Alvora G1 R1 EDU: Cutting-Edge Humanoid AI Robot for Development and Education

• ✔ Advanced humanoid design with up to 43 degrees of freedom for complex movements.
• ✔ Integrated 100Tops AI computing unit for cutting-edge algorithms and machine learning.
• ✔ Detailed perception of the surroundings thanks to the depth camera and 3D LIDAR sensor.
• ✔ Full support for secondary development at both high and low levels.
• ✔ Optional dexterous hands with tactile sensing for precise manipulation.
• ✔ Long operating time with intelligent quick-change battery.
• ✔ WiFi 6 and Bluetooth 5.2 wireless connectivity with support for OTA updates.

Enter the future of robotics with the Alvora G1 R1 EDU, a cutting-edge humanoid robot designed for education, research, and advanced applications. This intelligent platform opens up new possibilities in human-robot interaction and offers an unparalleled environment for experiments with artificial intelligence and autonomous systems.

✨ Discover endless possibilities with Alvora G1 R1 EDU!

• Advanced humanoid design with a high number of degrees of freedom (up to 43 DOF), enabling complex and natural movements.
• Powerful computing hardware with 8-core CPU and integrated 100Tops AI unit for advanced algorithms and artificial intelligence development.
• Cutting-edge sensors including a depth camera and 3D LIDAR for precise perception of the surrounding environment and navigation.
• A flexible platform for secondary development at both high and low levels, complete with complete manuals and technical support.
• Intelligent battery management with quick replacement and overcharge/undercharge protection for long-term and safe operation.
• Seamless connectivity thanks to WiFi 6 and Bluetooth 5.2, along with support for OTA updates to keep the robot always in top condition.
• Optional configuration with Dex3-1 (3 fingers, up to 7 DOF per hand) or Inspire (5 fingers, up to 6 DOF per hand) dexterous hands, with tactile sensing capability for detailed interaction with objects.

🔎 Dive into the details of innovative design and functionality

The Alvora G1 R1 EDU represents a breakthrough in humanoid robotics, delivering a robust and flexible platform for a wide range of applications. At 1270mm tall and weighing approximately 35kg, it is designed for stability and real-world interaction. Its fully hollow internal joint alignment design and dual encoders ensure high precision and smoothness of movement, which is essential for dynamic and delicate tasks.

At the heart of the robot is a high-performance computing unit that enables the processing of complex AI algorithms directly on the device. This, combined with advanced sensors such as 3D LIDAR for mapping and navigation, and a depth camera, predestinates the Alvora G1 R1 EDU for autonomous operations and interaction with complex environments. Localized air-cooled systems ensure optimal operation even under intensive loads.

The G1 R1 EDU also features standard 5W stereo speakers and a microphone array, allowing for rich voice interaction. With support for high-speed WiFi 6 and Bluetooth 5.2, the robot is always connected, even for remote control and updates. For those looking for even greater interaction capabilities, it offers optional dexterous hands with tactile sensing, which expand manipulation and fine motor skills to a whole new level.

⚠️ Are you limited by a lack of flexibility and performance in robotics development?

Traditional robotic platforms often lack the necessary degree of freedom, sensory equipment or computing power to implement ambitious projects in the field of artificial intelligence and humanoid robotics. Developers and researchers face limitations that prevent the full potential of their innovative ideas, whether it is complex algorithms, delicate manipulation or autonomous navigation in real environments.

✅ Unlock your full potential with Alvora G1 R1 EDU!

The Alvora G1 R1 EDU delivers a complete solution for those who want to push the boundaries of conventional capabilities. With its advanced modular design, high degrees of freedom, and integrated AI compute unit, it provides an unrivaled platform for research, education, and development. It will allow you to realize projects that were previously only a dream, whether it is human motion simulation, advanced object interaction, or autonomous navigation in complex environments.

🌟 From features to real results: Key benefits for you

• High number of degrees of freedom (up to 43 DOF): Allows complex and natural movements -> Benefit: Realization of sophisticated interactions and simulation of human behavior with maximum fidelity.
• Integrated 100Tops AI computing unit: Ensures processing of complex AI algorithms directly on the robot -> Benefit: Faster and more efficient artificial intelligence development without dependence on external hardware.
• Advanced sensors (3D LIDAR, depth camera): Provides detailed perception of the surroundings -> Benefit: Robust autonomous navigation, mapping and interaction with the environment.
• Secondary development support (high and low level): Open platform with complete documentation and support -> Benefit: Maximum flexibility for your own innovations and adaptation of the robot to your specific needs.
• Modular dexterous hands (optional): Enables fine manipulation and tactile sensing -> Benefit: Ability of the robot to perform tasks requiring high precision and sensitivity.
• Intelligent battery management system: Ensures long and safe operation -> Benefit: Minimized downtime and reliability for continuous research and experiments.

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

• Researchers and scientists in the field of robotics, artificial intelligence and autonomous systems.
• Universities and educational institutions for teaching advanced robotics, programming, and machine learning.
• Developers and innovators looking for a flexible platform for prototyping new robotic applications.
• Robotics fans and enthusiasts who want to explore cutting-edge humanoid technologies.

❓ Do you have concerns? We will answer them

• Concern: Is the robot complex to control and program? -> Answer: The Alvora G1 R1 EDU is designed for easy integration into development environments and offers comprehensive manuals and technical support, making it easy to get started and advanced development.
• Concern: What if I need specific modifications or extensions? -> Answer: With support for secondary development at both high and low levels, the robot is fully customizable. You can integrate your own sensors, algorithms, and extend its functionality according to your needs.
• Concern: How is the safety and stability of such an advanced robot ensured? -> Answer: The robot is equipped with a robust structure, dual encoders for precise feedback, and intelligent joint control. In addition, localized air cooling ensures optimal temperature for all components, contributing to its reliability and safety.

⚙️ 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 (max.)	43 (with dexterous hands)
Degrees of freedom – Legs	6 (Hip 3 + Knee 1 + Ankle 2)
Degrees of Freedom – Passport	3
Degrees of freedom – Arms	7
Degrees of Freedom – Hand (Dex3-1)	7 (Thumb 3, Index finger 2, Middle finger 2)
Degrees of Freedom – Hand (Inspire)	6
Maximum knee torque	120 Nm
Maximum load capacity of one arm	3 kg
Calf + thigh length	0.6 m
One arm's length	~0.45 m
Z-axis lumbar joint	±155°
Hip joint	P±154°, R-30~+170°, Y±158°
Fully hollow internal joint alignment	Yes
Joint encoders	Dual
Heat dissipation system	Localized air cooling
Basic computing power	8-core high-performance CPU
Built-in AI computing unit	100 Tops
Sensors	Depth Camera + 3D LIDAR Stereo
Audio	5W stereo speakers and microphone array
Wireless connectivity	WiFi 6, Bluetooth 5.2
Power supply	13-cell battery (Nominal voltage: 32.4V, Capacity: 9000mAh, 291.6Wh)
Smart OTA updates	Supported
Secondary development	Supported (both high and low level)
Remote control operating time	4.5 hours
Remote control range	100 meters and more
Guarantee	1 year
Package contents
Smart battery (quick-swap)	1 pc
Battery charger	1 pc
Handheld remote control	1 set
Tuning and protection kit (incl. stand and cabling)	1 pc

❓ Frequently Asked Questions (FAQ)

What is the main difference between the Alvor G1 R1 EDU versions?

The EDU version offers extended degrees of freedom (up to 43 DOF), a more powerful computing unit with 100Tops AI, and support for secondary development. The different EDU variants differ in the type and number of dexterous hands, with the possibility of tactile sensing.

Is it possible to program the robot and expand its functions?

Yes, Alvora G1 R1 EDU fully supports secondary development at both high and low levels. The manufacturer provides complete development manuals and technical support for the integration of custom algorithms and sensors.

What sensors does the robot use to perceive its surroundings?

The robot is equipped as standard with a depth camera and 3D LIDAR for precise environment mapping, navigation and object detection, enabling it to operate autonomously in complex scenarios.

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

The intelligent battery (nominal voltage 32.4V, capacity 9000mAh) offers an operating time of approximately 4.5 hours for remote control. A quick charger is included in the package. The battery is quick-changeable and has an advanced management system (BMS) for safe operation.

Is the Alvora G1 R1 EDU suitable for beginners in robotics?

With extensive documentation and technical support, Alvora G1 R1 EDU is accessible even to advanced students and developers. It may be challenging for beginners, but with the resources available, it is a great platform for learning and pushing the boundaries.

Can the robot be controlled remotely?

Yes, the robot comes with a handheld remote control and supports communication via high-speed WiFi 6 and Bluetooth 5.2, allowing remote control and monitoring with a range of over 100 meters.

What is the warranty on the robot?

The entire device comes with a standard 1-year warranty, ensuring peace of mind and reliability during your research and development.