Author: Dean Fankhauser, Robozaps; Compiler: Felix, PANews

The best humanoid robot of 2026 is Figure 03, followed by Tesla Optimus Gen 3 and Agility Robotics Digit. For buyers on a budget, the Unitree G1 (starting at $16,000) offers the best value. The cheapest humanoid robot is the Noetix Bumi, which costs $1,400. This ranking guide covers all 34 major humanoid robot models and provides verified specifications, actual pricing and availability.

Key points:

• Best overall: Figure 03, state-of-the-art AI + hardware for industrial automation

• Best value for money: Yushu G1 (starting at US$16,000), with complete humanoid robot functions at an affordable price

• Cheapest: Noetix Bumi ($1,400), humanoid robot for education/hobbyists

• The first home robot: 1X NEO ($20,000), for early users

• Mass production: Tesla Optimus Gen 3 will begin mass production in January 2026; a public auction is expected to be held in late 2027.

The humanoid robot industry will reach an inflection point in early 2026. Tesla is ramping up Optimus Gen 3 production at its factories. Boston Dynamics' electric Atlas has been shipped to Hyundai Motor's Metaplant, Georgia plant for real factory work. Figure AI’s BotQ factory already has an annual production capacity of 12,000 Figure 03 units. 1X Technologies has started shipping its $20,000 NEO home robot to early adopters. There are a bunch of new faces at CES 2026: Yushu’s $29,900 full-size H2, NEURA Robotics’ Porsche-designed 4NE1 starting at €19,999, and LG’s CLOiD home robot showing off real-life housekeeping capabilities.

This is no longer hype, but actual hardware delivery. This authoritative guide (updated as of March 2026) ranks and reviews 34 leading humanoid robots, covering those already on the market or being deployed, and provides verified specifications, actual pricing, availability and use cases. Whether you're a buyer, investor, researcher, or just concerned about the future of robotics, this is the most comprehensive ranking of humanoid robots on the internet.

Overview: The best humanoid robots of 2026

Each humanoid robot ranking method is evaluated against five equally weighted criteria (last updated: March 22, 2026):

• Practical Application (20%): Does it actually run in a production environment? Robots already in use scored higher than prototypes.

• Technical capabilities (20%): Dexterity, mobility, AI maturity, freedom, sensor suite.

• Commercial Availability (20%): Is it available to buy or lease now? A public sale is better than an invitation-only pilot program.

• Value for money (20%): Performance per dollar. A $16,000 robot that performs well scores higher than a $500,000 robot that performs the same task.

• Industry Impact (20%): Market influence, partnerships, financing, ecosystem maturity.

AI platform driving humanoid robots

Behind every powerful humanoid robot is an AI platform, which gives the robot the ability to perceive, reason and act. The following three technology providers are becoming the "operating systems" in the era of humanoid robots:

NVIDIA Isaac + GR00T

NVIDIA's Isaac GR00T (General Robotics 00 Technology) is the first open base model for humanoid robots. Released at GTC 2024 and updated to version N1.6 in January 2026, GR00T enables robots to learn from imitation, reinforcement learning, and video data. The Isaac Sim platform trains robots 1000x faster in real-time in GPU-accelerated simulations. Partners include Figure AI, Apptronik, Sanctuary AI, Agility Robotics and 1X Technologies.

Google Gemini Robotics

At CES 2026, Google DeepMind and Boston Dynamics announced a partnership to integrate Gemini Robotics’ artificial intelligence technology into the electric robot Atlas. Gemini Robotics' models enable robots to sense, reason, use tools and interact naturally with humans, giving Atlas a foundation of intelligence beyond its superior physical mobility capabilities.

OpenAI Robotics Investment

OpenAI led Figure AI’s $675 million Series B round (currently valued at $39 billion), bringing GPT-based multimodal AI to humanoid robots. Figure 03’s Helix platform integrates visual language models to enable real-time speech and task reasoning. OpenAI provides the “brains,” while partners provide the “body.”

Humanoid robot hardware is becoming homogeneous. Differentiation will increasingly come from artificial intelligence. These platforms are on their way to becoming the Android, iOS, and Windows of robotics.

1. Figure 03: Best Humanoid Robot

Figure 03 humanoid robot produced by Figure AI

Manufacturer: Figure AI (Sunnyvale, CA) | Founded: 2022 | Funding: Over $1.9 billion | Valuation: $39 billion (September 2025) — Backed by Microsoft, OpenAI, NVIDIA, Jeff Bezos.

Figure AI’s third-generation humanoid robot represents the most significant leap forward in commercial humanoid robotics to date. Released in October 2025, Figure 03 features a newly designed body with natural human body proportions, the smoothest movement capabilities of a mass-produced humanoid robot, and an upgraded AI stack built on the company’s proprietary Helix platform: supporting real-time voice, multi-step task reasoning and autonomous error correction.

What makes it unique is the combination of an embedded palm camera for high-precision operation, wireless charging capabilities, and a visuo-motor neural network that delivers high frame rates and low latency. During an 11-month pilot at BMW's Spartanburg plant, Figure robots were involved in the production of more than 30,000 vehicles. This is the most significant integration of humanoid robots into automotive manufacturing to date. Figure AI’s new BotQ manufacturing facility already has an annual production capacity of 12,000 units, with plans to produce 100,000 units over the next four years. CEO Brett Adcock said the company aims to achieve full home autonomy by the end of 2026, and expects to have home test users participating soon.

Main specifications:

• Height: 173 cm

• Weight: 134 lbs (61 kg)

• DOF: 48+ (including 24+ per hand)

• Battery: 2.3 kWh, up to 5 hours of battery life, wireless charging

• Payload: 20 kg

• AI: Helix platform with built-in visual language model for speech recognition, task planning and autonomous reasoning

• Sensors: Embedded handheld camera, stereo vision, depth sensor, inertial measurement unit (IMU)

• Price: Approximately $130,000

• Availability: Pilot deployments underway with BMW and other automotive/tech manufacturers. The BotQ factory is gradually ramping up production. Commercial orders for 2026 are now open.

• Applicable scenarios: manufacturing and assembly, logistics, quality inspection

• Advantages: The most complete AI + hardware combination; has been actually deployed in factories; mass production in BotQ factories; handheld cameras achieve precise positioning; the strongest investor support in the industry

• Disadvantages: It has not yet been released to the mass market; in terms of logistics, the past performance is limited compared with Digit; the price is still too high for small and medium-sized enterprises

2. Tesla Optimus Gen 3: mass production begins

Tesla Optimus Gen 3 humanoid robot has been mass produced at the Fremont factory

Manufacturer: Tesla (Austin, Texas) | Valuation Background: Some analysts value Tesla’s robotics unit at as much as $1 trillion

Tesla’s Optimus robot made its biggest leap yet in March 2026. The company has officially started mass production of the Optimus Gen 3 at its Fremont, California, factory. This is the same factory that previously produced the Model S and Model X, which Tesla discontinued to make room for robotic manufacturing. Musk called this “the true beginning of the era of physical AI.”

Gen 3 Optimus features redesigned actuators, improved 22 degrees of freedom hands, and Tesla’s proprietary FSD (Full Self-Driving) derived neural network trained on real factory data. More than 1,000 Optimus are currently being tested at Tesla's Austin and Fremont factories, performing tasks such as battery sorting, parts handling, carton handling and quality inspection. It has demonstrated smooth bipedal running, autonomous office navigation, and multi-step task execution capabilities.

Musk confirmed that Tesla plans to conduct limited outside sales by the end of 2027, with a long-term consumer price target of less than $20,000. The Fremont production line is designed to produce 1 million units per year.

Main specifications:

• Height: 173 cm

• Weight: 57 kg

• Degrees of freedom: 28+ (including 22 for hands)

• Walking speed: 5 km/h | Running speed: up to 8 km/h

• Payload: 20 kg

• AI: Tesla FSD Neural Networks for Operation, Navigation and Object Recognition

• Sensors: 8 cameras (derived from Tesla autopilot system), inertial measurement unit (IMU), hand force/torque sensor

• Price: ~$25,000–$30,000 (estimated initial commercial price); long-term target below $20,000

• Availability: Limited production underway in-house. Limited outside sales are expected to begin in late 2027.

• Applicable scenarios: factory automation, repetitive assembly, future home assistance

• Advantages: Mass production in progress; unparalleled cost performance after scale; Tesla’s manufacturing expertise; massive AI training data; annual production capacity target of 1 million units

• Disadvantages: Not yet available for sale; Musk’s timetable has historically been too optimistic; third-party verification is limited

3. Agility Robotics Digit: the best choice for warehousing and logistics

Digit by Agility Robotics: Deployed in Amazon warehouse

Manufacturer: Agility Robotics (Corvallis, OR) | Funding: Over $641M | Key Partner: Amazon

Digit remains the gold standard for warehouse humanoid robots. In November 2025, Digit passed the business milestone of moving 100,000 totes at GXO’s Flowery Branch, Georgia, facility. With industry-leading 8 hours of battery life and a structure designed for logistics operations, Digit is deployed in Amazon fulfillment centers, GXOs, and now Mercado Libre warehouses. Its adaptive gripper and AI-driven navigation system enable it to handle diverse objects and environments with minimal human supervision.

Agility’s “RoboFab” facility in Salem, Oregon, is one of the first volume production facilities dedicated to humanoid robots, with the capacity to produce thousands of Digit units per year. This manufacturing proficiency gives Digit a deployment advantage unmatched by most of its competitors.

Main specifications:

• Height: 175 cm

• Weight: 64 kg

• Degrees of freedom: 16+

• Payload: 16 kg

• Battery life: 8 hours (leading among bipedal humanoid robots)

• Navigation: AI-driven, equipped with lidar, stereo cameras and proprioceptive sensors

• Mobility: Bipedal walking, adaptable to slopes, stairs and uneven roads

• Price: Approximately $250,000

• Listing status: Already listed. Deployed in partnership with Amazon, GXO, and several large logistics companies.

• Applicable scenarios: warehouse picking/packing, truck loading and unloading, logistics

• Advantages: Best-in-class battery life; has been proven at scale on Amazon; exclusive manufacturing factory; the longest actual deployment time in the industry

• Disadvantages: High price; limited flexibility compared to Figure 03; scope of application limited to logistics tasks

4. Boston Dynamics Atlas (electric): now delivered to the factory

Boston Dynamics’ all-electric Atlas is now in production deployment

Manufacturer: Boston Dynamics (Waltham, Massachusetts, a subsidiary of Hyundai Motors) | History: More than 30 years of experience in developing bipedal robots

Boston Dynamics discontinued its iconic hydraulic version of the Atlas in April 2024 and launched a fifth-generation all-electric Atlas built for real industrial work. Featuring 360-degree rotation at multiple key joints, the electric Atlas has an excellent strength-to-weight ratio and is equipped with the most advanced sensor array in a humanoid robot: lidar, stereo cameras, RGB cameras and depth sensors working together. At CES 2026, Boston Dynamics announced a partnership with Google DeepMind to integrate Gemini Robotics AI.

Hyundai showed off a "production Atlas" at CES in January tasked with autonomous parts sorting in a simulated factory: using an advanced AI inference system to identify heavy car parts and place them with precision. The robot is able to rotate its torso 180 degrees with its legs fixed. It is currently deployed at Hyundai Motor’s Metaplant plant in Georgia.

• Height: 190 cm

• Weight: 89 kg

• Degrees of freedom: 56, key joints can rotate 360°

• Load: 50kg instantaneously, 30kg continuously)

• Sensors: lidar, stereo camera, RGB camera, depth sensor

• AI: Reinforcement learning, with real-time environment awareness

• Price: Approximately US$150,000 to US$320,000 (enterprise only)

• Availability: Shipping to Hyundai Motor plants now, with enterprise deployment expanding in 2026.

• Applicable scenarios: automobile manufacturing, heavy industrial tasks, research and development, hazardous environments

• Advantages: Strongest mechanical performance; 360° joint rotation; already in production deployment; decades of R&D heritage

• Disadvantages: Extremely expensive; only for enterprise use; heavy relative to height; limited production capacity

5. Yushu G1: The best entry-level humanoid robot

Yushu G1 — a fully functional and affordable humanoid robot priced at only $16,000

Manufacturer: Unitree Robotics (Hangzhou, China) | Financing: approximately US$140 million Series B

The Yushu G1 defies expectations by delivering a powerful humanoid robot within reach at a truly affordable price. Starting at just $16,000, the G1 (in EDU configuration) offers up to 43 degrees of freedom, 3D lidar, a depth camera, and dexterous hands capable of complex tasks like opening bottles, welding, and folding laundry. G1 uses reinforcement learning to continuously improve motor skills and provides a wide range of open source tools and tutorials.

G1 uses reinforcement learning technology to continuously improve its motor skills, and Unitree's strong developer community also provides a wealth of open source tools and tutorials. It is undoubtedly the easiest entry-level choice for humanoid robots at present - although Unitree's new R1 (see #16) is priced at only $4,900 and aims to seize the market. Unitree aims to ship 20,000 humanoid robots in 2026 - almost four times the 5,500 shipped in 2025 - which would solidify its position as the highest-volume humanoid robot maker.

Main specifications:

• Height: 132 cm

• Weight: 35 kg

• Degrees of freedom: 23 (basic version) to 43 (EDU configuration)

• Sensors: 3D lidar, Intel RealSense depth camera, IMU, torque sensor

• Payload: 3 kg

• Battery: About 2 hours of battery life

• Price: Basic version starts at US$16,000; standard version is about US$21,600; EDU configuration (43 degrees of freedom) is about US$270,000

• Availability: On sale now, shipping worldwide via official website.

• Applicable scenarios: research, education, AI training, development platform, enthusiasts

• Advantages: Very competitive price; global shipping; strong developer community; up to 43 degrees of freedom; compatible with ROS2; continuous OTA updates

• Disadvantages: Small size limits practical industrial use; short battery life (2 hours); limited payload (3 kg)

6. Sanctuary AI Phoenix (eighth generation): the choice of universal robot

Sanctuary AI Phoenix: Powered by Carbon™ AI system

Manufacturer: Sanctuary AI (Vancouver, Canada) | Main partners: Magna International, Microsoft

Phoenix is built for general-purpose work with a focus on dexterity. The eighth-generation Phoenix’s hands are equipped with the industry’s most advanced tactile sensors and are controlled by Sanctuary’s proprietary Carbon™ AI system, which the company claims is committed to creating “the world’s first universal robot with human-like intelligence.” Sanctuary claims mission training time for the eighth-generation Phoenix is ​​reduced by 88% compared to the seventh-generation. Currently, Phoenix is ​​in pilot applications in areas such as retail, automotive manufacturing (in partnership with Magna), and logistics.

Main specifications:

• Height: 170 cm

• Weight: 70 kg

• Degrees of freedom: 30+

• Hand: Industry-leading tactile sensor for fine manipulation

• Payload: 25 kg

• Battery: about 4-6 hours

• Price: Approximately $40,000 (estimated)

• Time to market: Expanded pilot deployment in 2026.

• Applicable scenarios: retail, logistics, manufacturing, general labor

• Advantages: The fastest AI for task learning; excellent flexibility; extremely competitive price; established partnerships with many large enterprises

• Disadvantages: Not yet widely commercialized; scale application is not as mature as Digit or Figure 03

7. Apptronik Apollo: The best choice for heavy-duty handling

Apptronik Apollo: The strongest payload capability in its class

Manufacturer: Apptronik (Austin, TX) | Funding: $935 million total | Valuation: $5.5 billion, backed by Google, Mercedes-Benz, B Capital and ARK Invest, among others

Apollo is the leader in humanoid robots. It has the highest payload capacity in its class (25kg), a modular design, hot-swappable batteries, and built-in safety features such as an LED display and force control, and is designed to handle the toughest industrial environments. Apptronik’s experience working with NASA and Google’s operational testing give Apollo extremely high reliability.

Apollo is working on a vehicle manufacturing pilot project with Mercedes-Benz and a warehousing operations pilot project with logistics companies. The company plans to price the product under $50,000 for large-scale deployment. This would make it one of the most affordable full-size industrial humanoid robots available.

Main specifications:

• Height: 173 cm

• Weight: 73 kg

• Degrees of freedom: 30+

• Load: 25 kg, the highest in its class

• Battery: 4 hours of battery life with each replacement (supports hot swap)

• Safety: LED status display, joint force limiting design, convenient for human-machine collaboration

• Design: Modular, field upgradeable

• Price: Target price for large-scale deployment is less than $50,000

• Availability: pilot project with Mercedes-Benz, Google and logistics companies

• Applicable scenarios: heavy object handling, warehouse operations, manufacturing, construction assistance

• Advantages: Highest load-carrying capacity; supports hot-swappable batteries; powerful safety features; NASA technology heritage; cooperation with Mercedes-Benz and Google

• Disadvantages: Final pricing has not been confirmed; only for enterprises; AI complexity is slightly less than Figure 03

8. 1X NEO: The best humanoid robot for home use

Manufacturer: 1X Technologies (Sunnyvale, California / Oslo, Norway) | Investors: OpenAI, Samsung, EQT Ventures

NEO is the world’s first humanoid robot truly built for the home, and it’s no longer just a concept. 1X Technologies has begun delivering NEO to U.S. early adopters in 2026, making it the first consumer-grade humanoid robot to actually ship. Weighing only 30kg, it features a home-safe soft actuator.

NEO is priced at US$20,000 (or a monthly subscription fee of US$499). It initially uses remote control to train its artificial intelligence, and plans to achieve fully autonomous operation in subsequent versions. NEO is available in three colors (tan, gray, dark brown), has a top speed of 12 km/h, and comes with monthly AI software updates. Privacy-focused designs include face-blurring cameras and user-defined restricted areas.

Main specifications:

• Height: 168 cm

• Weight: 30 kg

• Degrees of freedom: 20+

• Design: lightweight, software actuator, home security

• AI: Neural network based on OpenAI, continuously improved through remote control, and updated monthly

• Battery: About 4 hours

• Speed: up to 12 km/h

• Price: $20,000 (or $499 monthly subscription)

• Availability: Shipping to early adopters in the United States. Pre-orders are open.

• Applicable scenarios: Home assistance, elderly care, smart home integration, companionship

• Advantages: The first humanoid robot truly available to consumers; affordable; based on OpenAI artificial intelligence; subscription options available; focused on privacy protection

• Disadvantages: Remote control is used in the initial stage (1X operator can see the robot through the camera); only available in the US market; first-generation product, early users are expected to have more problems

9. Unitree H1-2: The most cost-effective full-size humanoid robot

Unitree H1-2: The most cost-effective full-size humanoid robot, priced at about US$90,000

Manufacturer: Yushu Technology (Hangzhou, China)

H1-2 is Yushu Technology's upgraded full-size humanoid robot. It has been significantly improved compared to the original H1, with increased arm flexibility, ankle joints, and a stronger 70-kg body. It is China's first full-size humanoid robot capable of running at speeds of up to 13 km/h.

Unitree’s M107 articulated motor delivers a peak torque density of up to 189 N·m/kg, said to be the highest in the world. H1-2 supports 3D lidar, depth camera, ROS2 operating system, and can perform continuous OTA software updates.

Main specifications:

• Height: 178 cm

• Weight: 70 kg

• Degrees of freedom: 27 (6 on each leg, 7 on each arm, 1 on the waist)

• Walking speed: 3.3 m/s (world record at time of publication), potential over 5 m/s

• Joint torque: up to 360 N·m (knee joint)

• Battery: 864 Wh, quick to replace, 2-4 hours of battery life

• Sensor: 3D lidar + depth camera, 360° perception

• Price: Approximately $90,000

• Availability: Available now, shipping worldwide.

• Applicable scenarios: research, light assembly, motion research, public demonstrations

• Advantages: Cost-effective full-size robot; record-breaking walking speed; 7-degree-of-freedom arm; replaceable battery

• Disadvantages: Compared with dedicated industrial robots, operating capabilities are limited; only Chinese documentation is available for some functions

10. Fourier Intelligence GR-2: The Best Choice for Healthcare

Fourier GR-2: Built by rehabilitation robotics experts for the healthcare field

Manufacturer: Fourier Intelligence (Shanghai, China)

GR-2 is an upgrade on the GR-1 and represents Fourier Intelligence’s evolving humanoid robot platform, with 53 degrees of freedom, increased flexibility and a taller stature of 175 cm. The unique advantage of Fourier Intelligence lies in its profound accumulation in the field of rehabilitation robots. The company has deployed exoskeletons and therapy robots in more than 40 countries, giving the GR-2 an unparalleled advantage in healthcare. Mass production is planned for 2026.

Main specifications:

• Height: 175 cm

• Weight: 63 kg

• Degrees of freedom: 53

• Payload: 50 kg, extremely high load-to-weight ratio

• Walking speed: 5 km/h

• Battery life: about 3-5 hours

• Price: approximately US$150,000 (estimated)

• Availability: Pilot deployments in healthcare and industry. Mass production is planned for 2026.

• Applicable scenarios: physical therapy, rehabilitation, elderly care, heavy industrial tasks

• Advantages: Best load-to-weight ratio; built by rehabilitation experts; 53 degrees of freedom; widely used in global healthcare fields

• Disadvantages: Not yet in mass production; AI is not as complex as Figure 03

11. UBTECH Walker S1: The proven factory robot

UBTECH Walker S1 has been deployed in Audi and NIO factories

Manufacturer: UBTECH Robotics (Shenzhen, China) | Listed company: Listed on the Hong Kong Stock Exchange

Walker S1 has 41 servo joints and integrates a large language model. It is already in use at Audi’s Chinese factories for quality inspections and NIO’s electric car factories, and is the first humanoid robot to demonstrate multi-robot collaboration in a real factory environment. UBTECH’s partnership with Foxconn to explore iPhone assembly is another major milestone.

Main specifications:

• Height: 172 cm

• Weight: 76 kg

• Servo joint: 41

• Payload: 15 kg

• Battery: About 6 hours

• AI: Integrate large-scale language models to support multi-robot collaboration

• Deployment cases: Audi China, NIO, Foxconn (pilot)

• Applicable scenarios: quality inspection, assembly line support, manufacturing

• Advantages: Proven factory deployment; listed company background; LLM integration; first robot to support multi-robot collaboration

• Disadvantages: Enterprise pricing is not transparent; walking speed is slow (3 km/h)

12. RobotEra STAR1: The fastest walking humanoid robot

Manufacturer: RobotEra (Beijing, China)

RobotEra STAR1 quickly rose to prominence as one of the fastest and most agile Chinese humanoid robots. At 171 centimeters tall, it can reach speeds of 3.6 m/s (14.4 km/h), making it the fastest humanoid robot in mass production, and is equipped with dexterous hands with 12 degrees of freedom. Its competitive pricing (around $96,000) makes it a very competitive mid-range offering.

Main specifications:

• Height: 171 cm

• Weight: 65 kg

• DOF: 55 (including 12 DOF hand)

• Walking speed: 4 m/s (14.4 km/h — fastest in class)

• Payload: about 15 kg

• Battery: about 3-4 hours

• Price: Approximately $96,000

• Availability: Available for pre-order, delivery expected in 2026.

• Applicable scenarios: logistics, service deployment, dynamic environments requiring speed

• Advantages: Fastest walking speed; highly competitive pricing; dexterous hands

• Disadvantages: New company, limited deployment record

13. Astribot S1: The most dexterous upper body

Astribot S1: the most dexterous humanoid robot ever created

Manufacturer: Stardust Intelligence / Astribot (Shenzhen, China)

The Astribot S1 shocked the robotics world with its demo video, showing speed and precision beyond human capabilities: pouring liquids, ironing clothes, flipping objects and fluidly writing calligraphy. The S1 has 23 degrees of freedom and arm end-effector speeds up to 10 m/s.

Main specifications:

• Height: 170 cm

• Weight: 90 kg

• Degrees of freedom: 23

• Speed: Arm end effector speed up to 10 m/s

• Payload: approximately 10 kg per arm

• Battery: about 3 hours

• Price: Approximately $80,000 (estimated)

• Launch status: Pilot deployment in China. It is expected to be generally available in 2026.

• Applicable scenarios: dexterous operation, service tasks, food processing, light manufacturing

• Pros: Excellent upper body dexterity; extremely fast arm speed; competitively priced

• Disadvantages: The gap between demonstration and actual application is not clear; the scale of deployment is limited; the company has been established for a short period of time

14. AgiBot A2: Native AI service robot

Manufacturer: AgiBot (Shanghai, China)

AgiBot A2 excels in service environments where anthropomorphic interactions are important. With AI-powered sensors and an ergonomic design, it can perform precision tasks like threading a needle while having a natural conversation with customers. AgiBot is expected to deliver more than 5,100 humanoid robots by 2025 and is ranked No. 1 in global sales with a market share of 39%, outperforming all competitors, according to Omdia. The product has been certified for the Chinese, American and European markets.

Main specifications:

• Height: 169 cm

• Weight: 69 kg

• Degrees of freedom: 36

• Payload: 10 kg

• Battery life: about 5 hours

• AI: Advanced natural language processing (NLP), sensor fusion, multi-modal interaction

• Certification: China, United States and Europe

• Price: Please contact manufacturer

• Availability: Available from stock. It has been put into mass production, and global shipments are expected to exceed 5,100 units in 2025.

• Applicable scenarios: customer service, exhibitions, marketing activities, tour guides

• Advantages: Has been put into mass production; obtained triple certification; powerful conversational artificial intelligence; precise control

• Disadvantages: Currently mainly for the Chinese market; corporate pricing is not transparent

15. Kepler Forerunner: an affordable industrial challenger

Kepler Forerunner K2 humanoid robot unveiled at Gitex Global exhibition

Note: The manufacturer's website was not accessible at the time of verification. Specifications are based on industry reports and may not correspond to current product status.

Manufacturer: Kepler Robotics (Shanghai, China)

Kepler’s Forerunner humanoid robot is designed to combine price with industrial performance. It has 40 degrees of freedom, a full-size body of 178 centimeters, and is expected to cost around $30,000. Kepler markets itself as an affordable industrial humanoid robot designed for factories that can't afford robots costing more than $100,000.

Main specifications:

• Height: 178 cm

• Weight: 85 kg

• Degrees of freedom: 40

• Payload: 15 kg

• Battery: 4-8 hours

• Price: Approximately $30,000 (estimate)

• Availability: Pilot projects are currently underway with some partners. General availability is expected in mid-2026.

• Best use: light manufacturing, assembly, testing, repair services

• Advantages: Competitively priced full-size humanoid robot; 40 degrees of freedom; long battery life

• Disadvantages: Company is in early stages; deployment data is limited; heavier than competitors

16. Unitree R1 — the cheapest humanoid robot ever made

Unitree R1 humanoid robot, produced by Unitree Robotics

Manufacturer: Yushu Technology (Hangzhou, China)

The Unitree R1 is a game-changer: at just $5,900, it’s the cheapest humanoid robot ever made. The R1 is set to be released in late 2025 and is available for pre-order now. The ultra-light bipedal robot weighs just 25 kilograms and is targeted at consumers and educational institutions. Yushu Technology once proved that affordable humanoid robots are possible with the G1, and the R1 has raised the popularity of humanoid robots to a whole new level.

While the R1's specs are still limited compared to the G1 or H1-2, it's a breakthrough in terms of price: a fully functional humanoid robot that costs less than a used car. The R1 is an ideal entry-level option for schools, hobbyists, and early adopters to get started with bipedal robotics without investing more than $16,000.

Main specifications:

• Height: 123 cm

• Weight: 25 kg

• Actuator: electric

• Sensors: camera, IMU

• SDK: Unitree SDK

• Target market: consumption, education, entertainment

• Price: US$4,900 – US$5,900

• Availability: Pre-orders open. Shipping is expected in 2026.

• Best uses: education, hobbyists, entry-level robotics, entertainment

• 优点：史上最便宜的人形机器人；超轻；来自知名制造商；双足行走

• 缺点：公开规格有限；自主能力可能有限；仅接受预购；外形非常紧凑

17. Unitree H2：价格亲民的全尺寸人形机器人

制造商：宇树科技（中国杭州）

Unitree H2 于 2026 年 CES 展会上亮相，并立即开放预购，它弥合了紧凑型 G1 和研究级 H1 之间的差距。售价 29,900 美元，它是迄今为止最便宜的全尺寸（180 厘米）人形机器人。 H2 拥有 31 个自由度，逼真的面部表情，深度感知能力，以及可快速更换的电池，目标市场涵盖商业服务和教育领域。提供商业版（29,900 美元）和教育版两种选择。

主要规格：

• 身高：182 厘米

• 重量：70 公斤

• 自由度：31

• 特点：可快速更换电池，延长运行时间；深度摄像头、激光雷达、惯性测量单元 (IMU) 传感器套件

• AI：宇树自主研发的人工智能模型

• 价格：29,900 美元（商业版）

• 供货情况：预购开放。预计2026年4月发货。

• 最佳用途：商业服务、教育、企业试点、机器人开发

• 优点：史上最便宜的全尺寸人形机器人；31自由度；逼真的表情；来自知名制造商；电池可快速更换

• 缺点：尚未发货；实际部署数据有限；新平台

18. NEURA Robotics 4NE1：保时捷设计的人形机器人

制造商： NEURA Robotics（德国梅青根）

4NE1 Gen 3.5 是首款与保时捷工作室合作设计的人形机器人。该机器人于2026 年国际消费电子展 (CES) 上亮相，现已开放预订。旗舰机型售价 9.8 万欧元，而尺寸更小的 4NE1 Mini 起价仅为 19,999 欧元。其特点包括用于接近检测的专利人造皮肤、100 公斤的举升能力、用于车队范围技能共享的 Neuraverse OS，以及由 NVIDIA Isaac GR00T 驱动的多模态推理。

主要规格：

• 起重能力：100 公斤，目前市面上最高之一

• AI：NVIDIA Isaac GR00T，Neuraverse 操作系统车队学习

• 安全：专利近距离检测人工皮肤

• 设计：与保时捷工作室F.A.合作

• 价格：19,999欧元（Mini）/ 98,000欧元（Gen 3.5），现已开放预订，需支付100 欧元可退还订金

• 供货情况：现已开放预订。预计 2026 年交付。

• 最佳用途：工业自动化、家庭辅助、车队部署

• 优点：卓越的举重能力；保时捷设计血统；车队技能共享；人造安全皮肤；价格亲民的迷你版

• 缺点：尚未发货；德国定价（欧元）；在人形机器人市场相对较新

19. LG CLOiD — 零劳动的家庭愿景

LG CLOiD 家用机器人亮相 CES 2026，展示折叠衣物功能

制造商：LG 电子（韩国首尔）

作为 LG“零家务劳动家庭”愿景的核心，CLOiD 在 2026 年 CES 上首次亮相。这款家庭人形机器人在现场演示了真实的家务处理能力：折叠衣物、装载洗碗机和准备食物。与双足设计不同，CLOiD 采用轮式底座、高度可调的躯干、双 7 自由度手臂和用于精细操作的五指机械手。由 LG 的“Affectionate Intelligence (情感智能)”和视觉-语言-动作 (VLA) 模型驱动，它深度集成了 LG 的 ThinQ 智能家居生态系统。

主要规格：

• 机械臂：双七自由度五指机械臂

• 移动方式：带轮底座，躯干高度可调

• AI：情感智能，VLA 模型

• 集成：兼容 LG ThinQ 生态系统、Alexa 和 Google Home

• 功能：洗衣、洗碗、备餐、移动智能家居中心

• 价格：尚未公布

• 上市时间：原型机已在 CES 2026 上展示。量产时间待定。

• 最佳用途：家庭辅助、智能家居集成、老年护理

• 优点：依托 LG 强大的生产能力；可进行实际家务演示；集成 ThinQ 生态系统；高度可调

• 缺点：尚未上市；带轮（非双足）；价格未知；仍处于原型阶段

20. 小米 CyberOne：科技巨头的人形机器人豪赌

小米 CyberOne 机器人

制造商：小米（中国北京）

CyberOne 是小米的首款人形机器人，其特点是通过计算机视觉进行情感检测、拥有 21 个自由度，并背后依托着小米庞大的硬件工程生态系统。虽然目前仍处于研发阶段，但小米庞大的制造基础设施意味着，如果技术成熟，CyberOne 可以迅速实现规模化。

主要规格：

• 高度：177 厘米

• 重量：52 公斤

• 自由度：21

• 有效载荷：1.5 公斤

• AI：情绪检测、人脸识别

• 价格：约 10.5 万美元（预估研发成本；尚未商业化）

• 可用性：研发原型。不对外销售。

• 最佳用途：研究、陪伴机器人研发

• 优点：由科技巨头支持；具备情绪识别功能；轻便

• 缺点：有效载荷非常有限（1.5 公斤）；尚未商业化；仅有 21 个自由度

21. Engineered Arts Ameca：表情最丰富的人形机器人

制造商：Engineered Arts（英国法尔茅斯）

Ameca 是世界上表情最丰富的人形机器人，专为人类交互、研究和娱乐而打造。其超逼真的面部表情、集成 GPT 的对话 AI 以及栩栩如生的手势，使其在面向客户的角色、展览演示和人机交互研究中无可匹敌。 Tritium OS 平台支持具身 AI 开发。已在全球的学校、养老院、博物馆和贸易展览中部署。

主要规格：

• 身高：182 厘米

• 面部表情：所有机器人中最逼真的——微表情、眼部追踪、唇形同步

• AI：集成 GPT 的对话式人工智能，Tritium 操作系统

• 移动性：主要为固定式（主要活动上半身）

• 价格：10 万美元至 14 万美元（取决于配置）

• 供货情况：可购买和租赁

• 最佳用途：人机交互研究、展览、酒店、教育

• 优点：无与伦比的表现力；GPT 驱动的对话功能；已在面向客户的环境中得到验证

• 缺点：无法行走；主要为固定式；体力活动能力有限

22. 小鹏 IRON：82 自由度

小鹏IRON人形机器人亮相小鹏AI日

制造商：小鹏机器人（中国广州）

小鹏 IRON 将汽车工程的精密性引入了人形机器人领域。 IRON 拥有行业领先的 82 个自由度、22 自由度的灵巧手、固态电池和 720° 视觉系统，实现了极其自然的运动。由小鹏的 Turing AI / VLA 2.0 平台驱动，目前已与宝钢合作进行工业监控。其自由度数量是史无前例的，使 IRON 成为在研的生物力学最先进的人形机器人之一。

主要规格：

• 自由度：82（62 个身体自由度 + 每只手 22 个自由度）

• 手：22 自由度灵巧手

• 电池：固态电池

• 视觉：720°感知系统

• AI：图灵人工智能/VLA 2.0平台

• 价格：尚未公布

• 可用性：原型机。宝钢产业合作项目正在进行中。

• 最佳用途：工业检测、导览、设备监控

• 优点：业界领先的82个自由度（含22个自由度的手）；固态电池；小鹏汽车规模化生产；宝钢合作项目

• 缺点：尚未商业化；原型机阶段；价格未公布

23. 1X EVE：首款投入使用的 AI 人形机器人

1X Technologies 的 EVE：首批投入商业应用的 AI 人形机器人之一

制造商：1X Technologies（美国加州桑尼维尔/挪威奥斯陆）

EVE 是首批进入商业领域的 AI 驱动人形机器人之一。 EVE 采用轮式底座以确保稳定性，配备强力抓取器、全景摄像头和定制 AI。目前已部署在安保、制造辅助和物流领域。

主要规格：

• 高度：188 厘米

• 重量：86 公斤

• 移动方式：自平衡轮式底座

• 有效载荷：15 公斤

• 电池：6 小时以上

• 价格：企业级定价（请联系制造商）

• 供货情况：面向企业部署的商用产品

• 最佳应用场景：安保、生产支持、物流

• 优点：成熟的员工部署方案；可靠的轮式移动；人工智能学习功能；超长电池续航时间

• 缺点：轮式而非双足；仅限企业级定价

24. HMND 01 Alpha：英国首款工业人形机器人

制造商：Humanoid Ltd（英国）

HMND 01 Alpha 是英国首款专为工业用途设计的人形机器人，其研发和制造仅用了 7 个月时间。这款身高 179 厘米的机器人是英国首款工业人形机器人。它提供轮式和双足两种版本，移动速度为 7.2 公里/小时，有效载荷为 15 公斤。 KinetIQ AI 框架提供视觉、操作、导航和推理能力。

主要规格：

• 身高：179 厘米

• 自由度：29

• 有效载荷：15 公斤

• 速度：7.2 公里/小时

• AI：KinetIQ 框架，具备推理能力

• 版本：轮式和双足

• 价格：请联系销售

• 供货情况：现货供应。英国制造并发货。

• 最佳应用领域：工业自动化、制造业、物流

• 优点：英国首款工业人形机器人；开发周期短；现已上市；提供轮式和双足两种版本

• 缺点：新公司，业绩有限生态系统有限

25. Fauna Sprout：家用开发者平台

制造商：Fauna Robotics（美国）

Fauna Sprout 采用了与传统家用人形机器人不同的设计理念。它是一款轻巧的交互式家用机器人，并以开放开发者平台的形式构建。其售价为 5 万美元，介于消费级和企业级之间，目标客户群体为开发者、研究人员以及科技型家庭。早期客户包括迪士尼、波士顿动力公司、加州大学圣地亚哥分校和纽约大学。

主要规格：

• 设计：轻巧，家用安全

• AI：视觉、操控、导航、社交互动

• 平台：面向开发者的开放 SDK

• 早期客户：迪士尼、波士顿动力公司、加州大学圣地亚哥分校、纽约大学

• 价格：5 万美元

• 上市情况：现已发售

• 最佳用途：家庭研发、开发者平台、研究机构

• 优点：早期客户基础雄厚；对开发者友好；家庭安全设计

• 缺点：消费者价格昂贵；公开规格有限；公司成立时间不长

26. Rainbow Robotics RB-Y1 — 韩国双臂机械臂

制造商： Rainbow Robotics（韩国） | 背景： KAIST 衍生公司，HUBO 创造者（DARPA 挑战赛冠军） | 上市代码： KRX 277810

Rainbow Robotics（2015 年 DARPA 机器人挑战赛冠军，HUBO 机器人研发者）将韩国工程的精密性引入了双臂移动操作领域。 RB-Y1 将操作精度置于移动多样性之上：轮式底座在光滑地面上提供 1.5 m/s 的移动速度，而双 7 自由度手臂则继承了 Rainbow 协作机器人系列的亚毫米级重复定位精度。

主从教学系统允许通过物理演示进行直观的机器人编程。凭借 20 轴全身控制和自碰撞避免，RB-Y1 能够处理单臂机器人无法匹敌的复杂双臂协调任务。

主要规格：

• 高度：140 厘米

• 重量：131 公斤

• 自由度：共 24 个（每只机械臂 7 个）

• 有效载荷：每只机械臂 3 公斤

• 行驶速度：1.5 米/秒，轮式移动

• 电池：约 3-4 小时续航

• 软件：兼容 ROS/ROS2，支持主从示教

• 价格：请联系销售（预计 15 万美元以上）

• 上市情况：已上市。 CES 2026 参展商。

• 最佳用途：科研机构、大学、工业双臂操作

• 优点：韩国工程技术传承（HUBO 血统）；亚毫米级精度；兼容 ROS2；成熟的协作机器人执行器技术

• 缺点：仅限轮式移动（无其他功能）双足行走）；重量较重；企业定价；地形适应性有限

27. AgiBot X1：完全开源的研究型人形机器人

制造商： 智元机器人 (AgiBot)（中国上海） | 关联： 与 AgiBot A2 同一家公司

AgiBot X1 填补了人形机器人市场的一个关键空白：以亲民的价格提供全开源的双足平台。与智元的商业产品 A2 不同，X1 优先考虑“可定制性”：开放硬件文档、完整源代码，并提供 AimRT 机器人框架，专为需要修改从电机控制到 AI 架构所有内容的研究人员而设计。

X1 拥有 34 个自由度，并采用了与智元商业机器人相同的 PowerFlow 伺服技术，提供了研究级的性能，打破了竞争对手的“黑箱”限制。

主要规格：

• 高度：130 厘米

• 重量：33 公斤

• 自由度：34

• 有效载荷：每只手臂 0.5 公斤

• 行走速度：3.6 公里/小时

• 电池：约 2 小时

• 软件：完全开源（AimRT 框架），兼容 ROS

• 价格：请联系获取报价

• 上市情况：现已上市

• 最佳用途：学术研究、机器人教育、人工智能具身实验、原型开发

• 优点：完全开源（硬件 + 软件）；价格实惠，适合高校；34 自由度；AimRT 框架；可访问 AGIBOT 世界数据集

• 缺点：有效载荷有限；尺寸紧凑；面向研究；电池续航短

28. Promobot V.4：最佳服务及礼宾机器人

Promobot V.4 已在全球 47 个国家/地区部署

制造商：Promobot（美国宾夕法尼亚州费城/俄罗斯彼尔姆）

Promobot V.4 是目前可定制化程度最高的服务型人形机器人，可用作酒店礼宾、博物馆向导、医疗助手或安全系统。它具备面部识别、文件扫描、支付处理和自然语言对话功能，目前有超过 800 台在 47 个国家/地区运行。

主要规格：

• 身高：可调节，150-206 厘米

• 重量：最大 130 公斤（因配置而异）

• 自由度：36（面部 + 上半身）

• 电池续航：8 小时以上

• 功能：面部识别、文件扫描、支付处理

• 价格：2.5 万美元至 5 万美元

• 上市情况：已在全球 47 个国家/地区上市。

• 最佳用途：酒店礼宾、博物馆导览、医疗保健登记

• 优点：高度可定制；已在 47 个国家/地区验证；拥有 800 多台设备；集成支付功能

• 缺点：轮式而非双足；物理功能有限；人工智能技术不如 2026 年的同类产品先进

29. Noetix Bumi：史上最便宜的人形机器人（1400 美元）

Noetix Bumi：售价 1400 美元的人形机器人

制造商： Noetix Robotics（中国北京） | 成立时间： 2023 年 | 融资： 4100 万美元 Pre-B 轮（Vertex Ventures）

Noetix Bumi 代表了人形机器人价格亲民的突破。仅售1400美元（约合人民币 9998 元），它是迄今为止最便宜的功能性人形机器人，首次让学校、家庭和个人爱好者都能轻松拥有双足机器人。 Bumi 身高 94 厘米，重量仅 12 公斤，是一款专为教育和家庭娱乐设计的儿童尺寸桌面人形机器人。

Bumi 于 2025 年 10 月推出，在京东商城首小时售出 100 台，两天内售出 500 台。由 27 岁的姜哲源（清华大学）创立，Noetix Robotics 通过垂直整合（内部设计电机和控制器）、轻质复合结构（12 公斤，而竞争对手通常为 25-50 公斤）以及 100% 的中国国内供应链实现了这一价格。

虽然 Bumi 的有效载荷能力和自主性不及工业级人形机器人，但它能够实现真正的双足行走、奔跑、跳舞和协调运动，使其成为机器人教育和编程学习的理想平台。

主要规格：

• 身高：94 厘米

• 重量：12 公斤

• 自由度：21 个关节

• 电池：48V，3.5Ah+（续航时间 1-2 小时）

• 运动方式：双足行走、跑步、跳舞、地形适应

• 传感器：前置摄像头（物体检测、人脸识别）、麦克风（语音指令）

• 处理器：瑞芯微（国产）

• 编程：面向初学者的拖放式图形界面，面向开发者的开放 API

• 材料：轻质复合材料，受力点采用金属加固

• 价格：1400 美元（9998 元人民币）

• 上市信息：京东商城预售（仅限中国大陆地区）。国际分销计划尚未公布。预计 2026 年第二季度发货。

• 最佳应用：K-12 STEM 教育教育、大学机器人实验室、业余创客、家庭娱乐、编程学习平台

• 优点：革命性的 1400 美元定价（比竞争对手便宜 10 倍）；94 厘米的儿童安全尺寸；超轻量级（12 公斤）；真正的双足行走/跑步；开放的编程API；市场需求旺盛（两天内售出 500 台）；易于初学者使用的图形化编程。

• 缺点：电池续航时间极短（1-2 小时）；目前仅在中国大陆地区有售；有效载荷能力有限；不适用于工业用途；传感器套件简化；仅接受预订（尚未发货）；需要人工监督操作；没有激光雷达/深度传感器

注：Noetix 还提供 N2 人形机器人（5500 美元，118 厘米），该机器人在世界首届人形机器人半程马拉松比赛中获得第二名。该公司计划在未来的迭代产品中推出价格更低的机器人，约为 700 美元。

30. DroidUp Moya：全球首款拥有温暖皮肤的人形机器人

制造商： 卓益得（中国上海） | 成立时间： 2021 年 | 价格： 17.3 万美元

DroidUp Moya 正在尝试其他所有人形机器人尚未做到的事情：在触觉上感觉真如人类一般。凭借可将体温保持在 32-36°C 之间的合成皮肤、通过 25 个面部自由度呈现的微表情，以及 92% 的类人行走精度，Moya 代表了中国在仿生机器人领域最雄心勃勃的尝试。

• 核心规格： 身高 165 厘米 | 体重 32 公斤 | 25 个面部自由度 | 0.83 m/s 步行速度 | 4 小时电池续航 | Walker 3 骨架 | 肌腱辅助驱动

• 可用性： 2026 年底（预计），首批约 50 台

• 最佳用途： 医疗保健、老年护理、博物馆、高端酒店服务、人机交互研究

• 优点：全球首款可加热皮肤的人形机器人（体温 32-36°C）；结合行走和情感表达；轻巧；外观可定制；实时微表情

• 缺点：预计 2026 年底上市；新公司，缺乏消费者市场经验；存在恐怖谷效应风险；规格参数披露有限；初期主要面向中国市场

31. Hexagon AEON：欧洲首款人形机器人，宝马工厂应用

制造商：Hexagon Robotics（德国）| 合作伙伴：宝马 | 价格：企业级（联系询价)）

Hexagon AEON 创造了历史，成为欧洲首款投入大规模汽车生产的人形机器人。 AEON 已部署在宝马莱比锡工厂进行电池和零部件制造，它采用轮式双足设计，专为工业精度而非炫技演示进行了优化。

• 主要规格：身高 165 厘米 | 体重 60 公斤 | 集成 22 个传感器 | 360° 空间感知 | 电池自动更换（23 秒） | 轮式双足行走

• 上市时间：宝马试点项目于 2025 年 12 月启动，预计 2026 年底全面投产

• 最佳用途： 汽车制造、精密装配、电池生产、零件搬运

• 优点：欧洲首款量产型人形机器人；宝马认证；工业级精度；快速电池更换（23 秒）；专为实际工厂作业而非演示而设计

• 缺点：仅限企业用户；轮式（非完全双足）；公开规格有限；初期主要面向欧洲市场

32. DEEP Robotics DR02：防护人形机器人

制造商：云深处（中国杭州）| 发布时间：2025 年 10 月

DR02 是全球首款防护等级达到 IP66 的人形机器人，可在雨水、灰尘和极端温度（-20°C 至 55°C）下运行。虽然大多数人形机器人需要受控的室内环境，但 DR02 的目标应用领域是户外工业场所，例如建筑工地、发电厂、石油钻井平台和矿山。它采用模块化快拆组件，方便现场快速维护。

• 主要规格：身高 170 厘米，体重约 70 公斤，防护等级 IP66，工作温度范围 -20°C 至 55°C，步行速度 1.5 米/秒，计算能力 275 TOPS

• 价格：联系询价

• 最佳应用：户外工业场所、极端环境

33. EngineAI SE01：经济实惠的全尺寸人形机器人

制造商：EngineAI（中国深圳）

SE01 以约 2 万美元的亲民价格提供全尺寸人形机器人的功能。它身高 170 厘米，拥有 32 个自由度，并采用仿生神经网络步态，步行速度可达 2 米/秒，是目前速度最快的双足人形机器人之一。快拆电池和 15 公斤的有效载荷使其适用于研究和商业部署。

• 主要规格：身高 170 厘米，体重 55 公斤，32 自由度，步行速度 2 米/秒，有效载荷 15 公斤

• 价格：约 2 万美元

• 最佳用途：研究、商业、开发

34. PAL Robotics ARI：服务型社交人形机器人

制造商：PAL Robotics（西班牙巴塞罗那）

ARI 是一款面向医疗保健、酒店和零售行业的社交人形机器人，擅长自然对话、寻路和患者互动。已部署于欧洲各地的医院、机场和购物中心。与工业人形机器人不同，ARI 专注于社交智能：语音、手势识别和多模态交互。兼容 ROS，可用于研究。

• 主要规格：身高 165 厘米，专注于社交互动，配备深度摄像头和麦克风阵列

• 价格：3.5 万美元至 9 万美元

• 最佳用途：医疗保健、酒店、人机交互研究

结语

2026 年 34 款最佳人形机器人代表着科技史上一个真正的转折点。特斯拉弗里蒙特工厂正在量产第三代 Optimus 机器人。 Atlas 机器人已开始向现代汽车工厂发货。 Figure 03 的 BotQ 机器人年产量已达 1.2 万台。 NEO 机器人已开始送货上门。而最便宜的人形机器人售价仅为 5,900 美元。

价格区间从 5,900 美元到 15 万至 32 万美元不等，而最经济实惠的价格区间正在迅速下降。 AI 能力正以惊人的速度发展，每一代都比上一代强大得多。随着中美两国竞相引领人形机器人革命，各个领域的创新都在加速推进。