Name: Unitree R1 humanoid robot
Price: 750000 INR
Availability: InStock

Unitree R1 humanoid robot – Available at Everse

Step into the future of robotics with the Unitree R1 humanoid robot, proudly offered by Everse. This innovative, lightweight robot from Unitree blends dynamic agility, advanced AI, and versatile functionality, making it the perfect choice for researchers, educators, and innovators eager to explore human-robot interaction.

Unmatched Mobility and Agility

The Unitree R1 humanoid robot redefines what’s possible in robotic mobility with a suite of advanced locomotion capabilities previously limited to high-end industrial or research platforms. Standing approximately 1.2 meters tall and weighing around 25 kilograms, the R1’s lightweight yet strong design enables it to perform an astonishing array of dynamic movements. From running and jogging to performing acrobatic feats such as cartwheels, handstands, and spin-kicks, the R1 displays a level of dexterity and physical coordination that mimics human motion with remarkable fluidity. Its 26 degrees of freedom distributed across its limbs, torso, and head allow for incredibly precise articulation. These capabilities are not just visually impressive—they also represent a significant step forward in real-world robot functionality. Such movements can be adapted for various practical tasks, from navigating cluttered environments to performing coordinated group actions. In promotional demonstrations, the R1’s physical agility has been compared to gymnastic performance, indicating not only advanced mechanical engineering but also the integration of real-time balance correction, torque control, and predictive motion planning. These traits collectively enable the robot to react to its environment with grace and precision. The R1’s mobility empowers users to experiment with use cases that require dynamic physical interaction, including interactive demos, learning scenarios, and responsive environments where fluid motion is essential. Overall, the R1's unmatched agility makes it a compelling platform for exploring both physical and algorithmic advancements in humanoid robotics.

Advanced AI and Natural Interaction

At the heart of the Unitree R1’s intelligence lies a multimodal large language model (LLM) that integrates voice, vision, and gesture-based interaction into a unified system. This powerful AI allows the R1 to understand and respond to natural language commands, interpret gestures, and identify faces and objects in real time. The result is a seamless and intuitive interface for human-robot interaction, making the R1 not just a responsive machine but a collaborative partner in diverse scenarios. The natural language processing capabilities are particularly notable, enabling the robot to comprehend context-sensitive questions, follow multi-step instructions, and maintain coherent dialogue with users. Meanwhile, its gesture recognition and vision systems are bolstered by an array of depth sensors and high-resolution cameras, allowing it to detect movement, recognize individuals, and track objects with high accuracy. These multimodal inputs are processed in real time to enable reactive and proactive behaviors, such as turning toward a speaker, mimicking hand gestures, or navigating toward identified objects. Whether used in educational demonstrations or complex research simulations, the R1 can interpret and respond to nuanced human behaviors, opening up new possibilities in fields like cognitive robotics, user experience testing, and assistive technologies. Its AI-driven versatility fosters a sense of presence and relatability, making it ideal for applications that rely on trust, empathy, or social interaction. In environments where collaborative robots are expected to operate safely and intuitively among people, the R1’s integrated intelligence gives it a clear edge.

Lightweight, Durable, and Human-Centric Design

The physical design of the Unitree R1 emphasizes not only strength and flexibility but also safety, approachability, and ease of use. Crafted from a combination of lightweight alloy and composite materials, the R1 weighs roughly 25 kg (55 pounds), making it portable and less intimidating than bulkier industrial robots. Its height of approximately 121 cm brings it close to child-sized human proportions, encouraging engagement in environments where people interact directly with technology. The 26 degrees of freedom across the arms, legs, torso, and head are engineered to support naturalistic human-like movement, allowing the R1 to perform gestures, navigate spaces, and execute tasks in a way that mirrors real human biomechanics. This detailed articulation enables smoother transitions between poses, finer control over movement, and enhanced balance during complex actions. The material choices also enhance durability while maintaining a compact footprint, ensuring the R1 can withstand regular handling and transportation without compromising performance. Furthermore, the joint structure supports a wide range of motion while integrating soft-edges and safety-first design features that minimize the risk of injury or equipment damage during operation. The R1's human-centric form factor makes it ideal for interaction in labs, classrooms, or offices where space and safety are considerations. Overall, the design reflects a thoughtful balance between mechanical sophistication and ergonomic comfort, offering a robotics platform that is both technically advanced and user-friendly.

Developer-Ready Platform for Innovation

The Unitree R1 is engineered with developers and researchers in mind, offering an open software development kit (SDK) and robust application programming interfaces (APIs) that enable extensive customization. Whether you’re building new control schemes, integrating with external systems, or developing novel interaction models, the R1 provides a flexible foundation to explore cutting-edge robotics applications. The SDK supports a variety of programming languages and platforms, making it accessible to teams with different technical backgrounds. This openness encourages experimentation and rapid prototyping, particularly in university labs, AI research institutes, and robotics startups. Developers can interface with the robot’s sensors, motion control systems, and AI modules to create interactive behaviors or integrate the robot into larger autonomous systems. Real-time data streams from the robot’s cameras, depth sensors, and joint encoders can be analyzed or used to drive adaptive behaviors. The open-source tools also support simulation environments for virtual testing, allowing ideas to be refined before deployment. Additionally, the modularity of the software stack means it can evolve over time, with support for firmware updates, algorithm enhancements, and third-party plugin integration. By lowering the barrier to entry for complex robotics development, the R1 serves as a launchpad for new ideas in robotics and human-computer interaction. Whether used in machine learning experiments, cognitive modeling, or human behavior analysis, the platform invites deep customization and creativity, making it a standout tool for innovation.

Connectivity and Power for Real-World Use

To support its versatile capabilities, the Unitree R1 is equipped with robust connectivity options and an efficient power system that make it suitable for real-world deployment. The robot includes both Wi-Fi and Bluetooth modules, allowing seamless integration with local networks, edge devices, and cloud-based services. This connectivity enables remote control, data streaming, and software updates, as well as interoperability with IoT systems, educational platforms, and research networks. Whether operating as a standalone unit or part of a distributed system, the R1 maintains stable communication for consistent performance. On the power side, the robot runs on a rechargeable lithium-ion battery that delivers between one to two hours of runtime per charge—enough for extended demos, research trials, or classroom sessions. The fast-charging system ensures that the R1 can be quickly brought back online, minimizing downtime and maximizing productivity. Intelligent power management features help optimize energy use based on task complexity, allowing the robot to scale its activity efficiently. Together, the connectivity and battery systems make the R1 a practical solution for semi-mobile environments where uninterrupted performance and flexible deployment are essential. This technical reliability adds to the robot’s appeal for roles in interactive education, prototype demonstrations, and experimental research. Its integration-ready architecture and dependable runtime ensure that users can focus on exploration and innovation without being hindered by technical limitations.

Key Features

Unmatched Agility – The Unitree R1 performs impressive movements like running, cartwheels, handstands, spin-kicks, and precise gestures, as showcased in Unitree’s promotional demos, setting a new standard for humanoid robot mobility.
Smart Interaction – Powered by a multimodal large language model (LLM), the R1 supports natural language processing, gesture recognition, and advanced vision capabilities, including face and object detection, for seamless collaboration with users.
Lightweight & Flexible Design – Weighing just ~25 kg (55 lb) and standing ~1.2 m tall, the R1 features a durable alloy and composite frame with 26 degrees of freedom (DOF) for smooth, human-like articulation across arms, legs, torso, and head.
Developer-Friendly – With an open SDK and APIs, the R1 enables custom development, ideal for robotics labs, academic research, or interactive prototyping.
Seamless Connectivity – Equipped with Wi-Fi and Bluetooth, the R1 integrates effortlessly with external systems, enhancing its adaptability for various applications.
Efficient Power System – The R1’s rechargeable lithium-ion battery provides an estimated 1–2 hours of runtime, supported by a fast-charging system to keep downtime minimal.

Applications

The Unitree R1 is built for innovation, not heavy industrial tasks. It shines in–

Research & Development

A robust platform for advancing robotics, AI, and human-robot interaction studies.

Education

Perfect for teaching robotics, programming, and AI concepts in universities and technical programs.

Prototyping & Light Service

Ideal for creating interactive prototypes or light service roles, such as assistive or entertainment applications.

Unitree R1 in the Lineup

The Unitree R1 is a lightweight, accessible humanoid robot compared to its predecessor, the G1 (~35 kg, launched in 2024), and the heavier, industrial-grade H1, which boasts enhanced sensors and torque. The R1 embodies Unitree’s mission to make advanced robotics affordable and agile, perfect for a wide range of users.

Technical Specifications

Height – ~121 cm
Weight – ~25 kg (55 lb)
Degrees of Freedom (DOF) – 26 joints (arms, legs, torso, head)
Material – Lightweight alloy and composite frame
Mobility – Running, cartwheels, handstands, spin-kicks, punches
Speed – Jogging speed (exact data forthcoming)
AI – Onboard multimodal LLM (voice + vision AI)
Voice Recognition – Natural language command processing
Image Recognition – Face and object detection
Sensors – Multiple cameras and depth sensors
Battery – Rechargeable lithium-ion (1–2 hours runtime)
Charging – Fast-charging system
SDK & APIs – Open SDK for developers
Connectivity – Wi-Fi, Bluetooth
Use Cases – Education, research, prototyping, light service roles

Why Shop with Everse?

Everse is your trusted source for cutting-edge robotics, offering the Unitree R1 with exceptional customer support. Our team is here to guide you in selecting the perfect robotics solution for your research, educational, or creative needs. Shop with Everse and embrace the future of technology with confidence.