20k-word review of the 34 best humanoid robots of 2026

Author: Dean Fankhauser, Robozaps; Translator: 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, Unitree G1 (starting at $16k) offers the best value. The cheapest humanoid robot is Noetix Bumi, priced at $1,400. This ranking guide covers all 34 mainstream humanoid robots, providing verified specifications, actual prices, and supply status.

Key points:

• Overall best: Figure 03, cutting-edge AI + hardware, suitable for industrial automation

• Best cost performance: Unitree G1 (starting at $16k), fully functional humanoid robot at an affordable price

• Cheapest: Noetix Bumi ($1,400), aimed at education/hobbyists

• First home robot: 1X NEO ($20k), targeting early adopters

• Mass production: Tesla Optimus Gen 3 begins mass production in January 2026; public auctions expected by late 2027.

The humanoid robot industry reached a turning point in early 2026. Tesla is ramping up production of Optimus Gen 3 at its factory. Boston Dynamics’ electric Atlas has been shipped to Hyundai’s Metaplant in Georgia for real factory work. Figure AI’s BotQ factory has a capacity of 12k units per year. 1X Technologies has begun delivering the $20k NEO home robot to early adopters. At CES 2026, new faces appeared: Unitree’s full-size H2 at $29.9k, NEURA Robotics’ 4NE1 starting at €19,999 designed with Porsche, and LG CLOiD home robots demonstrating real household handling capabilities.

This is no longer hype but real hardware delivery. This authoritative guide (updated to March 2026) ranks and evaluates 34 mainstream humanoid robots, covering those already on the market or in deployment, with verified specs, actual prices, supply info, and application cases. Whether you are a buyer, investor, researcher, or just interested in the future of robotics, this is the most comprehensive humanoid robot ranking on the internet.

Overview: Top humanoid robots of 2026

Evaluation method for ranking each humanoid robot based on five equally weighted criteria (last updated: March 22, 2026):

• Practical application (20%): Is it truly operating in production environments? Deployed robots score higher than prototypes.

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

• Commercial availability (20%): Can it be purchased or leased now? Public sales outperform pilot projects limited to invited users.

• Cost performance (20%): Performance per dollar. A $16k robot with excellent performance scores higher than a $500k robot performing the same tasks.

• Industry influence (20%): Market impact, partnerships, funding, ecosystem maturity.

AI Platforms Driving Humanoid Robots

Behind every powerful humanoid robot is an AI platform that endows it with perception, reasoning, and action capabilities. The following three providers are becoming the “operating systems” of the humanoid era:

NVIDIA Isaac + GR00T

NVIDIA’s Isaac GR00T (General Robot 00 Technology) is the first open foundational model for humanoid robots. Released at GTC 2024 and updated to N1.6 in January 2026, GR00T enables robots to learn from imitation, reinforcement learning, and video data. The Isaac Sim platform trains robots at 1000x real-time speed 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 AI into the electric robot Atlas. Gemini models give Atlas perception, reasoning, tool use, and natural human interaction, providing an intelligence foundation beyond its excellent physical mobility.

OpenAI Robotics Investment

OpenAI led a $675 million Series B funding round for Figure AI (current valuation $39 billion), bringing GPT-based multimodal AI into humanoids. Figure 03’s Helix platform integrates visual-language models for real-time speech and task reasoning. OpenAI supplies the “brain,” while partners handle the “body.”

Humanoid hardware is becoming more homogeneous. Differentiation increasingly comes from AI. These platforms are moving toward becoming the Android, iOS, and Windows of robotics.

1. Figure 03: The Best Humanoid Robot

Figure AI’s Figure 03 Humanoid Robot

Manufacturer: Figure AI (Sunnyvale, California) | 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 represents the most significant leap in commercial humanoid robotics to date. Released in October 2025, it features a new design with natural human proportions, the smoothest motion among mass-produced humanoids, and an upgraded AI stack based on the proprietary Helix platform: supporting real-time voice, multi-step task reasoning, and autonomous error correction.

Its uniqueness lies in embedded palm cameras for high-precision manipulation, wireless charging, and high-frame-rate low-latency visual neural networks. During an 11-month pilot at BMW’s Spandau plant, Figure robots participated in the production of over 30k vehicles. This is the most important integration of humanoid robots into automotive manufacturing so far. The new BotQ factory can produce 12k units annually, with plans to reach 100k in four years. CEO Brett Adcock states the goal is full household autonomy by the end of 2026, with early household testing soon.

Main specifications:

• Height: 173 cm

• Weight: 134 lbs (61 kg)

• Degrees of freedom: 48+ (including 24+ per hand)

• Battery: 2.3 kWh, up to 5 hours runtime, wireless charging

• Payload: 20 kg

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

• Sensors: Embedded palm cameras, stereo vision, depth sensors, IMU

• Price: About $130k

• Availability: Pilot deployments ongoing with BMW and other automakers. Commercial orders open for 2026.

• Use cases: Manufacturing assembly, logistics, quality inspection

• Advantages: Most complete AI + hardware combo; deployed in factories; large-scale BotQ factory production; precise positioning via palm cameras; strongest investor backing in industry

• Disadvantages: Not yet available to the public; limited logistics performance compared to Digit; still expensive for SMEs

2. Tesla Optimus Gen 3: Mass Production Begins

Tesla’s Optimus Gen 3 humanoid robot is now in mass production at Fremont

Manufacturer: Tesla (Austin, Texas) | Valuation context: Some analysts estimate Tesla’s robot division at up to $1 trillion

Tesla’s Optimus robot made its biggest leap yet in March 2026. The company officially began mass production of Optimus Gen 3 at its Fremont, California factory—formerly producing Model S and Model X, now repurposed for robot manufacturing. Musk calls this “the true dawn of physical AI.”

Gen 3 Optimus features redesigned actuators, improved 22-degree-of-freedom hands, and Tesla’s proprietary FSD-derived neural networks trained on real factory data. Over 1,000 units are being tested at Tesla’s Austin and Fremont plants, performing tasks like battery sorting, part handling, box moving, and quality checks. It has demonstrated smooth bipedal running, autonomous navigation, and multi-step task execution.

Elon Musk confirmed plans to limit external sales by late 2027, with a long-term consumer target price below $20k. The Fremont line’s designed capacity is 1 million units annually.

Main specifications:

• Height: 173 cm

• Weight: 57 kg

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

• Walking speed: 5 km/h | Running max: 8 km/h

• Payload: 20 kg

• AI: Tesla FSD neural network for operation, navigation, object recognition

• Sensors: 8 cameras (from Tesla Autopilot), IMU, hand force/torque sensors

• Price: Estimated $25k–$30k (initial commercial estimate); long-term goal below $20k

• Availability: Limited internal production; external limited sales expected by late 2027

• Use cases: Factory automation, repetitive assembly, future home assistance

• Advantages: Mass production underway; unbeatable cost-performance at scale; Tesla’s manufacturing expertise; massive AI training data; capacity goal of 1 million/year

• Disadvantages: Not yet available externally; Musk’s timelines often optimistic; limited third-party validation

3. Agility Robotics Digit: Best for Warehousing and Logistics

Agility Robotics’ Digit: deployed at Amazon warehouses

Manufacturer: Agility Robotics (Corvallis, Oregon) | Funding: Over $641 million | Key partner: Amazon

Digit remains the gold standard for warehouse humanoids. In November 2025, Digit hit a milestone by moving 100k tote boxes at GXO’s Flowery Branch plant in Georgia. With industry-leading 8-hour battery life and logistics-optimized design, Digit is deployed in Amazon warehouses, GXO, and Mercado Libre. Its adaptive grippers and AI navigation enable handling diverse objects and environments with minimal supervision.

Agility’s “RoboFab” plant in Salem, Oregon, is one of the first dedicated mass production facilities for humanoids, capable of producing thousands of Digit units annually. This manufacturing expertise gives Digit a deployment advantage unmatched by most competitors.

Main specifications:

• Height: 175 cm

• Weight: 64 kg

• Degrees of freedom: 16+

• Payload: 16 kg

• Battery life: 8 hours (industry-leading for biped humanoids)

• Navigation: AI-driven, equipped with LiDAR, stereo cameras, proprioception sensors

• Mobility: Biped walking, adaptable to ramps, stairs, uneven terrain

• Price: About $250k

• Market status: Commercially available. Deployed with Amazon, GXO, and other logistics firms.

• Use cases: Warehouse picking/packing, truck loading/unloading, logistics

• Advantages: Industry-best endurance; proven at scale with Amazon; dedicated manufacturing plant; longest deployment time industry-wide

• Disadvantages: High cost; less flexible than Figure 03; limited to logistics tasks

4. Boston Dynamics Atlas (Electric): Now Delivered to Factories

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

Manufacturer: Boston Dynamics (Waltham, Massachusetts, subsidiary of Hyundai) | Background: Over 30 years of bipedal robot R&D

In April 2024, Boston Dynamics ceased production of its iconic hydraulic Atlas and launched the fifth-generation all-electric Atlas designed for real industrial work. The electric Atlas features 360° rotation at key joints, excellent strength-to-weight ratio, and the most advanced sensor suite in humanoids: LiDAR, stereo, RGB, and depth sensors. At CES 2026, Boston Dynamics announced a partnership with Google DeepMind to integrate Gemini Robotics AI.

Hyundai showcased a “production version Atlas” at CES, performing autonomous part sorting in a simulated factory—identifying heavy automotive parts and placing them precisely. It can rotate the torso 180° with fixed legs. Currently deployed at Hyundai’s Georgia Metaplant.

• Height: 190 cm

• Weight: 89 kg

• Degrees of freedom: 56, with key joints rotating 360°

• Payload: 50 kg transient, 30 kg continuous

• Sensors: LiDAR, stereo, RGB, depth sensors

• AI: Reinforcement learning with real-time environment perception

• Price: Estimated $150k–$320k (enterprise only)

• Availability: Shipping to Hyundai factories, expanding enterprise deployment in 2026

• Use cases: Automotive manufacturing, heavy industrial tasks, R&D, hazardous environments

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

• Disadvantages: Extremely expensive; enterprise only; relatively heavy for height; limited capacity

5. Unitree G1: Best Entry-Level Humanoid Robot

Unitree G1 — Fully functional humanoid robot at just $16k

Manufacturer: Unitree Robotics (Hangzhou, China) | Funding: ~$140 million Series B

Unitree G1 defies expectations by offering a powerful humanoid at a truly affordable price, making it accessible. Starting at only $16k, the G1 (in EDU configuration) offers up to 43 degrees of freedom, 3D LiDAR, depth cameras, and dexterous hands capable of opening bottles, welding, and folding clothes. It uses reinforcement learning to improve movement skills continuously and provides extensive open-source tools and tutorials.

G1’s reinforcement learning continually enhances its skills, supported by a strong developer community offering rich open-source resources. It’s undoubtedly the easiest entry-level humanoid robot—though Unitree’s new R1 (see #16) priced at only $4,900 aims to capture market share. Unitree aims to ship 20k units in 2026—almost four times the 5,500 units shipped in 2025—solidifying its position as the highest-volume humanoid manufacturer.

Main specifications:

• Height: 132 cm

• Weight: 35 kg

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

• Sensors: 3D LiDAR, Intel RealSense depth camera, IMU, torque sensors

• Payload: 3 kg

• Battery: About 2 hours

• Price: Starting at $16k for basic; standard version around $21.6k; EDU (43 DOF) about $270k

• Availability: Now shipping worldwide via official website

• Use cases: Research, education, AI training, development platform, hobbyists

• Advantages: Highly competitive price; global shipping; strong developer community; up to 43 DOF; ROS2 compatible; continuous OTA updates

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

6. Sanctuary AI Phoenix (Eighth Gen): The Choice for General-Purpose Robots

Sanctuary AI Phoenix: powered by Carbon™ AI system

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

Phoenix is designed for general-purpose work, emphasizing dexterous operation. The eighth-generation Phoenix features the most advanced tactile sensors in the industry, controlled by Sanctuary’s proprietary Carbon™ AI system. The company claims to aim for “the world’s first human-like intelligent general robot.” Sanctuary states that the eighth gen’s task training time is 88% shorter than the seventh. Currently, Phoenix is piloted in retail, automotive (with Magna), and logistics.

Main specifications:

• Height: 170 cm

• Weight: 70 kg

• Degrees of freedom: 30+

• Hands: Industry-leading tactile sensors for fine manipulation

• Payload: 25 kg

• Battery: 4–6 hours

• Price: Estimated $40k

• Launch: Expanded pilot deployment in 2026

• Use cases: Retail, logistics, general labor

• Advantages: Fastest task learning AI; excellent flexibility; competitive price; partnerships with major firms

• Disadvantages: Not yet widely commercialized; less mature than Digit or Figure 03 for large-scale deployment

7. Apptronik Apollo: Best for Heavy Lifting

Apptronik Apollo: strongest payload among peers

Manufacturer: Apptronik (Austin, Texas) | Funding: $935 million total | Valuation: $5.5 billion, supported by Google, Mercedes-Benz, B Capital, ARK Invest

Apollo is a leader in humanoid robotics. It boasts the highest payload capacity (25 kg) in its class, features modular design, hot-swappable batteries, built-in LED indicators, and safety features like force control, designed for harsh industrial environments. With NASA collaboration and Google’s testing, Apollo offers high reliability.

It is piloting with Mercedes-Benz in automotive manufacturing and with logistics firms for warehouse operations. The company plans to keep the price below $50k for large-scale deployment, making it one of the most affordable full-size industrial humanoids.

Main specifications:

• Height: 173 cm

• Weight: 73 kg

• Degrees of freedom: 30+

• Payload: 25 kg (highest in class)

• Battery: 4 hours runtime per swap (supports hot-swapping)

• Safety: LED status indicators, joint force limits, human-robot collaboration features

• Design: Modular, upgradable on-site

• Price: Target below $50,000 for mass deployment

• Availability: Pilot projects with Mercedes-Benz, Google, logistics companies

• Use cases: Heavy object handling, warehouse operations, manufacturing, construction support

• Advantages: Highest payload capacity; hot-swappable batteries; strong safety features; NASA tech heritage; partnerships with Mercedes-Benz and Google

• Disadvantages: Final price unconfirmed; enterprise only; AI complexity slightly below Figure 03

8. 1X NEO: Best Home Humanoid Robot

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

NEO is the world’s first truly consumer-oriented humanoid robot, no longer just a concept. 1X started delivering NEO to early US adopters in 2026, making it the first shipped consumer humanoid robot. Weighing only 30 kg, with soft actuators for household safety.

Price: $20k (or $499/month subscription), initially remotely controlled for AI training, with plans for full autonomy in future versions. Comes in three colors (brown, gray, dark brown), top speed 12 km/h, with monthly AI software updates. Privacy features include face-blurring cameras and user-defined no-go zones.

Main specifications:

• Height: 168 cm

• Weight: 30 kg

• Degrees of freedom: 20+

• Design: Lightweight, soft actuators, household safe

• AI: Based on OpenAI neural networks, improved via remote control, monthly updates

• Battery: About 4 hours

• Speed: Up to 12 km/h

• Price: $20k (or $499/month subscription)

• Market: Shipping to early US users, preorders open

• Use cases: Home assistance, elderly care, smart home integration, companionship

• Advantages: First consumer-facing humanoid; affordable; based on OpenAI AI; subscription options; privacy focus

• Disadvantages: Initially remote-controlled (operator can see via camera); US only; first-generation, early issues expected

9. Unitree H2: Affordable Full-Size Humanoid

Unitree H2 debuted at CES 2026, now available for preorder, bridging the gap between compact G1 and research-grade H1. Priced at $29,900, it’s the most affordable full-size (180 cm) humanoid robot to date. Features 31 DOF, realistic facial expressions, depth perception, and quick-change batteries, targeting commercial and educational markets. Available in commercial ($29,900) and educational versions.

Main specifications:

• Height: 182 cm

• Weight: 70 kg

• Degrees of freedom: 31

• Features: Quick-change batteries for longer operation; depth cameras, LiDAR, IMU sensors

• AI: Proprietary Unitree AI model

• Price: $29,900 (commercial)

• Preorder: Open, shipping expected April 2026

• Use cases: Commercial services, education, enterprise pilots, robot development

• Advantages: Most affordable full-size humanoid; 31 DOF; realistic expressions; reputable manufacturer; quick battery swap

• Disadvantages: Not shipped yet; limited deployment data; new platform

10. NEURA Robotics 4NE1: Porsche-Designed Humanoid

NEURA Robotics’ 4NE1 Gen 3.5 is the first humanoid developed in collaboration with Porsche Studio. Unveiled at CES 2026, now accepting preorders. Flagship costs €98k, smaller 4NE1 Mini starts at €19,999. Features include patented artificial skin for proximity detection, 100 kg lifting capacity, Neuraverse OS for fleet skill sharing, and multimodal reasoning driven by NVIDIA Isaac GR00T.

Main specifications:

• Lifting capacity: 100 kg, one of the highest on the market

• AI: NVIDIA Isaac GR00T, Neuraverse fleet learning

• Safety: Patented proximity artificial skin

• Design: Co-developed with Porsche Studio F.A.

• Price: €19,999 (Mini) / €98,000 (Gen 3.5), preorders require €100 refundable deposit

• Supply: Preorders open, delivery expected in 2026

• Use cases: Industrial automation, home assistance, fleet deployment

• Advantages: Excellent lifting; Porsche design lineage; fleet skill sharing; artificial safety skin; affordable mini version

• Disadvantages: Not shipped yet; priced in euros; relatively new in humanoid market

11. LG CLOiD — Zero-Work Household Vision

LG CLOiD home robot debuts at CES 2026, demonstrating folding clothes

Manufacturer: LG Electronics (Seoul, South Korea)

As the core of LG’s “Zero Household Labor” vision, CLOiD made its first appearance at CES 2026. It demonstrated real household chores: folding clothes, loading dishwashers, preparing food. Unlike bipedal designs, CLOiD uses a wheeled base, height-adjustable torso, dual 7-DOF arms, and five-finger dexterous hands for fine manipulation. Driven by LG’s “Affectionate Intelligence” and VLA (vision-language-action) models, it is deeply integrated with LG’s ThinQ smart home ecosystem.

Main specifications:

• Arms: Dual 7-DOF five-finger manipulators

• Mobility: Wheeled base, height-adjustable torso

• AI: Affectionate Intelligence, VLA models

• Integration: Compatible with LG ThinQ, Alexa, Google Home

• Functions: Laundry, dishwashing, meal prep, smart home hub

• Price: Not announced

• Launch: Prototype shown at CES 2026; mass production TBD

• Use cases: Household assistance, smart home integration, elderly care

• Advantages: Backed by LG’s manufacturing strength; real chores demo; integrated ThinQ ecosystem; highly adjustable

• Disadvantages: Not yet on market; wheeled (not bipedal); price unknown; still in prototype stage

12. Xiaomi CyberOne: Tech Giant’s Bold Humanoid Gamble

Xiaomi CyberOne humanoid

Manufacturer: Xiaomi (Beijing, China) | Estimated price: ~$105k

CyberOne is Xiaomi’s first humanoid robot, featuring emotion detection via computer vision, 21 DOF, and backed by Xiaomi’s extensive hardware ecosystem. Still in R&D, but Xiaomi’s manufacturing scale suggests rapid mass deployment once mature.

Main specifications:

• Height: 177 cm

• Weight: 52 kg

• DOF: 21

• Payload: 1.5 kg

• AI: Emotion detection, face recognition

• Price: ~$105,000 (estimated R&D cost; not commercialized)

• Availability: Prototype only, not for sale

• Use cases: Research, companionship robot development

• Advantages: Backed by tech giant; emotion recognition; lightweight

• Disadvantages: Very limited payload (1.5 kg); not commercialized; only 21 DOF

13. Engineered Arts Ameca: Most Expressive Humanoid

Engineered Arts’ Ameca

Manufacturer: Engineered Arts (Falmouth, UK) | Price: $100k–$140k

Ameca is the world’s most expressive humanoid, designed for human interaction, research, and entertainment. Its ultra-realistic facial expressions, GPT-integrated dialogue AI, and lifelike gestures make it unrivaled for customer-facing roles, exhibitions, and HRI research. Tritium OS supports embodied AI development. Deployed in schools, eldercare, museums, and trade shows globally.

Main specifications:

• Height: 182 cm

• Facial expressions: Most realistic—microexpressions, eye tracking, lip sync

• AI: GPT-based dialogue, Tritium OS

• Mobility: Mainly stationary (upper body focus)

• Price: $100k–$140,000 depending on configuration

• Availability: Purchase or lease

• Use cases: HRI research, exhibitions, hospitality, education

• Advantages: Unmatched expressiveness; GPT dialogue; proven in customer environments

• Disadvantages: Cannot walk; mainly fixed; limited physical activity capability

14. Xpeng IRON: 82 DOF

Xpeng IRON humanoid debut at Xpeng AI Day

Manufacturer: Xpeng Robotics (Guangzhou, China) | Features: 82 DOF, 22-DOF dexterous hands, solid-state batteries, 720° vision system

Xpeng IRON integrates automotive engineering precision into humanoids. With 82 DOF, 22-DOF dexterous hands, solid-state batteries, and 720° vision, it achieves very natural movement. Driven by Xpeng’s Turing AI / VLA 2.0 platform, it is already used for industrial monitoring with Baosteel. Its high DOF count makes IRON one of the most advanced biomechanical humanoids under development.

Main specifications:

• DOF: 82 (62 body + 22 hands)

• Hands: 22-DOF dexterous

• Battery: Solid-state

• Vision: 720° perception system

• AI: Turing AI / VLA 2.0

• Price: Not announced

• Availability: Prototype, ongoing Baosteel industrial project

• Use cases: Industrial inspection, guided tours, equipment monitoring

• Advantages: Industry-leading 82 DOF; solid-state batteries; mass production by Xpeng; Baosteel collaboration

• Disadvantages: Not yet commercial; prototype stage; price not disclosed

15. 1X EVE: First Deployed AI Humanoid

1X Technologies’ EVE: one of the first AI humanoids in commercial use

Manufacturer: 1X Technologies (Sunnyvale, CA / Oslo, Norway) | Deployment: Commercial applications

EVE is among the first AI-driven humanoids to enter commercial deployment. Using a wheeled base for stability, equipped with powerful grippers, panoramic cameras, and custom AI, it is deployed in security, manufacturing support, and logistics.

Main specifications:

• Height: 188 cm

• Weight: 86 kg

• Mobility: Self-balancing wheeled base

• Payload: 15 kg

• Battery: Over 6 hours

• Price: Enterprise pricing (contact manufacturer)

• Deployment: Commercial, for security, manufacturing, logistics

• Advantages: Mature deployment solutions; reliable wheeled mobility; AI learning; long battery life

• Disadvantages: Wheeled, not bipedal; enterprise-only pricing

16. HMND 01 Alpha: UK’s First Industrial Humanoid

HMND 01 Alpha by Humanoid Ltd (UK)

Manufacturer: Humanoid Ltd (UK) | Development time: 7 months

HMND 01 Alpha is the UK’s first industrial humanoid, developed and built in just 7 months. Standing 179 cm tall, it offers both wheeled and bipedal versions, with a top speed of 7.2 km/h and a payload of 15 kg. Powered by KinetIQ AI framework, it supports vision, manipulation, navigation, and reasoning.

Main specifications:

• Height: 179 cm

• Degrees of freedom: 29

• Payload: 15 kg

• Speed: 7.2 km/h

• AI: KinetIQ framework, reasoning enabled

• Versions: Wheeled and bipedal

• Price: Contact sales

• Availability: In stock, UK-made

• Use cases: Industrial automation, manufacturing, logistics

• Advantages: UK’s first industrial humanoid; short dev cycle; now available; two versions

• Disadvantages: New company; limited ecosystem; performance still developing

17. Fauna Sprout: Home Developer Platform

Fauna Sprout by Fauna Robotics (USA)

Design: Lightweight, safe for home use; open developer SDK; early clients include Disney, Boston Dynamics, UC San Diego, NYU

Price: $50,000

Market: Available now

Use cases: Home research, developer platform, research institutions

Advantages: Strong early client base; developer-friendly; home-safe design

Disadvantages: Expensive for consumers; limited specs; young company

18. Rainbow Robotics RB-Y1: Dual-Arm Precision in Korea

Rainbow Robotics’ RB-Y1, from KAIST and HUBO lineage, brings Korean engineering to dual-arm mobility. It offers 1.5 m/s speed on wheels and sub-millimeter repeatability with 7-DOF arms. Features intuitive programming via physical demonstration, 20-axis full-body control, and collision avoidance.

Main specifications:

• Height: 140 cm

• Weight: 131 kg

• Degrees of freedom: 24 (7 per arm)

• Payload: 3 kg per arm

• Speed: 270k/s on wheels

• Battery: 3–4 hours

• Software: ROS/ROS2 compatible, master-slave teaching

• Price: Contact sales (expected over $150k)

• Market: Research, universities, industrial dual-arm tasks

• Advantages: Korean engineering heritage; sub-mm precision; ROS2 compatible; mature collaborative robot actuators

• Disadvantages: Wheel-only (no bipedal); heavy; enterprise pricing; limited terrain adaptability

19. AgiBot X1: Fully Open-Source Research Humanoid

AgiBot X1 by Zhiyuan Robotics (China)

Designed for research, open hardware/software, 34 DOF, 130 cm tall, 33 kg, powered by PowerFlow servos, compatible with AimRT framework, supports ROS, priced upon inquiry.

Main specifications:

• Height: 130 cm

• Weight: 33 kg

• Degrees of freedom: 34

• Payload: 0.5 kg per hand

• Walking speed: 3.6 km/h

• Battery: About 2 hours

• Software: Fully open-source (AimRT), ROS compatible

• Price: Contact for quote

• Market: Academic, robotics research, AI embodiment, prototypes

• Advantages: Fully open-source; affordable; 34 DOF; AimRT; access to AGIBOT dataset

• Disadvantages: Limited payload; compact size; research-focused; short battery life

20. Promobot V.4: Top Service & Concierge Humanoid

Promobot V.4 deployed in 47 countries

Manufacturer: Promobot (USA/ Russia)

Features: Highly customizable, facial recognition, document scanning, payment, over 800 units globally, used in hotels, museums, healthcare.

Main specifications:

• Height: Adjustable, 150–206 cm

• Weight: Up to 130 kg

• Degrees of freedom: 36 (face + upper body)

• Battery: Over 8 hours

• Functions: Facial recognition, document scan, payments

• Price: $25k–$50k

• Market: Globally in 47 countries

• Use cases: Hotel concierge, museum guide, healthcare registration

• Advantages: Highly customizable; validated worldwide; 800+ units; payment integration

• Disadvantages: Wheeled, not bipedal; limited physical functions; AI not as advanced as 2026 counterparts

21. Noetix Bumi: The Cheapest Humanoid Ever ($1,400)

Noetix Bumi: $1,400 humanoid

Manufacturer: Noetix Robotics (Beijing, China) | Founded: 2023 | Funding: $41 million Pre-Series B (Vertex Ventures)

Bumi breaks the price barrier for humanoids. At only $1,400 (about RMB 9,998), it’s the cheapest functional humanoid to date, making it accessible for schools, homes, and hobbyists. Height 94 cm, weight 12 kg, designed for education and family entertainment.

Launched in October 2025, it sold 100 units in the first hour on JD.com, 500 in two days. Founded by 27-year-old Jiang Zheyuan (Tsinghua), Noetix integrates internal motor/control design, lightweight composite structure (12 kg vs. typical 25–50 kg), and 100% domestic supply chain, enabling this price.

While its payload and autonomy are limited compared to industrial humanoids, it can walk, run, dance, and coordinate movements, making it ideal for education and programming.

Main specifications:

• Height: 94 cm

• Weight: 12 kg

• Joints: 21

• Battery: 48V, 3.5Ah+ (1–2 hours)

• Locomotion: Walking, running, dancing, terrain adaptation

• Sensors: Front camera (object detection, face recognition), microphone (voice commands)

• Processor: Domestic Rockchip

• Programming: Drag-and-drop GUI for beginners, open API for developers

• Materials: Lightweight composites, reinforced stress points

• Price: $1,400 (RMB 9,998)

• Availability: Pre-sale on JD.com (China only). International plans not announced. Shipping expected Q2 2026.

• Best for: K–12 STEM education, university labs, hobbyists, home entertainment, coding platforms

• Advantages: Revolutionary $1,400 price (10x cheaper than competitors); 94 cm safe size; ultra-light (12 kg); real walking/running; open API; high demand (sold 500 units in 2 days); beginner-friendly graphical programming.

• Disadvantages: Very short battery (1–2 hours); only in China; limited payload; not industrial; simplified sensors; pre-order only (not shipped); manual supervision needed; no LiDAR/depth sensors

Note: Noetix also offers N2 humanoid ($5,500, 118 cm), which placed second in the world’s first humanoid half-marathon. The company plans lower-cost future models around $700.

22. DroidUp Moya: The World’s First Warm-Skin Humanoid

DroidUp Moya: the first to feel human skin

Manufacturer: Zhuoyi De (Shanghai, China) | Founded: 2021 | Price: $173k

Moya attempts what no other humanoid has: sensing tactile warmth like human skin. With synthetic skin maintaining 32–36°C, 25 facial degrees of freedom for microexpressions, and 92% walking accuracy, Moya is China’s most ambitious bionic robot.

Core specs: 165 cm tall | 32 kg | 25 facial DOF | 0.83 m/s walking | 4 hours battery | Walker 3 skeleton | Tendon-assisted actuation

Availability: Expected late 2026, first batch ~50 units

Use cases: Healthcare, elderly care, museums, high-end hospitality, HRI research

Advantages: First heated-skin humanoid (32–36°C); combined walking and emotional expression; lightweight; customizable appearance; real-time microexpressions

Disadvantages: Launch late 2026; new company, limited consumer experience; potential uncanny valley; limited specs disclosed; mainly China-focused initially

23. Hexagon AEON: Europe’s First Humanoid in BMW Factory

Hexagon AEON: Europe’s first large-scale automotive humanoid

Manufacturer: Hexagon Robotics (Germany) | Partner: BMW | Price: Enterprise (contact for quote)

AEON made history as Europe’s first large-scale automotive humanoid. Deployed at BMW Leipzig for battery and parts manufacturing, it features wheel-based bipedal design optimized for industrial precision rather than show.

Main specs: Height 165 cm | Weight 60 kg | 22 sensors | 360° perception | 23-sec auto battery swap | Wheel-based bipedal walk

Launch: BMW pilot started Dec 2025, full production expected late 2026

Use cases: Automotive assembly, precision fitting, battery production, part handling

Advantages: Europe’s first mass-produced humanoid; BMW certified; industrial-grade precision; quick battery swap; designed for factory work

Disadvantages: Enterprise only; wheel-based (not full bipedal); limited specs disclosed; initial focus on Europe

24. Deep Robotics DR02: Protective Humanoid

Deep Robotics’ DR02

Manufacturer: Yunshenchu (Hangzhou, China) | Launch: October 2025

DR02 is the world’s first IP66-rated humanoid, capable of operating in rain, dust, and extreme temperatures (-20°C to 55°C). Unlike most humanoids needing controlled indoor environments, DR02 targets outdoor industrial sites like construction, power plants, oil rigs, and mines. It features modular quick-release components for rapid on-site maintenance.

Main specs: Height 170 cm | Weight ~70 kg | IP66 | -20°C to 55°C | 250k/s walk | 275 TOPS compute

Price: Contact for quote

Use cases: Outdoor industrial, extreme environments

25. EngineAI