Alvora G1 EDU: Cutting-Edge Programmable Humanoid Robot with AI

• ✔ Modular design with up to 43 degrees of freedom for maximum flexibility
• ✔ Integrated AI with 100 TOPS computing unit for advanced development
• ✔ Precise navigation and perception of surroundings thanks to depth camera and 3D LIDAR
• ✔ High-end sensors and dual encoders for smooth and precise movement
• ✔ Full support for OTA updates and comprehensive secondary development
• ✔ Powerful 8-core CPU and advanced WiFi 6 and Bluetooth 5.2 wireless connectivity
• ✔ Robust all-metal construction with optimized cooling

Introducing Alvor G1 EDU, a revolutionary humanoid robot designed to push the boundaries of robotics research, education, and innovation. This robot offers an unmatched combination of flexibility, intelligence, and durability, ready to meet the most demanding requirements of modern developers and academics.

🤖 Discover the potential of Alvora G1: Key features

• Mobility without compromise: With a modular design allowing up to 43 degrees of freedom, from six joints in the legs to seven-joint arms with dexterous hands, the Alvora G1 achieves extraordinary flexibility.
• Intelligence at your fingertips: Integrated AI with 100 TOPS computing power, complemented by an 8-core CPU, opens the door to implementing complex algorithms and autonomous behavior.
• Precise perception of the surroundings: Thanks to the combination of a depth camera and 3D LIDAR, the robot accurately maps its surroundings and moves safely within them.
• Robust and reliable: Metal construction and advanced cooling ensure stability and durability even with intensive use.
• Development ready: Full support for secondary development, including extensive documentation and technical support, allows you to customize the robot for specific projects.

🚀 Deeper into the world of Alvor G1: Detailed description

The Alvora G1 EDU is a platform that adapts to your ambitions. The basic version with 23 degrees of freedom provides a solid foundation for experiments, while advanced configurations with up to 43 joints and dexterous hands allow you to simulate complex human tasks. The manufacturer has focused on the openness of the system, as evidenced by the support for high and low levels of secondary development and integration with AI algorithms.

Every detail is designed with performance and reliability in mind. Dual encoders in the joints guarantee precise movement control, while a localized air-cooled system ensures optimal component temperatures. Integrated WiFi 6 and Bluetooth 5.2 ensure fast and reliable communication. A smart battery with quick release and advanced power management system ensures long operation and safe charging.

❓ Is current technology limiting you?

Traditional robotic platforms often lack the flexibility or processing power for modern AI and robotics applications. Limited programmability and insufficient sensor capabilities can hinder innovation and the development of complex solutions, whether in research or education.

✅ Open new possibilities with Alvora G1 EDU!

The Alvora G1 EDU is designed to eliminate these obstacles. With its modular architecture, cutting-edge sensors, and massive computing power, you get a tool that will allow you to realize even the most ambitious projects. Get ready to develop rapidly and explore new frontiers of robotics.

✨ More than just features, real benefits

• Motion Versatility: Up to 43 DOF -> Unlimited possibilities for simulation and experiments with humanoid motion.
• Advanced Intelligence: 100 TOPS AI computing unit -> Rapid development and implementation of complex AI algorithms.
• Precise perception: Depth camera and 3D LIDAR -> Safe autonomous navigation and interaction with the environment.
• Long-term usability: Robust construction and OTA updates -> An investment that evolves with your needs and keeps up with technology.
• Easy development: Comprehensive support for secondary development -> Minimize obstacles and accelerate your research and learning.

🎯 For whom is Alvora G1 EDU the ideal choice?

• Researchers and academics looking for a robust and programmable platform for advanced robotics research.
• Students and educators in the fields of robotics, AI, and mechatronics for hands-on learning and projects.
• Innovators and developers who want to experiment with new applications of humanoid robotics and artificial intelligence.

🛡️ Do you have concerns? We'll answer them

• Concern: Is the robot too complex to control and program? -> Answer: The Alvora G1 EDU is designed with secondary development in mind and comes with complete development manuals and technical support, making it easy to incorporate into your projects.
• Concern: How is the durability and reliability of such a complex device ensured? -> Answer: The robot is built from durable metal components with an advanced cooling system and the manufacturer provides a one-year warranty on the entire device.
• Concern: Is it possible to upgrade the robot and adapt it to future needs? -> Answer: Yes, Alvora G1 EDU supports intelligent OTA updates and modular expansion, including the ability to upgrade to different types of dexterous hands to increase the number of degrees of freedom.

📊 Technical specifications

Parameter	Value
Dimensions (standing)	1270 x 450 x 200 mm
Dimensions (folded)	690 x 450 x 300 mm
Weight (with battery)	approx. 35 kg
Number of degrees of freedom	23 (basic, configuration up to 43 DOF)
Feet	6 DOF (Hip 3 + Knee 1 + Ankle 2)
Arm	5 DOF (Shoulder 3 + Elbow 2 + Wrist 2), 7 DOF arm option
Maximum knee torque	Up to 120 Nm
Maximum load capacity of one arm	Up to 3 kg
Calf + thigh length	0.6m
One arm's length	approx. 0.45 m
Joint range of motion	Above standard
Hip joint Z-axis	±155°
Hip joint	P±154°, R-30~+170°, Y±158°
Internal wiring	Complete, hollow joints
Joint encoders	Dual encoders
Cooling system	Localized air cooling
Basic computing power	8-core high-performance CPU
AI computing unit	Built-in 100 TOPS (for EDU version)
Sensors	Depth camera + 3D LIDAR
Audio	Stereo 5W speakers and microphone array
Connectivity	WiFi 6, Bluetooth 5.2
Power supply	13-cell battery
Smart battery	9000 mAh, 291.6 Wh, BMS
Operating time (remote control)	Up to 4.5 hours
Remote control distance	100 meters and more
Charging voltage	5V 2A (remote control)
Charger input power	100-240V~50/60Hz 4A 350VA
Charger output power	54V 5A
Support for OTA updates	Yes
Secondary development	Yes (High and low level, with tech support)
Guarantee	1 year (for the entire device)
Package contents
Smart battery (quick-release)	1 pc
Battery charger	1 pc
Handheld remote control	1 set

💡 Frequently Asked Questions (FAQ)

Is the Alvora G1 EDU suitable for beginners in robotics?

Thanks to the support of secondary development and the supplied manuals, the Alvora G1 EDU is accessible even to advanced students and educators. The manufacturer provides comprehensive technical support.

What are the programming and development options?

The robot supports both high and low level secondary development and is equipped with a built-in 100 TOPS AI computing unit for implementing complex artificial intelligence algorithms.

How long does the battery last and how is it charged?

The smart battery with a capacity of 9000 mAh and BMS system provides up to 4.5 hours of operation for remote control. It is charged with the supplied charger with an output of 54V 5A.

Can I expand the robot with additional functions or components?

Yes, the Alvora G1 EDU has a modular design and supports OTA updates. It can be upgraded to various configurations with higher degrees of freedom, including different types of dexterous hands.

What sensors does the robot use for orientation in space?

For accurate perception of the surroundings, the robot is equipped with a depth camera and 3D LIDAR, which allows it to autonomously navigate and map the environment.

How is technical support provided for developers?

The manufacturer provides excellent technical support, complete development manuals, and environmental support to facilitate the integration and development of your projects.

What are the dimensions of the robot and its weight?

The robot in a standing position measures 1270x450x200 mm and weighs approximately 35 kg with the battery, making it a robust yet agile platform.