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SKU:
WL-AC-AD-2560
Type:
Robotic Arm Add-On
Arduino Mega 2560
C++
I2C
UART
RS-485
SPI
Powered by XFactory Brain (a Mega 2560-Based Controller)
7 Communication Protocols (I2C, SPI, UART, RS-485, Wi-Fi, BT)
Includes Educational Textbook & Project Cards
The WLKATA AI-HUB is the central control hub for connecting multiple WLKATA robotic arms, sensors, AI Vision modules, and Arduino-compatible devices into one expandable robotics system.
Built around a Mega 2560-based development board (XFactory Brain), AI-HUB allows users to control and integrate different hardware modules through WLKATA BlockFactory software drag-and-drop programming or Arduino IDE coding. AI-HUB brings robots, sensors, and third-party Arduino products together in one flexible platform.
Available in stock
€342,95
Quantity
Add to Cart
5X12 Tech Support
Lab-Ready Setup
Educational Warranty
Shipping List
1× XFactory Brain (Expansion Board based on Arduino MEGA 2560)
1× Push Button — Green
1× Push Button — Red
1× Green LED Light Module
1× Red LED Light Module
1× Joystick Module
1× WiFi Module
1× 6-Axis Gyroscope Sensor
1× Relay Module
1× Rotation Potentiometer
1× Color Sensor Module
1× Bluetooth Module
8× pH2.0 to 3-Pin Cable, 0.5 m
1× IIC Cable pH to XH, 0.5 m
1× RS485 Cable, 1 m
1× USB to RS485 Module
1× DC 2-Way Splitter Cable
1× pH2.0 to 5-Pin Cable, 0.5 m
2× RS485 Cable, 0.5 m
1× Serial Cable XH, 0.5 m
1× TF Card
1× USB Type-B Cable
1× IR Remote Control
6× Project Cards
1× Digital textbook / experiment guide
(redeem with the code printed on the card inside of the product)
WHY CHOOSE AI-HUB
AI-HUB combines hardware, software, learning resources, project cards, and an educational textbook into one powerful robotics education solution.
Designed for teachers with structured curriculum and minimal prep time
Start simple, scale to automation, multi-robot systems and AI concepts
Write C++ and Arduino code that controls actual hardware — no simulations
I2C, SPI, UART, RS-485, Wi-Fi, Bluetooth, and I/O Expansion
Compatibility
Graphic Control
for an Extensive Range of Products
Supported Products for Graphical Programming (WLKATA BlockFactory)
Yes
Supported Products for Arduino IDE Programming
LEARNING OUTCOMES
From first lines of code to full automation systems — AI-HUB covers the complete STEM engineering skillset.
Arduino Programming
C++ Coding for Robotics
Embedded Systems
Robotics Control Systems
Sensor Integration
Electronics & Circuits
Wireless Communication
AI & Automation Concepts
Multi-Robot Communication
Engineering Design Thinking
System Testing & Debugging
STEM Project Development
POWERED BY
One of the most trusted platforms for robotics, electronics, and engineering education worldwide.
Easy Graphic Programming
Allows block-based programming of WLKATA robots and Arduino-compatible products
Broad Module Compatibility
Works with hundreds of sensors, shields, and expansion modules
Easy-to-Learn Programming
Arduino IDE environment, perfect for first-time coders and classroom instruction
Embedded Programming
Real embedded system experience applicable to industry
Scalable Difficulty
From beginner blink-an-LED to advanced multi-robot automation
Classroom-Proven
Used in schools, labs, and maker programs globally
AI-HUB TECHNOLOGY OVERVIEW
CONTROLler
The WLKATA AI-HUB AI Development Kit uses the XFactory Brain as a central controller to connect sensors, robotic arms, AI Vision modules, motors, and Arduino-compatible devices into one expandable robotics system.
DUAL PROGRAMMING ENVIRONMENTS
Beginners start with WLKATA BlockFactory — a visual, drag-and-drop programming environment — and progress to Arduino IDE for full C++ development.
This dual-path approach makes AI-HUB accessible to all skill levels, from first-time coders to experienced engineers building complex robotics systems.
SMART SENSING
AI-HUB helps students explore sensors, signals, and communication protocols including I2C, SPI, UART, RS-485, Wi-Fi, Bluetooth, and I/O expansion.
Students learn how robots collect data, read sensor signals, and exchange information with smart devices in robotics and STEM projects.
ROBOT CONTROL
Students can use AI-HUB to control WLKATA robotic arms, motors, actuators, sensors, and Arduino-compatible hardware for hands-on robotics workcell projects.
Students learn how code controls real robot motion, device actions, pick-and-place tasks, and automated hardware operations.
MINI FACTORY
AI-HUB supports classroom projects with robotic arms, mini AGVs, traffic lights, sensors, motors, and automation modules to simulate real smart factory control.
Students learn production flow, automation logic, device coordination, and Industry 4.0 concepts through mini factory operation.
MULTI-ROBOT SYSTEM
AI-HUB allows students to expand from one robot to two, three, four, or more robots working together in a connected automation system.
Students learn multi-robot communication, synchronized control, task coordination, and advanced robotics system integration.
MULTI-PROTOCOL SUPPORT
Understand how real robots and smart devices exchange data — from I2C sensors to Wi-Fi networks and Bluetooth controllers.
Short-distance sensor and module communication
High-speed peripheral data transfer
Serial device communication and debugging
Industrial long-distance multi-device control
Wireless network connectivity and IoT integration
Short-range wireless device pairing and control
Extend inputs and outputs for complex projects
Learn how robots and automation systems communicate — just like professional engineers do.
DESIGNED FOR
Whether you teach in a classroom or learn at home, AI-HUB meets you where you are.
Deliver engaging STEM lessons with minimal prep. The included textbook and project cards create a ready-to-teach curriculum for robotics, Arduino, and AI concepts.
STEM Classrooms • Robotics Courses • Engineering Programs
No prior experience needed. Start with basic experiments and grow into advanced robotics, programming, and automation at your own pace.
Self-Learners • Coding Workshops • University Students
Explore sensors, communication modules, and Arduino creativity without limits. Build smart devices, automate your projects, and push the boundaries of DIY robotics.
Makerspaces • Robotics Clubs • Tech Enthusiasts
Also ideal for: Engineering Schools • Robotics Labs • Coding Bootcamps • University Laboratories • Technology Workshops
LEARNING RESOURCES
Complementary resources that guide students from first experiments to advanced projects.
INCLUDED FREE WITH PRODUCT
Difficulty: ★★ Beginner to Intermediate
Redeem this textbook with the code card inside your package at academy.wlkata.com.
Designed for students aged 15–22 with little to no Arduino experience, this textbook guides learners from core robotics concepts to hands-on AI-powered projects — building creativity, problem-solving skills, and a solid foundation for future innovation.
👉 Read Free Sample Chapters
Visit WLKATA Academy, register with an email, and explore free sample chapters.
FOUNDATIONS
Introduction to AI-HUB Components
MEGA 2560 Fundamentals
Standard Reference (CSTA)
SENSORS & TUTORIALS
Robotic Arm Control (Homing & Status)
Angle Mode & Coordinate Mode Movement
End Tools, File Saving & G-code Instructions
Dual Robotic Arms with RS485 Communication
COMPLETE DEMO PROGRAMS
Color Recognition
Manual, Voice & Gesture Control
Mini AGV Control
Robotic Arm + Mini AGV Integrated Control
Visual Recognition of AprilTag Labels
ADDITIONAL RESOURCES
Arduino & WLKATA BlockFactory source code
G-code instruction set, Arduino library & firmware package
Software installation package
For Educators
The WLKATA AI-HUB gives middle school and high school educators a classroom-ready way to teach Arduino programming, robotics control, sensors, C++ coding, automation, and AI-related STEM concepts through hands-on projects. Unlike screen-only coding tools, AI-HUB helps students see exactly how code connects to real hardware.
STEM and engineering courses
Middle school and high school robotics programs
Computer science and physical computing lessons
CTE technology and automation pathways
Makerspaces, innovation labs, and robotics clubs
Connects coding with real-world engineering
Supports project-based and hands-on STEM learning
Introduces Arduino, sensors, communication, and automation
Encourages problem-solving, debugging, and design thinking
Includes project cards and textbook resources for lesson planning
For educators searching for a Grade 7–12 robotics education kit, Arduino STEM learning platform, or hands-on robotics curriculum tool — the WLKATA AI-HUB provides a practical bridge between coding, electronics, automation, and real engineering applications.
Everything You Need To Start
Start learning AI-HUB AI Development Kit setup, robotic arm control, sensors control and more.
AI Development Kit Overview
Product Module Overview
Textbook sample chapters
Go To Online Manual →
Download the software tools for AI-HUB programming, WLKATA robotic arm control, Arduino-compatible projects, and classroom robotics experiments.
Software for AI-HUB Development Kit and Arduino Mega 2560 products: WLKATA BlockFactory
Software for robotic arm programming: WLKATA Studio
Download Software →
Access open-source WLKATA robotics libraries, SDKs, Arduino examples, ROS resources, simulation files, and development code.
Go to WLKATA GitHub
Python SDK library
Arduino library
Micro:bit library
Mind+ library
ROS, CoppeliaSim / V-REP, MATLAB, and more
Open GitHub →
Find technical guides for Arduino, Micro:bit, Python SDK, ROS2, RoboDK, and advanced robotic arm development.
Arduino: WLKATA Arduino Library User Manual
Micro:bit: WLKATA Micro:bit Library User Manual
Python SDK: WLKATA Python SDK and examples
ROS2: MT4 ROS2 control package
RoboDK: MT4 Library
Find More →
Everything you need to know about the WLKATA AI-HUB.
The WLKATA AI-HUB is an AI development and robotics education suite for learning graphic programming (via WLKATA BlockFactory), Arduino programming, C++ coding, sensors, communication protocols, embedded systems, automation, and STEM engineering through hands-on projects.
The WLKATA AI-HUB uses an Arduino Mega 2560 compatible controller (XFactory Brain), making it suitable for robotics education, embedded programming, electronics experiments, and automation projects.
Yes. AI-HUB is beginner-friendly and includes step-by-step project cards and an educational textbook to guide students through robotics, Arduino, and STEM experiments.
Students can learn graphic programming, C++ coding, robotics control, sensor integration, embedded systems, wireless communication, automation concepts, problem-solving, and engineering design.
Yes. AI-HUB supports all Arduino 2560-compatible sensors and electronic modules, allowing students to build projects such as smart robotics systems, environmental monitoring, motion detection, and wireless control applications.
AI-HUB supports I2C, SPI, UART, RS-485, Wi-Fi, Bluetooth, and I/O expansion, helping students understand how robots and smart devices exchange data.
WLKATA AI-HUB is designed for STEM classrooms, robotics labs, universities, engineering programs, coding workshops, makerspaces, robotics clubs, hobbyists, and self-learning students.
Yes. AI-HUB is designed for classroom teaching. The included textbook and project cards help teachers organize lessons, demonstrations, experiments, and project-based STEM activities.
No advanced programming experience is required. Students can begin with basic graphic programming in WLKATA BlockFactory, and C++ programming in Arduino IDE, and gradually move into more advanced coding, robotics control, and automation projects.
Full product details for the WLKATA AI-HUB AI Development Suite.
Brand
WLKATA
Product Name
AI Development Suite – AI-HUB
Controller
Arduino Mega 2560 Compatible
Communication Protocols
I2C, SPI, UART, RS-485, Wi-Fi, Bluetooth, I/O Expansion
Software
WLKATA BlockFactory, Arduino IDE
Arduino 2560 Sensors & Modules, WLKATA Robotic Arms and Accessories
Learning Materials
Educational Textbook + Project Cards
Product Size
25 × 19 × 10 cm / 9.8 × 7.5 × 4.0 in
Product Weight
750 g / 1.6 lb
Package Size
30 × 25 × 15 cm / 11.8 × 9.8 × 6.0 in
Rotary Potentiometer Module
Voltage: 5V · Port: PH2.0 · Dimensions: 40 × 22.5 mm
I2C Expansion Board
Voltage: 3V–5V · Port: PH2.0-4PIN I2C · Dimensions: 40 × 22.5 mm
Color Recognition Module
Model: TCS34725 · Voltage: 5V · Port: PH2.0 · RGB color detection
3-Axis Joystick Module
Model: PH2.0 Joystick (4-wire) · Dimensions: 42 × 26 × 30 mm · Weight: 9 g
LED Module (Green)
Model: PH2.0 Green LED · Dimensions: 40 × 22.5 mm
LED Module (Red)
Model: PH2.0 Red LED · Dimensions: 40 × 22.5 mm
Button Module (Red)
Model: PH2.0 Button Module – Red · Dimensions: 40 × 22.5 mm
Button Module (Green)
Model: PH2.0 Button Module – Green · Dimensions: 40 × 22.5 mm
Infrared Obstacle Avoidance Sensor
Model: PH2.0 Infrared Obstacle Avoidance Module · Dimensions: 40 × 22.5 mm
