broader landscape of humanoid robotics companies, Noetix represents a new model: rapid commercialization through cost engineering rather than technical maximalism.

Bumi Technical Specifications and Engineering Design

Core Hardware Specifications

Bumi's engineering reflects a calculated balance between capability and cost optimization. The robot's physical specifications position it as a child-sized platform designed to avoid intimidation while maintaining functional utility across educational and home environments.

Height 94 cm (3.1 feet)
Weight 12 kg (26.5 lbs)
Degrees of Freedom 21 joints
Battery 48V, 3.5Ah+ capacity
Runtime 1-2 hours per charge
Maximum Speed Walking/running capable
Materials Lightweight composite with metal reinforcement
Processor Rockchip (domestically sourced)
Price ¥9,998 (~$1,370 USD)

Motion Control and Mobility

Bumi incorporates 21 degrees of freedom distributed across its body, enabling coordinated bipedal locomotion and upper-body articulation. The joint configuration includes knee and elbow flexion, hip rotation for balance maintenance, and torso articulation for dynamic movement patterns. This DOF count positions Bumi below industrial humanoids like the Unitree H2 (31 DOF) but above basic educational robots, reflecting its consumer-focused design philosophy.

The robot employs Noetix's proprietary motion control system, developed in-house to optimize hardware-software integration. This self-developed control architecture enables smooth walking patterns, coordinated dance movements, and balance recovery—capabilities demonstrated publicly through marathon completion and competitive robotics events.

Bipedal Walking
Stable two-legged locomotion on flat surfaces with dynamic balance correction
Dance Capabilities
Coordinated choreographed movements demonstrating fluid motion control
Running Mode
Higher-speed bipedal movement for dynamic applications
Terrain Adaptation
Capable of handling slight inclines and mixed indoor surfaces

Sensor Array and Perception

Bumi integrates a front-mounted camera system for visual perception, enabling object detection and facial recognition capabilities. The vision system supports basic navigation assistance and human-robot interaction scenarios. Multiple microphones provide voice capture for command recognition and conversational interaction, positioning Bumi as both a physical robot and an interactive companion device.

Noetix Bumi humanoid robot photographed from behind at Noetix Robotics headquarters in Beijing with company logo on gray wall, robot standing with both arms raised overhead demonstrating shoulder joint articulation range, exposed mechanical construction showing silver aluminum actuators at hip knee and ankle joints, black spherical hand end-effectors, central torso battery compartment with ventilation ports visible, white composite body panels with modular design for 12kg total weight

Rear view showing Bumi's 21-DOF joint articulation and modular construction at Noetix HQ.

Noetix Bumi humanoid robot performing bipedal walking gait on outdoor concrete pathway with grass background, full-body front view showing 94cm tall humanoid proportions, glossy black visor head unit, white composite torso with NOETIX branding, silver metallic arms with articulated elbow and wrist joints featuring circular ventilation patterns, exposed aluminum leg mechanism with visible knee actuators and ankle articulation, flat rectangular feet for stable ground contact, demonstrating outdoor terrain adaptation capability

Front view of Bumi demonstrating bipedal walking on outdoor concrete terrain.

The sensor configuration prioritizes cost efficiency over comprehensive environmental mapping. Unlike industrial humanoids that incorporate LIDAR and depth cameras, Bumi employs a simplified perception stack sufficient for supervised home and classroom use. This pragmatic approach reduces component costs while maintaining functional utility for intended use cases.

Motion Control and Mobility Features

🚶
Bipedal Walking
Stable two-legged locomotion on flat surfaces with dynamic balance correction
💃
Dance Capabilities
Coordinated choreographed movements demonstrating fluid motion control
🏃
Running Mode
Higher-speed bipedal movement for dynamic applications
🌿
Terrain Adaptation
Capable of handling slight inclines and mixed indoor surfaces

Power System and Battery Management

The 48-volt power system provides 1-2 hours of operational runtime depending on activity intensity. Walking and light interaction consume power conservatively, while dynamic movements like running or dancing drain the battery more rapidly. The battery remains user-replaceable, allowing for extended operation through battery swapping—a practical consideration for educational environments requiring continuous operation throughout school days.

Durability Considerations: Noetix states that Bumi's joints feature sealed construction for dust resistance, with modular component design enabling straightforward part replacement. However, the company has not published detailed durability testing results or ingress protection ratings. Commercial buyers should anticipate supervised operation requirements and avoid exposing units to harsh environmental conditions or liquids.

Materials Engineering and Weight Optimization

Bumi's 12-kilogram weight represents a deliberate engineering achievement. The robot employs lightweight composite materials as the primary structural framework, with metal reinforcement applied selectively only at high-stress joints and load-bearing locations. The weight reduction creates cascading cost benefits: lighter frames require less powerful actuators, smaller batteries reduce material costs, and the reduced overall component count simplifies assembly processes.

For detailed specifications of competing platforms, compare Bumi against the Unitree H2 (31 DOF, 180cm) and Unitree H1 in our interactive comparison tool.

How Noetix Achieved the $1,370 Price Point

Bumi's breakthrough pricing derives from systematic cost engineering across three fundamental pillars: vertical integration, structural redesign, and localized supply chains. Founder Jiang Zheyuan has explicitly outlined these strategies as the foundation for Noetix's competitive advantage.

Strategy 1: Vertical Integration of Critical Components

In-House Design and Manufacturing
Rather than procuring standard control boards and actuator systems from third-party suppliers—the typical approach that introduces vendor markups of 30-50%—Noetix designs these critical modules internally. This vertical integration strategy eliminates supplier premiums while enabling tighter optimization between hardware and software performance. The company's engineering team can customize motor controllers specifically for Bumi's motion profiles, reducing over-specification common in off-the-shelf components.

Strategy 2: Strategic Material Selection and Structural Redesign

Composite-First Construction Philosophy
Traditional humanoid robots employ metal frames throughout their structure for durability and industrial strength. Bumi inverts this paradigm by using lightweight composites as primary structural materials, applying metal reinforcement selectively only at high-stress joints. This materials strategy reduces Bumi's weight to 12 kilograms—significantly below competitors' 29-50kg platforms. The lighter frame enables smaller motors, more compact batteries, and simplified thermal management.

Strategy 3: 100% Domestic Supply Chain Localization

China Manufacturing Ecosystem Advantages
Noetix sources nearly 100 percent of components domestically within China, including motors, sensors, processors, and structural materials. This localization strategy leverages China's unparalleled manufacturing density and supply chain integration. Domestic sourcing enables rapid iteration cycles, as engineering teams can visit supplier facilities within hours. Logistics costs drop dramatically compared to international shipping, and component lead times shrink from weeks to days.

Price Positioning in the Humanoid Market

Bumi's $1,370 price point represents a 4-10x cost advantage over the next-cheapest functional humanoid platforms. Compare Bumi's pricing using our interactive comparison tool:

Robot Model Price Height Target Market
Noetix Bumi $1,370 94cm Education, Home
Noetix N2 $5,500 118cm Research, Education
Unitree R1 $5,900 Full-scale Research, Development
Unitree H2 $6,000+ 180cm Research, Industrial
Tesla Optimus $20,000 (est.) 173cm Industrial

Lightweight Construction Enables Cost Savings

Traditional humanoid robots employ metal frames throughout their structure for durability and industrial strength. Bumi inverts this paradigm by using lightweight composites as primary structural materials, applying metal reinforcement selectively only at high-stress joints. This materials strategy reduces Bumi's weight to 12 kilograms—significantly below competitors' 29-50kg platforms.

Noetix Robotics employee demonstrating Bumi humanoid robot's portable 12kg weight by holding complete robot in arms at company facility, robot's 94cm height shown relative to adult woman's torso reaching from hip to shoulder level, white and silver robot body with black head visor, articulated limbs hanging naturally showing joint flexibility, demonstrating lightweight composite construction enabling single-person transport without equipment, Noetix logo partially visible in background

A Noetix employee demonstrates Bumi's portable 12kg weight—light enough for single-person transport without equipment.

The lighter frame enables smaller motors, more compact batteries, and simplified thermal management. These cascading benefits compound: each weight reduction enables further cost optimization in adjacent systems. Where industrial robots require heavy-duty actuators capable of moving 40-50kg frames, Bumi's 12kg mass permits lighter, cheaper motor assemblies.

Price Positioning in the Humanoid Market

Bumi's $1,370 price point represents a 4-10x cost advantage over the next-cheapest functional humanoid platforms. Compare Bumi's pricing using our interactive comparison tool:

Robot Model Price Height Target Market
Noetix Bumi $1,370 94cm Education, Home
Noetix N2 $5,500 118cm Research, Education
Unitree R1 $5,900 Full-scale Research, Development
Unitree H2 $6,000+ 180cm Research, Industrial
Tesla Optimus $20,000 (est.) 173cm Industrial

Economic Implications for Humanoid Robot Adoption

Bumi's pricing breakthrough has immediate implications for organizations evaluating humanoid robot procurement strategies. Educational institutions previously unable to justify $16,000+ robotics platforms can now access humanoid technology for the cost of a laptop cart. Corporate training programs can deploy multiple units for employee familiarization without capital expenditure justifications. Researchers and developers gain access to affordable hardware for algorithm testing and motion control experimentation.

Cost Engineering vs. Feature Compromise: Founder Jiang Zheyuan has stated that Bumi's pricing is not "malicious competition" but rather reflects the industry's inevitable trajectory toward affordability. By targeting educational and entertainment use cases rather than industrial load-bearing or autonomous household labor, Noetix sidesteps expensive capabilities unnecessary for their market segment.

The $1,370 price point positions humanoid robots alongside consumer electronics rather than industrial equipment. This category shift changes purchasing dynamics: robots move from multi-year capital planning cycles to departmental budgets and individual purchases. The psychological barrier of five-figure investments disappears, enabling impulse purchases during promotional periods.

For Western robotics companies, Bumi's cost engineering raises competitive pressure to match Chinese manufacturing efficiency or differentiate through capabilities that justify premium pricing. The days of maintaining 10-20x price premiums through brand positioning alone appear to be ending. Explore how other manufacturers are responding in our humanoid robotics company directory.

Bumi Programming Interfaces and Software Ecosystem

Noetix positions Bumi as an open development platform rather than a closed consumer appliance. The robot's software architecture prioritizes accessibility for novice programmers while providing sufficient flexibility for advanced users to explore custom behaviors and motion sequences. This dual-tier approach makes Bumi suitable for K-12 education, university research, and hobbyist development communities.

Graphical Programming for Beginners

Bumi supports drag-and-drop graphical programming interfaces designed specifically for children and first-time coders. This visual programming paradigm follows patterns established by educational platforms like Scratch and Blockly, where users construct programs by connecting logical blocks rather than writing text-based code. Students can create sequences of movements, define conditional behaviors, establish loops for repeated actions, and set up reactions to voice commands or visual stimuli.

🧩
Block-Based Programming
Drag-and-drop interface for creating movement sequences and behaviors
🎤
Voice Interaction
Voice command recognition for conversational interaction
👁️
Visual Recognition
Object and face detection for context-aware responses
🔧
Open API
Advanced API access for custom behavior development

Open Programming Interfaces for Developers

Beyond the beginner-friendly graphical layer, Bumi provides open programming interfaces for developers seeking low-level control. While Noetix has not published comprehensive API documentation publicly, the company's emphasis on openness suggests access to motion control primitives, sensor data streams, and hardware interfaces necessary for research and advanced development.

This openness positions Bumi as a legitimate development platform for university robotics programs, hobbyist makers, and independent researchers who need affordable hardware for testing motion control algorithms, machine learning models, or human-robot interaction paradigms. At $1,370, Bumi becomes accessible to graduate students conducting thesis research and individual developers experimenting with bipedal locomotion.

JD.com Ecosystem Integration: Bumi integrates with JD.com's Joy Inside 2.0 platform, China's leading smart home and IoT ecosystem. This integration enables Bumi to interact with connected home devices, access cloud-based services, and participate in JD's broader robotics developer community.

Educational Use Cases and Classroom Applications

K-12 STEM Education
Bumi serves as a tangible platform for teaching physics concepts (balance, center of mass, momentum), computer science fundamentals (algorithms, conditional logic, loops), and engineering principles (mechanism design, sensor integration). Students can experiment with programming motion sequences and observe how code translates to physical movement.
University Robotics Courses
Higher education institutions can deploy Bumi for introductory robotics labs at a fraction of traditional platform costs. Students gain hands-on experience with bipedal locomotion challenges and real-time control systems without the $10,000+ per-unit costs that typically limit lab access to small cohorts.

Bumi Target Applications and Market Positioning

Noetix has explicitly positioned Bumi for education and family entertainment rather than autonomous household labor or industrial work. This market focus represents a strategic decision to avoid competition with established industrial humanoid manufacturers while serving underaddressed segments where price sensitivity creates significant barriers to adoption.

Educational Institutions
Primary Target: K-12 Schools, Universities, Training Centers

Educational institutions represent Bumi's core addressable market. The $1,370 price point makes humanoid robotics accessible to schools and universities previously unable to justify five-figure platform costs.

Advantages
Affordable multi-unit deployment
Child-safe size (94cm, 12kg)
Graphical programming for all skills
Tangible physics demonstrations
Open platform for curricula
Limitations
1-2 hour battery life
Limited durability data
Requires supervision
Chinese-focused ecosystem
Research and Development Organizations
Secondary Market: University Labs, Independent Researchers, Corporate R&D

Researchers studying bipedal locomotion, human-robot interaction, or motion control algorithms gain access to affordable hardware for experimentation. At $1,370, individual graduate students can purchase personal development units, while labs can deploy multiple robots for statistically significant sample sizes in HRI studies.

Consumer and Hobby Markets
Emerging Market: Tech Enthusiasts, Families, Maker Communities

Bumi's smartphone-equivalent pricing enables individual consumer purchases previously limited to institutional buyers. Tech hobbyists can experiment with humanoid robotics without multi-thousand-dollar investments, while families can access educational entertainment that combines play with STEM skill development.

Important Deployment Considerations: Noetix explicitly positions Bumi as NOT suitable for industrial labor, autonomous household task completion, or elder care applications. The robot lacks manipulation capabilities, payload capacity, and autonomy levels required for practical work scenarios. Organizations evaluating industrial humanoid platforms should consider Unitree H2, Tesla Optimus, or 1X NEO instead.

Bumi occupies a unique position in the humanoid market taxonomy. It sits below research-grade platforms like the Unitree H1 ($16,000+) but above toy-grade bipedal robots ($100-300) that lack meaningful programmability. This middle ground creates a new category: affordable development platforms suitable for serious learning without requiring institutional budgets.

Bumi vs. Competing Humanoid Robots

Bumi's market positioning becomes clearer when evaluated against competing humanoid platforms. Use our interactive comparison tool to explore detailed specifications across 50+ robots:

Robot Price Height DOF Target Use
Noetix Bumi $1,370 94cm 21 Education, Home
Noetix N2 $5,500 118cm 29 Research, Education
Unitree R1 $5,900 Full-scale ~40 Research
Unitree H2 $6,000+ 180cm 31 Industrial
Unitree G1 $16,000+ 127cm 23-43 Research, Development
1X NEO TBD 165cm 20+ Household
Tesla Optimus $20k (est) 173cm 40+ Industrial
Booster T1 $9,999 Full-scale 35 Commercial

When to Choose Bumi Over Industrial Humanoids

Choose Bumi when: Educational institutions prioritizing affordability and multi-unit deployment benefit from Bumi's 4-10x lower cost. The child-safe form factor suits K-12 environments better than full-scale robots. Hobbyists and individual developers gain affordable access to functional humanoid hardware.

Choose industrial humanoids when: Research requires adult-sized platforms, advanced manipulation capabilities, heavy payload capacity, or autonomous task completion. Industrial applications demand durability, precision, and performance that justify higher price points.

Key Differentiators

Price advantage: At $1,370, Bumi costs 4-10x less than competing functional humanoids. This enables educational institutions to purchase classroom sets rather than single demonstration units.

Size trade-off: Bumi's 94cm height limits its applications compared to full-scale humanoids, but creates advantages in child-friendly environments where smaller robots feel less intimidating.

Capability positioning: Bumi targets education and entertainment rather than industrial work. Organizations needing robots for physical labor, household tasks, or warehouse operations should evaluate Unitree H2, Tesla Optimus, or 1X NEO instead.

Organizations comparing options should consult our comprehensive robot vendor directory for purchasing guidance across manufacturers.

Compare All 50+ Humanoid Robots →

How to Buy Noetix Bumi: Ordering Information

Current Availability and Pricing

Noetix launched Bumi pre-sales in October 2025, strategically timed to coincide with China's major shopping festivals—Double 11 (Singles' Day, November 11) and Double 12 (December 12). These e-commerce events represent China's equivalent to Black Friday and Cyber Monday, generating peak consumer attention and purchasing activity.

Bumi Purchase Details
Official Price ¥9,998 (~$1,370 USD)
Primary Sales Channel JD.com (China)
Alternative Ordering Noetix WeChat Account
Launch Performance 100 units in first hour; 500 in 2 days
Production Target 1,000 units/month by late 2025

International Ordering Considerations

Noetix has not announced official international distribution channels as of November 2025. The company's initial focus remains on the Chinese domestic market, where manufacturing proximity, cultural familiarity, and e-commerce infrastructure provide operational advantages.

International Buyer Challenges: Organizations outside China face multiple barriers including Chinese address requirements for JD.com delivery, language barriers in documentation, and 48V power system voltage adaptation needs. Import duties, shipping logistics, and warranty support remain unclear for international buyers.

How to Buy Noetix Bumi: Ordering Information

Current Availability and Pricing

Noetix launched Bumi pre-sales in October 2025, strategically timed to coincide with China's major shopping festivals—Double 11 (Singles' Day, November 11) and Double 12 (December 12). These e-commerce events represent China's equivalent to Black Friday and Cyber Monday, generating peak consumer attention and purchasing activity.

Bumi Purchase Details

Official Price
¥9,998 (~$1,370 USD)
Primary Sales Channel
JD.com (China)
Alternative Ordering
Noetix WeChat Account
Launch Performance
100 units in first hour
Initial Sales
500 units in 2 days
Production Target
1,000 units/month

International Ordering Considerations

Noetix has not announced official international distribution channels as of January 2026. The company's initial focus remains on the Chinese domestic market, where manufacturing proximity, cultural familiarity, and e-commerce infrastructure provide operational advantages.

International Buyer Challenges: Organizations outside China face multiple barriers including Chinese address requirements for JD.com delivery, language barriers in documentation, and 48V power system voltage adaptation needs. Import duties, shipping logistics, and warranty support remain unclear for international buyers.

Alternative Options for International Buyers

International buyers interested in Bumi have several potential pathways, though each involves complexity. Organizations can reach out to Noetix Robotics directly to inquire about export availability and bulk purchasing for educational institutions. Third-party import services and forwarding companies can facilitate international purchases, though these add 15-30% to product value. Patient buyers may prefer waiting for Noetix to establish official international distribution with proper warranty support and localized documentation.

What's Included with Bumi Purchase

While Noetix has not published comprehensive unboxing inventories, standard robotics platform purchases typically include the fully assembled robot unit, 48V rechargeable battery (3.5Ah+), charging equipment with power adapter, user manual and quick start guide (likely in Chinese), and software access for programming interface downloads.

⚡ Can't Wait for Bumi's North American Launch?

If you need a humanoid robot available NOW in USA/Canada with full warranty and support, consider these alternatives:

Unitree R1 ($5,900) - Full-scale research platform
Unitree G1 ($16,000+) - Advanced development humanoid
Booster T1 ($9,999) - Commercial humanoid robot

View All USA-Available Robots →

Alternatives to Consider

Organizations evaluating Bumi should simultaneously research alternative platforms to ensure informed purchasing decisions. For educational buyers, compare Bumi against traditional educational robotics platforms and newer humanoid options like the Unitree R1 at $5,900 for advanced university programs. For research organizations, assess whether Bumi's specifications meet requirements or if full-scale platforms like Unitree H2 provide necessary capabilities for precise force control and heavy payloads.

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