Alvora G1 R1 EDU – Advanced Programmable Humanoid Robot with AI

• ✔ Futuristic humanoid design and advanced artificial intelligence
• ✔ Up to 43 degrees of freedom for unparalleled flexibility and realistic movement
• ✔ Powerful AI computing unit (up to 100 TOPS) for complex algorithms
• ✔ Integrated cutting-edge sensors: depth camera and 3D LIDAR
• ✔ Robust modular design ideal for research and education
• ✔ Support for both high and low level secondary development
• ✔ Intelligent quick-change battery with long operating time

Discover the future of robotics with the Alvora G1 R1 EDU humanoid robot, designed as a cutting-edge platform for research, education, and advanced AI development. This impressive robot combines elegant design with groundbreaking technologies, providing unparalleled capabilities for students, academics, and professional developers.

🤖 What can this robot do?

• Dynamic flexibility: The Alvora G1 R1 EDU has up to 43 degrees of freedom, allowing for an incredibly wide range of movements and manipulations, from delicate grasps to complex locomotor actions.
• Intelligence on board: With a built-in AI computing unit with a performance of up to 100 TOPS, the robot becomes an ideal tool for implementing and testing advanced machine learning and computer vision algorithms.
• Surroundings perception: Thanks to the integrated depth camera and 3D LIDAR sensor, the robot perfectly perceives its surroundings, which is key for autonomous navigation, obstacle avoidance and interaction with the environment.
• Modular concept: The ability to equip the robot with different types of robotic hands, including three-fingered or five-fingered, with or without haptic feedback, allows the robot to be adapted to specific research and development needs.
• Robust performance: Joints with up to 120 Nm of torque and an arm capacity of up to 3 kg guarantee reliability and stability even in demanding tasks.

🧠 Explore every detail

The Alvora G1 R1 EDU is designed with attention to detail and performance. Its robust construction with full internal cable routing and dual encoders in the joints ensures long life and accuracy. A localized air-cooled system ensures optimal component temperatures even during intensive operation. The basic computing power is provided by a high-performance 8-core CPU, which is supplemented with a powerful AI unit for the EDU version.

The robot supports intelligent OTA updates and provides full support for high and low-level secondary development, making it an open platform for innovation. It also features a 5W stereo speaker and microphone array, enabling voice interaction and audio data collection.

❓ Are you worried about the lack of flexible platforms for robotics research?

Standard robotic platforms often lack the modularity and computing power needed for cutting-edge research in the areas of artificial intelligence, autonomy, and human-robot interaction. Limited degrees of freedom, insufficient sensory equipment, or closed software can hinder innovation and effective learning. Are you looking for a reliable partner for your most advanced projects?

🚀 Get your time back with a revolutionary platform!

The Alvora G1 R1 EDU is the answer to these challenges. It provides an open, high-performance, and modular platform that allows you to focus on developing and testing your innovative algorithms instead of dealing with hardware limitations. With this robot, you get a tool that will grow with your ideas and take your projects to a whole new level.

🌟 More than just features, real benefits

• Features: Up to 43 degrees of freedom and modular hand design -> Benefit: Unlimited movement and interaction options for realistic simulations and complex manipulation tasks.
• Function: Built-in AI computing unit (100 Tops) -> Benefit: Instant implementation and testing of complex AI algorithms directly on the robot, accelerating the development cycle.
• Function: Comprehensive sensor suite (LIDAR, depth camera) -> Benefit: Perfect perception of surroundings for autonomous navigation and interaction in complex and dynamic environments.
• Feature: Support for high and low level secondary development -> Benefit: Maximum flexibility for programmers and researchers, allowing for deep customization and innovation.
• Feature: Quick-swap smart battery with 4.5 hours of battery life -> Benefit: Extended operation and minimized downtime for continuous research and experiments.

🎯 For whom is the Alvora G1 R1 EDU the ideal choice?

• Academic institutions and universities: For teaching advanced robotics, artificial intelligence research, and developing autonomous systems.
• Development labs and start-ups: For rapid prototyping and testing of new robotic applications and interaction models.
• Researchers: For research into humanoid interactions, bipedal locomotion, and the development of algorithms for complex real-world tasks.

🛡️ Do you have concerns? We'll answer them!

• Concern: Is the robot too complex to program and maintain? -> Answer: The Alvora G1 R1 EDU supports a wide range of programming levels and comes with complete development manuals and excellent technical support.
• Concern: What is the reliability and durability of the components? -> Answer: The robot is built from robust materials with dual encoders and effective cooling. The manufacturer provides a 1 year warranty.
• Concern: Can the robot be easily integrated into existing systems? -> Answer: With support for both high and low level secondary development and standard connectivity (WiFi 6, Bluetooth 5.2), integration is flexible and straightforward.

Technical specifications

Parameter	Value
Height (standing)	1270mm
Width (standing)	450mm
Thickness (standing)	200mm
Height (folded)	690mm
Width (folded)	450mm
Thickness (folded)	300mm
Weight with battery	~35 kg
Total number of degrees of freedom (joints)	23 to 43 (depending on hand configuration)
Degrees of freedom of the leg	6 (Hip 3 + Knee 1 + Ankle 2)
Arm degrees of freedom	5 to 7 (Shoulder 3 + Elbow 2 + Wrist 2, more in advanced configurations)
Degrees of freedom of the waist	1 to 3
Maximum knee torque	Up to 120 Nm
Maximum load capacity of one arm	Up to 3 kg
Calf + thigh length	0.6 m
One arm's length	~0.45 m
Lumbar Z-joint range of motion	±155°
Hip joint range of motion	P±154°, R-30~+170°, Y±158°
Full hollow inner joint guide	Yes
Joint encoders	Dual encoder
Heat dissipation system	Localized air cooling
Basic computing power	8-core high-performance CPU
Built-in AI computing unit	Up to 100 TOPS (for secondary development)
Sensors	Depth Camera + 3D LIDAR Stereo
Depth camera resolution	1280*720 @ 30fps; 848*480 @ 90 fps
Depth camera field of view	86° * 57°
LIDAR laser wavelength	905mm
LIDAR field of view	360° horizontal, -7°~52° vertical
Audio	5W speakers and microphone array
Connectivity	WiFi 6, Bluetooth 5.2
Power supply	13series battery
Smart battery	9000 mAh, 291.6 Wh, BMS
Operating time (robot)	Up to 4.5 hours
Remote control	Handheld, range 100+ meters
Smart OTA updates	Support
Secondary development	High and low level support
Package contents	Smart battery (quick-change) 1pc, Battery charger 1pc, Handheld remote control 1pc
Guarantee	1 year (whole machine)

Frequently Asked Questions (FAQ)

What are the programming options for the Alvora G1 R1 EDU robot?

The robot fully supports both high and low level secondary development, allowing for the implementation of complex AI algorithms and deep functionality customization. Complete development manuals and technical support are available.

What is the battery life and is it replaceable?

The Alvora G1 R1 EDU is equipped with a smart battery with a capacity of 9000 mAh and an operating time of up to 4.5 hours. The battery is designed for quick replacement, which minimizes downtime.

What sensors does the robot use to navigate in space?

The robot is equipped with an advanced sensor system including a depth camera (RealSense D435i) and 3D LIDAR. These sensors provide detailed information about the environment, enabling autonomous navigation and interaction.

Can the types of robotic hands be changed?

Yes, the robot supports modular hand configurations. Variants are available with 3-finger Dex3-1 tactile hands or 5-finger Inspire hands, which offer different degrees of freedom for specific tasks.

What is the load capacity of the robot arm?

One arm of the Alvora G1 R1 EDU robot has a maximum load capacity of up to 3 kg, which allows you to manipulate various objects within your projects.

What are the key parameters of robot joints?

The robot has high-torque joints, with the knee joints reaching up to 120 Nm. The lumbar Z-joint has a range of motion of ±155° and the hip joint allows extensive rotations in several axes for smooth movement.

Is the robot equipped for voice interaction?

Yes, the robot has standard integrated stereo 5W speakers and a microphone array that enables voice interaction and audio processing for advanced communication applications.