Top 10 Humanoid Robots of 2025

Humanoid robots are robots that resemble and behave like humans.

They’re here to stay and redefine our lives, work, and social lives too. From helping in hospitals to working in factories, humanoid robots are taking on jobs that once seemed out of reach for machines.

These robots are designed to look, not only look like us, but also imitate how we move and interject. Free from the shackles of the human economy with advanced AI in their circuits, they perform tasks requiring precision, intelligence and a dash of personality.

Let’s talk about some of the best we have available.

Top 10 Humanoid Robots

1. Tesla Optimus
2. Boston Dynamics Atlas
3. Aptronik Apollo
4. Digit by Agility Robotics
5. Engineered Arts Ameca
6. Alter 3
7. Figure 02 by Figure AI
8. Beomni by Beyond Imagination
9. Nadine Social Robot
10. Erica

1. Tesla Optimus

Tesla Optimus which also goes by the name Tesla Bot is one of the top humanoid robots in 2025. It is designed to undertake repetitive, dangerous, or boring tasks formerly performed by people. Optimus was first previewed during an AI Day event at Tesla back in 2021 and has changed dramatically since then. 

The latest model, dubbed Optimus Gen 2, has significant advancements in design, performance, and overall capability.

Key Features

• Human-like Design: Optimus stands 5’8” tall and weighs 125 lbs, closely resembling the size and weight of an average human.
• Advanced Mobility: Equipped with Tesla-designed actuators and articulated toe sections, the robot can walk with improved balance and speed, making it 30% faster than earlier models.
• Enhanced Dexterity: Its hands feature 11 degrees of freedom (DoF), allowing delicate manipulation of objects like eggs or batteries.
• AI Integration: Powered by Tesla’s Full Self-Driving technology, Optimus uses neural networks for autonomous navigation and decision-making.
• Energy Efficiency: With a 2.3 kWh battery, it can operate for hours without recharging.

Applications

Optimus is built to assist in various environments:

• Manufacturing: Designed to handle tasks like lifting objects up to 20 kg and performing repetitive assembly-line jobs.
• Home Assistance: Capable of following verbal instructions for chores like picking up laundry or organizing items.
• Factory Operations: Tesla plans to deploy Optimus in its own manufacturing facilities before making it commercially available.

Recent Demonstrations

The Gen 2 version of Optimus has showcased impressive feats:

• Performing squats and yoga poses to demonstrate balance and flexibility.
• Picking up eggs delicately without breaking them.

• Dancing alongside another Optimus robot in a synchronized display of movement.

Why It Matters

Tesla Optimus represents Elon Musk’s vision of a future where robots supplement human labor across industries.

With its blend of advanced AI, human-like design, and scalable production potential, Optimus could redefine automation and human-robot collaboration.

From factories to homes, Tesla Optimus is paving the way for robots to become an integral part of our daily lives.

What’s next? Perhaps a world where robots like Optimus are as common as smartphones.

2. Boston Dynamics Atlas

Boston Dynamics’ Atlas is widely regarded as one of the most advanced humanoid robots in the world, known for its agility, strength, and ability to perform tasks that push the boundaries of robotics. 

The latest version of Atlas, unveiled after the retirement of its hydraulic predecessor, takes a bold leap forward with an electric-powered design that emphasizes practicality and efficiency.

Key Features

• Electric Design: The redesigned Atlas has dropped the hydraulics, providing a minimalist mechanical skeleton, with no external wires and therefore as quiet and subtle as possible.
• Atlas’s Range of Motion is Phenomenal: 270-degree leg rotation, for instance, and 360-degree head spins allow it to maneuver through narrow areas and execute intricate action.
• Improved Grip: Its new hands are specifically adept at grabbing heavy objects, making this a viable industrial tool.
• Friendly Aesthetic: An oval ring light display forms the head of the robot, giving it a friendlier, more approachable appearance than previous models.

Applications

• Industrial Work: Manipulating heavy objects in factory settings, especially at Hyundai facilities where pilot testing is underway.
• Hazardous Tasks: Performing jobs that are dirty, dangerous, or monotonous for humans.
• Research Platform: This serves as a foundation for exploring advanced robotics capabilities.

Recent Demonstrations

Atlas has showcased jaw-dropping feats in promotional videos:

• Rising from a prone position using advanced leg rotation techniques.
• Performing backflips and parkour-like movements with uncanny agility.
• Demonstrating its ability to pivot on a dime in tight spaces.

Why It Matters

Atlas represents Boston Dynamics’ vision of humanoid robots as versatile tools for industrial applications. With its electric design and superhuman capabilities, Atlas is primed to tackle tasks that go beyond human limitations while augmenting the workforce rather than replacing it.

3. Aptronik Apollo

Recently, unveiling Apollo in August 2023, Apptronik has cemented itself as one of the top competitors in the humanoid robot market. However, this Texas-based company makes something designed to seamlessly fit into a multitude of work environments, strength, endurance and adaptability.

Key Features

• Size and Strength: Apollo is 5’8″ and 160 pounds, with a 55-pound lift capability.
• Endurance: Four-hour runtime on a single, swappable battery pack for minimum downtime.
• Communication: Has digital displays throughout its body for better interaction with human coworkers.
• Safety: It can work alongside humans with advanced sensors and intelligence.
• Flexibility: Able to perform diverse functions, such as walking on two legs, wheeled mobility, or fixed tasks.

Applications

Apollo is focused mainly on logistics and manufacturing but could move into:

• Construction
• Oil and gas
• Electronics production
• Retail
• Older people’s care
• Exploring space (through collaboration with NASA)

Why It Matters

Apollo is a major stride toward practical, commercially viable humanoid robots. What the company has come up with, is a design that prioritizes efficiency, safety, and versatility, which can be applied to many industries that are dealing with labor shortages. 

Or as Apptronik’s CEO Jeff Cardenas puts it, “Apollo is one of the most advanced tools humanity has ever created.”

4. Digit by Agility Robotics

Digit is one of the top humanoid robots, designed by Agility Robotics to perform logistics, delivery, and manufacturing tasks. Digit’s human-like agility and adaptability set a new path for robots to operate in dynamic human environments alongside their human counterparts.

Key Features

• Human-like design: Digit is 5’9” tall and weighs 143 lbs, with a light but rugged build.
• Mobility: The creation has bird-like backward-bending legs that help with walking, climbing stairs, and squatting efficiently.
• Payload Capacity: Can carry loads up to 35 lbs using claw-like gripper hands.
• Autonomous Operation: Up to 16-hour daily autonomous runtime with autonomous charging capability.
• Advanced Sensors: LiDAR and camera vision for dynamic obstacle avoidance and navigation
• AI Integration: Recently connected with large language models (LLMs) to self-program from natural language instructions.

Applications

Digit is built for work that needs mobility and precision:

• Warehousing: Taking totes off shelves and putting them on conveyors.
• Courier Services: Delivering packages through interacting with complex environments.
• Manufacturing: Receiving goods on trucks or autonomous mobile robots (AMRs) and dispatching.
• Logistics: Improving efficiency in variable-demand fulfillment centers

Recent Milestones

• Amazon had been testing Digit for tote recycling applications at its robotics R&D site in 2023.
• Digit was used in logistics operations for a SPANX facility by its customer, GXO Logistics, illustrating that Digit can manage different product flows.
• Agility Robotics launched “RoboFab,” the first-ever humanoid robot factory, with a plan to produce over 10,000 Digits per year by 2025.

Why It Matters

Digit is a transition in robotics from research labs to commercial environments. It provides a pragmatic solution to industries such as logistics and manufacturing by combating labour shortages and boosting operational efficiency.

Because it can adapt to changing environments, it is a common workplace partner for humans.

5. Engineered Arts Ameca

Ameca, created by UK-based Engineered Arts, is arguably the most advanced and human-like humanoid robot on this planet.

Ameca is designed to be a bridge between humans and machines, and it combines cutting-edge technology with realistic facial expressions and smooth interactions, making it a standout in this field.

Key Features

• Realistic Facial Expressions: Ameca can smile, blink, gasp in amazement, scratch its nose and even hold a staring contest. All those animated motions are driven by 17 separate motors in its head.
• Mesmer Tech: Created with Engineered Arts’ patented Mesmer system, which mimics human bone structure, skin texture and expressions with astonishing accuracy.
• Cloud Connectivity: Functions as a cloud-based solution allowing access to robotic data and control remotely from any global location.
• Serviceable Hardware and Software: Both hardware and software are upgradeable, ensuring long-term adaptability.
• AI Integration: Can be used with Artificial Intelligence and Machine Learning systems for conversational and assessment purposes.

Applications

Ameca is intended for different functions:

• Human-Robot Interaction: Ideal for creating trust and communication between humans and robots.
• Research and Development: Companies that are evaluating AI and machine learning technologies.
• Public Engagement: Engages in events, workshops, and educational programs to promote robotics creativity.

Recent Milestones

• Featured at CES 2022, where its human-like expressions went viral on the internet.
• Housed at the National Robotarium in Edinburgh, encouraging robotics accessibility and education.
• Tried on by school kids, who looked impressed at its realism but found it a bit creepy.

Why It Matters

Ameca is a huge step forward for the field of humanoid robotics. This constellation of qualities enables it to express emotions and communicate in a human-like manner, which is useful for helping humans communicate and work with machines.

While some of its lifelike features may seem off-putting to some, for others, it offers a glimpse into a future with better human-robot collaboration.

As Ameca develops, maybe she’ll eventually be able to walk, and she might change our relationship with robots in our day-to-day lives. Might this be what robots look like in the future? If that’s the case, Ameca is already ahead of the game, making it one of the top humanoid robots to watch.

6. Alter 3

Created by researchers at the University of Tokyo, Alter 3 is a stellar leap in humanoid robotics. This robot integrates OpenAI’s GPT-4 to imitate human movements, learn from verbal cues and replicate emotions. Alter 3 can adapt and perform complex tasks while requiring little supervision.

Key Features

• Humanoid Movements: Alter3 is equipped with a unique musculoskeletal structure with 43 axes of motion, which allows for smooth and coordinated movement. The figure can hold poses and create motion sequences without being explicitly programmed.
• Infant-Like Learning: The robot learns through a process similar to how infants explore their bodies. Using its built-in cameras, it observes and refines its actions based on human feedback.
• Language Instructions: Powered by GPT-4, Alter 3 can digest verbal instructions and map them to the physical world. For instance, scientists could articulate a task in plain English, and the robot will produce the related Python code to perform it.
• Emotional Interaction: Alter 3 uses its AI capabilities to mimic human emotions, such as smiling or showing surprise, making interactions more relatable and engaging.

Applications

• Human-Robot Interaction: Great for studies into how we can make robots understand people better and work with them.
• Education & Public Engagement: Demonstrated at workshops and events for advanced robots.
• Healthcare & Exploration(Future Potential): Researchers envision future applications in customized healthcare and explorations in remote areas.

Recent Milestones

• Proven to use RoboCLIP technology in sparse command to conduct successful imitation learning
• Demonstrated its capability to carry out actions such as imitating a jog or feigning to munch popcorn eloquently.
• Tested mirror self-recognition, exploring concepts of self-awareness that could lead to robots developing a “minimal self”.

Why It Matters

Alter 3 pushes the boundaries of what humanoid robots can achieve. It bridges the gap between machines and humans with advanced AI combined with intuitive motor control. However, its innovative features enable it to learn from natural language and adjust to new environments, facilitating human-machine cooperation in the future.

7. Figure 02 by Figure AI

The Figure 02, designed by Figure AI and presented to society in 2023, is a next-generation humanoid robot that can work in task settings previously reserved for humans.

As a result, Figure 02 represents a tremendous leap forward for humanoid robotics with its sophisticated AI, dexterity, and capacity for unsupervised learning.

Key Features

• Human-like Design: At 168 cm (5’6”) tall and weighing 60 kg (132 lbs), Figure 02 was designed to have human dimensions sizes allowing it to effectively navigate spaces made for humans.
• Payload: Capable of carrying loads of up to 20 kg (44 lbs), making it ideal for physically challenging jobs.
• Mobility: The robot can move at 4.3 km/h at more than 40 degrees of dimension (DoF) for stable and delicate mobility.
• AI Integration: Powered by OpenAI’s advanced technology, allowing it to comprehend language, interpret visual information, and engage in natural conversations.
• Self-Learning: Employs reinforcement learning and neural networks to learn and adapt to new tasks and environments without the need for explicit programming.
• Battery Life: Lasts up to five hours on a single charge with an interchangeable battery pack

Applications

Figure 02 is envisioned as a multi-purpose assistant for industries:

• Logistics: Lifts and transports heavy materials, stacks shelves and organizes stock.
• Retail Operations: Helps stock shelves and interact with customers.
• Home Helper: Performs household tasks such as preparing coffee or stacking dishes.
• Healthcare & Elderly Care: Support in caregiving roles.
• Space Exploration: Potential use in environments unsuitable for human presence.

Recent Demonstrations

• It learned to make coffee and do other household chores by watching videos of humans performing those tasks.
• Showing off real-time conversational skills fueled by OpenAI’s natural language processing (NLP), answering questions and explaining its actions in the moment.
• Demonstrated its dexterity by manipulating fragile items such as cups and apples without breaking them.

Why It Matters

Figure 02 is an advancement for Humanoid robotics in everyday life. With the ability to learn without human intervention, communicate naturally in human language, and adapt itself to uncertain and unstructured environments, it is one of the promising general-purpose robots available on the market.

8. Beomni by Beyond Imagination

This is Beyond Imagination’s Beomni humanoid robot, an experimental AI robot designed to complete a wide variety of tasks. Beomni is revolutionizing the capabilities of robots in both personal and professional environments thanks to its AI brain, VR controls, and semi-autonomous capabilities.

Key Features

• Humanoid Design: Beomni is built with a head, shoulders, arms with opposable thumbs and a wheeled base for movement. It has a lifting capacity of 35 lbs on each arm and can perform delicate tasks such as pinching a pinch of salt while cooking.
• AI Brain: Beomni’s AI is organized into divisions known as “lobes,” with each lobe serving its own purpose. This allows the robot to learn and improve over time1 but also prevents it from developing sentience.
• VR Control: Make your experience whole by seamlessly controlling Beomni from afar, using VR headsets and gloves to physically perform actions while experiencing the same view and environment as the robot. This means you can work remotely from anywhere on the planet.
• Autonomy: Although it is human-piloted for its early use, Beomni can slowly become semi-autonomous with guided instruction from its human operators.

Applications

• Older Care: Help with caregiving tasks such as cooking, exercising and gardening for older people. It has successfully been tested in elder care facilities to take temperatures and to move things between rooms.
• Healthcare: Addresses a shortage of medical practitioners by providing basic services, setting appointments and filling prescriptions.
• Manufacturing & Logistics: Strong enough to lift heavy objects and able to do repetitive tasks efficiently.
• Space Exploration: Tested for conducting experiments in zero-gravity environments in collaboration with Zero Gravity Corporation.
• Hospitality: Demonstrated serving guests at events like the Explorers Club Annual Dinner.

Recent Milestones

• Beomni was first introduced at CES 2022 as the first fully functional general-purpose robotic system in the world.
• Successfully conducted pilot studies of elder care at TRU PACE facilities.
• Featured at the Explorers Club Headquarters, where it reunited people across America via remote-piloting tech.

Why It Matters

By merging human-level dexterity with some of the most cutting-edge AI and VR capabilities, Beomni is a monumental step forward for humanoid robotics. Its task execution prowess remotely tackles labor shortages, creating new frontiers for industries ranging from healthcare to logistics to space exploration

9. Nadine Social Robot 

Nadine, a humanoid robot developed at Nanyang Technological University in Singapore, is among the most human-like robots in the world.

Nadine, modeled on Professor Nadia Magnenat Thalmann, is able to behave with humans in an intuitive and emotionally aware manner. By bringing together their realistic looks, memory feature, and ability to simulate emotions, Nadine is rewriting the rules for how robots can also bond with humans.

Key Features

• Human-like features: Nadine has soft skin, long brunette hair and realistic-looking hands, making her look human.
• Emotional Intelligence: She can smile, express happiness or sadness and change her mood based on interaction. Her gestures and facial expressions respond to the content of conversations.
• Memory Capabilities: Nadine retains memories of people she has met previously, along with details about past conversations and interactions.
• Multilingual: She is conversant in six languages: English, German, French, Chinese, Hindi, and Japanese.
• Interactive Personality: Nadine has a “personality” encoded into her software, allowing her to react to what is being told to her.

Applications

• Customer Service: Receptionist at AIA Insurance Company in Singapore, answered questions and helped customers register for e-care.
• Older People’s Care: Assisted dementia patients at an older people care home, Bright Hill Evergreen Home, in Singapore, in playing games like Bingo and in conversations.
• Public Engagement: Engaged with more than 100,000 visitors at the ArtScience Museum as part of the “HUMAN+: The Future of Our Species” exhibition.
• Corporate events: Conducted live demos for companies including Credit Suisse and Deutsche Bank.

Why It Matters

A landmark moment in both humanoid robotics and human-robot interaction, Nadine is the first robot to combine emotional intelligence with practical functionality. By encoding conversations and producing emotional responses, she is perfect for any character that requires empathy and personal connection.

10. Erica

Hiroshi Ishiguro Laboratories, in partnership with Kyoto University and ATR, created Erica, one of the top humanoid robots in the world.

Erica was, in fact, designed as a research platform to study human-robot interaction by combining human-like appearance, natural language processing, and emotional intelligence to allow seamless interaction with humans. Her creators describe her as “the most beautiful face in the world,” and her abilities are stretching the limits of humanoid robotics.

Key Features

• Realistic Face: Erica has a face that closely resembles a human, including expressive eyes and silicone skin that feels human-like. Her movements, like blinking and turning her head, are fluid and organic.
• Sophisticated AI: Erica is fueled by advanced artificial intelligence algorithms, allowing her to comprehend natural language, engage in dialogue, and react to social signals.
• Facial Expressions: Erica features 44 degrees of freedom (DoF) of facial movement, allowing for a realistic range of expressions during interaction.
• Sensory Perception: She sees and hears her surroundings with two CMOS cameras and microphones. These sensors enable her to identify faces, monitor movements, and understand gestures.
• Text-to-speech: Erica can produce human-like sounds, making her conversations more engaging and meaningful.

Applications

• Human-Robot Interaction Research: Acts as a platform for research into how robots can perceive, understand, and interact with people.
• Customer Service: Worked as a receptionist and secretary at Ishiguro’s laboratory.
• Media Roles: She got into the media spotlight when she worked as a news anchor in Japan.
• Education and Public Engagement: Been involved in exhibits and workshops to showcase new developments in the field of robotics.

Recent Milestones

• Erica made her news anchor debut in Japan in 2018, her newscast being one of the first public-facing jobs taken up by a robot.
• She has been widely deployed in research studies to investigate aspects of human-robot interaction.

Why It Matters

By interweaving advanced human-like design with cutting-edge AI, Erica is truly one of the top humanoid robots ever. The ability to hold conversations, read emotions, and show empathy makes her the perfect person for any role that involves social interaction or empathy.

The Bottom Line

As we explore the top 10 humanoid robots transforming industries today, it’s clear that these machines are not just tools; they’re partners in shaping our future.

Moving forward, one question remains: Are we ready for a world where robots are an integral part of our daily lives? The answer might be simpler than we think. With each step forward, these robots are proving that they’re not just machines; they’re the next step in human evolution.