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

• ✔ Unrivaled flexibility with up to 43 degrees of freedom for complex simulations
• ✔ Integrated 100Tops AI compute unit for advanced machine learning
• ✔ Advanced sensor equipment including depth camera and 3D LIDAR
• ✔ Open platform for high and low-level secondary development
• ✔ Modular design with quick-change battery for continuous operation
• ✔ Robust construction with a maximum arm load capacity of up to 3 kg
• ✔ Built-in stereo speakers and microphone array for interactive communication

Alvora G1 EDU represents a revolution in humanoid robotics. This cutting-edge platform is designed for maximum flexibility and performance, ideal for scientific research, education and the development of advanced robotics applications. With a high number of degrees of freedom, advanced sensors and powerful AI, it is ready for the most demanding tasks.

🤖 What can this robot do?

• Variable degrees of freedom configuration from 23 (basic) to 43 (with dexterous hands)
• Powerful core computing unit with 8-core high-performance CPU
• Integrated AI computing unit with 100Tops performance for neural network processing
• Complete sensor equipment: Realsense D435i depth camera and 3D LIDAR
• Communication interface: Stereo 5W speakers and advanced microphone array
• Advanced wireless connectivity: WiFi 6 and Bluetooth 5.2
• Intelligent battery system with quick release and BMS protection system
• Possibility of expansion with different types of dexterous hands (3-finger or 5-finger with tactile sensing)
• Support for intelligent OTA firmware updates
• Localized air cooling system for optimal joint performance

🔬 Explore every detail

The Alvora G1 EDU is not just a robot, it is a comprehensive development environment in a humanoid body. Its design emphasizes modularity and extensibility, allowing users to adapt it to specific project requirements. With a robust frame, a weight of around 35 kg and sophisticated joint mechanisms that offer up to ±158° of rotation at the hips and 120 Nm of torque at the knees, it can handle a wide range of tasks.

Fully hollow internal joint guides and dual encoders ensure precise and reliable motion control. Whether you're focused on autonomous navigation, object manipulation, or complex human-robot interaction, the Alvora G1 EDU provides the tools and performance you need to realize your visions. Integrated support for high- and low-level secondary development makes this robot an ideal choice for experimenting with the latest AI algorithms.

❓ Are you bothered by the limited capabilities of existing robotic platforms?

Many research and educational institutions are facing the need for a robust yet flexible humanoid robotic platform to enable advanced developments in AI, machine learning, and complex robotics. Often, there is a lack of sufficient on-board computing power, a wide range of sensors, or an open architecture for deep integration of custom algorithms. This can hinder innovation and limit the ambitions of developers and students.

🚀 Take back control of your research!

Alvora G1 EDU was designed to effectively address these challenges. It provides a comprehensive platform that integrates cutting-edge hardware with open software. With its high degree of freedom, integrated AI compute unit, and rich sensor suite, it becomes the ideal tool for pushing the boundaries of robotics and artificial intelligence. Gain the freedom to experiment and develop without compromise.

💡 More than just features, real benefits

• Features: Up to 43 degrees of freedom (DOF): -> Benefit: Unrivaled flexibility and dexterity for simulating human movements and complex manipulation tasks.
• Features: Built-in 100Tops AI computing unit: -> Benefit: Instant data processing and support for advanced machine learning algorithms directly on the robot, minimizing latency and dependence on external computing.
• Function: Comprehensive sensory equipment (depth camera, 3D LIDAR, microphones): -> Benefit: Perfect perception of the surroundings and interaction for autonomous navigation, object recognition and human-robot communication in real time.
• Function: Support for secondary development (high- and low-level): -> Benefit: Open platform for innovation and personalization , allowing full use of the robot's potential for your own research and development projects.
• Features: Modular design with quick-change smart battery: -> Benefit: Easy maintenance and continuous operation , maximizing uptime and flexibility for longer experiments.

🎯 For whom is Alvora G1 EDU the ideal choice?

• Higher education institutions and research labs: For advanced projects in robotics, AI, and machine learning.
• AI and robotics application developers: As robust and flexible hardware for testing and implementing custom algorithms.
• Innovators and tech enthusiasts: Who are looking for a cutting-edge platform to push the boundaries of personal and commercial robotics.

🤔 Do you have any concerns? We'll answer them.

• Concern: Programming complexity for beginners. -> Answer: The manufacturer provides comprehensive development manuals and technical support that make it easy to get started and do advanced development, both at high and low levels.
• Concern: Limited expansion or customization options. -> Answer: Alvora G1 EDU is designed as an open platform with a modular architecture and support for secondary development, ensuring maximum flexibility for customization.
• Concern: Battery life and operating time. -> Answer: The robot is equipped with a 9000mAh intelligent battery that provides up to 4.5 hours of operation and supports quick replacement to minimize downtime.

⚙️ Technical specifications

Parameter	Value
Height (standing)	1270mm
Width (standing)	450mm
Thickness (standing)	200mm
Weight (with battery)	~35 kg
Total number of degrees of freedom (joints)	23 (basic) to 43 (with dexterous hands)
Degrees of freedom of the leg	6 (3 hips + 1 knee + 2 ankles)
Arm degrees of freedom	5 (3 shoulder + 2 elbow) / 7 (with advanced hands)
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°
Joint encoders	Dual
Cooling system	Localized air-cooled
Basic computing power	8-core high-performance CPU
AI computing unit	Built-in 100Tops
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 (smart, quick release)
Smart OTA updates	Supported
Secondary development	Supported (both high- and low-level)
Battery capacity	9000mAh (291.6Wh)
Nominal battery voltage	32.4V
Charger input power	100-240V~50/60Hz 4A 350VA
Charger output power	54V 5A
Remote control operating time	4.5 hours
Remote control range	100 meters and more
Depth camera resolution	1280*720 @ 30fps; 848*480 @ 90 fps
Depth camera FOV	86° * 57°
LIDAR laser wavelength	905mm
LIDAR FOV	360° horizontal, -7°~52° vertical
Package contents	Quantity / Description
Smart battery (quick release)	1 pc
Battery charger	1 pc
Handheld remote control	1 set
Holder for tuning and protection	Including stand, technical support and customized cable
Metal protective stand (for LIDAR)	Including technical support
Customized cable (for Realsense D435i)	1 pc

❓ Frequently Asked Questions (FAQ)

What are the main advantages of the Alvora G1 EDU robot for development and education?

Alvora G1 EDU offers unparalleled flexibility thanks to up to 43 degrees of freedom, a powerful AI computing unit and comprehensive sensory equipment, making it an ideal platform for advanced robotics and AI projects.

Is the Alvora G1 EDU robot programmable?

Yes, the robot supports both high and low-level secondary development and is equipped with a built-in 100Tops AI computing unit for implementing custom machine learning algorithms.

What sensors does the robot use to perceive its surroundings?

The robot is equipped with a depth camera (Realsense D435i) and 3D LIDAR for precise mapping and navigation, complemented by a microphone array for voice interaction.

How long will the robot last on battery power and what are the charging options?

The intelligent 9000mAh battery allows for up to 4.5 hours of operation. A 54V 5A charger is included in the package and the robot also supports quick battery replacement.

Can I expand the Alvora G1 EDU robot with advanced manipulation capabilities?

Yes, the platform allows for expansion with various types of dexterous hands, including 3-finger and 5-finger variants with tactile sensing capabilities, increasing the total number of degrees of freedom up to 43.

What is the maximum load capacity of the robot arm?

One robot arm can carry up to 3 kg, allowing you to manipulate various objects within your projects.

Is technical support available for developers?

The manufacturer provides comprehensive technical support, including detailed development manuals and environmental support to facilitate your projects.

What are the key parameters of robot movement?

The robot has a wide range of motion, for example in the lumbar joint Z-axis ±155° and in the hip P±154°, R-30~+170°, Y±158°, with a maximum knee torque of 120 Nm

What are the wireless connection options?

Alvora G1 EDU is equipped with the latest connectivity standards, namely WiFi 6 and Bluetooth 5.2, for reliable and fast communication.