Top Humanoid Robots You Need To Know About In 2025

While humanoid robots were only showcased as concepts or prototypes until recently, the past few years have seen tremendous growth in the robotics industry, leading to numerous companies preparing to mass produce their humanoid robots.

A large part of this is down to the advancements made in artificial intelligence (AI), generative artificial intelligence (Gen AI), machine learning (ML) and allied technologies, which allows machines to better understand humans, their emotions, and their mannerisms.

It won’t be long before we have robots helping in the kitchen, tending to the garden, or embarking on dangerous missions.

However, this race is still in its early stages, and robot manufacturers are perfecting their products and prepping them, as a host of new startups enter the playground. Still, this ever-expanding playpen is packed with some powerful players, all sporting impressive humanoid robots, and that’s what we’re exploring.

So, let’s get to it!
 

Top Humanoid Robots You Need To Know About In 2025

Humanoid robots have become a hot topic over the past few years, leading manufacturers to scale up their operations as they prepare to bring their humanoid robots to market. Meanwhile, others introduce their concepts and prototypes with promise and potential. Either way, the humanoid robots sector is booming.

So, without further ado, let’s check out the top humanoid robots you need to know about in 2025.
 

Sophia By Hanson Robotics

You can’t talk about humanoid robots and leave Sophia out of the conversation.

Built by Hong Kong–based Hanson Robotics and debuted in 2016, Sophia is one of the most (if not the most) advanced humanoid robots in the world. She—as per her creator—is also the world’s first robot citizen and the first robot Innovation Ambassador for the United Nations Development Program. Designed to look like Audrey Hepburn, Sophia is nothing short of a celebrity, having featured on TV in shows such as the Tonight Show and Good Morning Britain and has made appearances around the world.


Standing at almost 5.5 feet in height, Sophia weighs just 44 lbs., is 1.4 feet in width, and sports an Intel RealSense camera, custom wide-angle 1080p chest camera, two custom 720p HD cameras—one in each eye, as well as an external USB microphone amid a barrage of sensors.

Sophia acts as a framework for robotics and AI research, particularly to understand how humans and robots interact with each other, as well as determine potential applications. Her AI combines symbolic AI, neural networks, expert systems, machine perception, conversational natural language processing, adaptive motor control, cognitive architecture, and more, which allows her to recognize human faces, emotions, and hand gestures. It also enables her to estimate a human’s feelings during a conversation and express her own emotions.
 

Figure 02 By Figure AI

California-based Figure AI’s Figure 02 is a cutting-edge humanoid robot designed to work side-by-side with humans in industrial, commercial, and everyday environments. Revealed in 2024, Figure 02 possesses the ability to mimic human movement, courtesy of the company’s proprietary Helix neural network. From walking in a natural manner to being able to handle fragile objects, Figure 02 is designed for precision, safety, and scalability.


Figure 02 is around 5.5 feet tall, weighs around 132 lbs., and features five-fingered hands with 16 degrees of freedom. It can carry a load capacity of 55 lbs., and a vision system powered by six RGB cameras. Its real-time learning capability allows it to adapt to new tasks on the go, reducing training time from weeks to hours. Whether it’s assembling parts on a factory floor or managing warehouse inventory, Figure 02 is designed to operate autonomously in complex environments.

It’s powered by Figure’s Helix neural network that enables contextual awareness, scalable learning across multiple robots, and advanced safety protocols for efficient human-robot collaboration. The company combines automation and adaptive intelligence to redefine what humanoid robots can achieve in the real world. With its rapid evolution and human-like adaptability, Figure 02 is on course to build a future where intelligent robots become everyday teammates.

What’s more—Figure AI also recently teased its upcoming Figure 03 humanoid robot.
 

G1 By Unitree Robotics

Hangzhou-based Unitree Robotics brings G1, a humanoid robot that blends affordability with impressive engineering, which aims to make personal and professional humanoid robotics more accessible. G1 is designed for research, education, and development environments, offering high levels of flexibility, sensor-driven awareness, and evolving AI capabilities—all backed by continuous OTA (Over-the-Air) updates.


Priced from just $16,000, the G1 stands at 4.3 feet, weighs about 77 lbs., and offers a battery life of around 2 hours. It features up to 43 degrees of freedom, a reinforced three-fingered dexterous hand (Dex 3-1), and the optional installation of tactile sensor arrays for added precision. It boasts advanced locomotion powered by PMSM (Permanent Magnet Synchronous Motors) joint motors and high-torque knees. G1 is equipped with 3D LiDAR, depth cameras, and a 360° perception system for full environmental awareness.

The robot runs on an 8-core CPU and optionally integrates NVIDIA Jetson Orin for high-compute needs. It also leverages Unitree’s UnifoLM (Unified Large Model) for GenAI and reinforcement learning-based imitation, allowing it to continuously evolve through interaction and training, making it a fully adaptable AI agent for the real world, designed to grow with its user’s needs.

Unitree Robotics offers other humanoid robots such as H1 / H1-2, G1-Comp, Dex3-1, Dex5-1, and other robots for different functions, such as Go2, Go2-W, Go1, A1, B2, B2-W, B1, AlienGo, and more.
 

Electric Atlas By Boston Dynamics

Officially unveiled in 2024 as the successor to its hydraulic predecessor, this new version of Atlas is fully electric, more powerful, and even more graceful than before. As per the company, it represents the culmination of decades of R&D, refined hardware design, and embodied AI expertise. Also, the new electric version is stronger, offering a broader range of motion than any of our previous generations—and is now ready to leave the lab.


Standing around 5 feet tall and weighing approximately 165 lbs., Electric Atlas is designed for dynamic movement across harsh environments such as automotive factories, disaster zones, industrial inspection sites, and more. Custom electric actuators, 3D-printed titanium and aluminum parts, and an advanced battery give it strength, mobility, and precision. Its AI combines reinforcement learning and computer vision with real-time perception to coordinate high-speed, whole-body movements with jaw-dropping accuracy.

The new Atlas also offers the acrobatic agility that its predecessor hydraulic version did, meaning it can still do backflips, but now also focuses on practical applications. With advanced manipulation capabilities and ongoing development of new grippers, it’s ready to interact with irregular, heavy, or delicate objects alike. Boston Dynamics has already tied up with Hyundai to test and iterate Atlas’ applications in next-gen smart manufacturing environments over the next few years.

With its electric upgrade, Atlas isn’t just pushing limits—it’s rewriting them entirely.
 

Walker S1 By UBTECH

Built by Chinese robotics firm UBTECH, Walker S1 is a humanoid robot that’s engineered for multitasking in industrial and domestic environments—it can lend a hand on a car assembly line or in the kitchen. This full-stack humanoid blends mechanical innovation with cognitive AI, bringing agility, stability, and awareness into every movement. Walker S1’s calm demeanor, skilled hands, and adaptable design ensure it’s nobody’s sidekick.


Walker S1 is around 5.6 feet tall, weighs 167 lbs., and has a load capacity of up to 33 lbs. It’s powered by the proprietary ROSA 2.0 operating system and UBTECH’s embodied intelligence tech. It sports a suite of advanced sensors, such as 360-degree multimodal perception, stereo RGB cameras, RGBD units on the head and torso, six-axis force sensors, and a tactile sensor array on its dexterous hands. With a peak joint torque of 250 N.m, it performs well, even across various complex, unstructured environments.

However, its real superpower comes from an LLM that allows it to understand intentions and general task planning, which is bolstered by semantic VSLAM navigation and learning-based whole-body motion control, giving it both brains and balance. From adapting to poor lighting conditions to managing joint cooling during long-duration tasks, Walker S1 was built to handle real-world complexity.

UBTECH is taking humanoid robots to a new level by introducing the Panda Robot, which, as the name suggests, is a panda-inspired robot. This would technically be an animaloid robot, but quite cute, right?
 

Ameca By Engineered Arts

Developed by UK-based Engineered Arts, Ameca is considered to be one of the most expressive humanoid robots in the world. It’s famous for its eerily lifelike facial gestures, fluid eye movements, and uncanny ability to raise one eyebrow like a curious human. Designed as a platform for AI and robotics research, Ameca blends smooth mechanical engineering with cutting-edge facial animation to create what many call the future face of human-robot interaction.


Standing at approximately 5.5 feet tall and weighing just under 110 lbs., Ameca boasts over 50 facial expressions and more than 20 degrees of freedom across its face and body. Built on Engineered Arts’ proprietary Mesmer technology, Ameca’s architecture is modular—meaning you can upgrade or deploy just an arm, a head, or the full robot depending on the use case. Cool, right?

Ameca is designed to be cloud-connected, which enables remote control, simulation, and avatar-like interactivity from anywhere in the world. It supports testing AI models through its Tritium operating system, and it can integrate conversational AI for natural dialogue.

Whether it’s welcoming guests or wowing a crowd, Ameca’s charm lies in how easily it blurs the line between machine and human—with a wink, a smirk, and maybe a little sass. This is probably why it’s become a favorite in customer service, education, entertainment, and other sectors.
 

Optimus By Tesla

Optimus comes to you from one of the most famous brands in the electric vehicle (EV) and autonomous driving industry—Tesla. Its Optimus Gen 2 is a general-purpose, bi-pedal, autonomous humanoid robot designed to eliminate unsafe, repetitive, and boring tasks. At one point, Tesla’s CEO Elon Musk also declared its long-term impact to be “bigger than Tesla’s car business.” Suffice it to say, Optimus is more than just a sci-fi side project—it’s a bet on AI-powered autonomy at scale.


Standing 5.6 feet tall and weighing about 125 lbs., Optimus Gen 2 is significantly more refined than its predecessor, boasting 28 degrees of freedom, improved hand articulation with 22 degrees alone, and foot and toe geometry modeled closely after human anatomy. It also features an upgraded walking speed (30% faster than Gen 1), a 2-degree-of-freedom neck (up from Gen 1’s fixed neck), and integrated actuators and force sensors that enable advanced manipulation and balance.

Backed by Tesla’s vertical integration of AI, computer vision, and motion control, the robot is already performing light tasks within Tesla’s manufacturing plants and is set for wider internal deployment. Tesla aims to begin public production by 2026 and aims to scale to 100,000 units annually.
 
While Optimus Gen 2 is awaiting to enter your home—and hearts—Tesla recently teased Optimus Gen 3.
 

Conclusion

As humanoid robots evolve from prototypes to practical partners, 2025 marks a turning point in how we work, live, and interact with machines. Powered by AI and inspired by humans (literally!), these robots are no longer sci-fi movie material—they’re getting ready to shape our future, one task at a time.

Ready or not, the robotic revolution is already among us in 2025!