Wlkata Mirobot Education Kit - 6 Axis Robotic Arm - Ros & Matlab Simulation Teaching
Overview
The Wlkata Mirobot Education Kit is a compact yet powerful 6-axis robot arm designed specifically for educational environments. With 250 millimeters of reach and Bluetooth connectivity, this mini industrial robot brings real robotic engineering concepts into classrooms and learning labs. The kit includes WlkataMirobotTool software, visual block coding interfaces, and a complete Python SDK for multiple learning approaches. Pre-built curriculum with lesson plans makes implementation straightforward for educators at all technical levels. Students gain hands-on experience with forward and inverse kinematics, robot programming, path planning, and industrial automation principles. The Mirobot Education Kit bridges the gap between theoretical robotics education and practical industrial applications.
The 250mm reach of the Mirobot makes it ideal for compact classroom setups and educational demonstrations while maintaining sufficient workspace for meaningful pick-and-place and assembly tasks. Bluetooth connectivity simplifies integration with student laptops and lab equipment, eliminating the need for complex industrial networking infrastructure. The combination of visual block-based coding, industrial-standard Python SDK, and built-in curriculum ensures that educators can scale instruction from complete beginners to advanced robotics learners.
Students using the Mirobot develop practical experience with core robotics concepts including end-effector control, obstacle avoidance, and coordination with external sensors. The platform's relatively gentle learning curve compared to full-scale industrial robots makes it a cost-effective choice for schools introducing robotics across multiple educational levels while maintaining sufficient technical depth for specialized STEM programs.
Specifications
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Degrees of Freedom: 6 axes providing full 3D positioning and orientation capability
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Reach Distance: 250 millimeters workspace radius for tabletop-scale manipulation tasks
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Maximum Payload: 500 grams lifting capacity suitable for lightweight grippers and tools
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Repeatability: Plus or minus 0.5 millimeters ensuring consistent positioning accuracy
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Maximum Speed: Joint velocities up to 180 degrees per second for efficient motion
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Connectivity: Bluetooth wireless connection with optional USB wired interface
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Operating Voltage: 12 volts DC with integrated power management and battery options
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Joint Actuators: Servomotor-driven axes with closed-loop feedback control
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Control Electronics: Microcontroller-based motion control system with real-time processing
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Arm Material: Aluminum alloy frame construction for lightweight durability
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Dimensions: Approximately 300mm length with 250mm reach when fully extended
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Weight: Under 3 kilograms for easy transport between classrooms and labs
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Tool Interface: Standard quick-change coupling compatible with multiple end effectors
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Operating Temperature: 5 to 45 degrees Celsius for indoor classroom environments
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Programming Languages: Python, C, G-code, and visual block-based languages
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Certification: Educational safety certification for K-12 and higher education use
Features
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Comprehensive Curriculum: Complete lesson plans and educational materials aligned with STEM standards
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WlkataMirobotTool Software: Graphical programming interface for creating and executing robot movements
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Visual Block Coding: Drag-and-drop programming environment suitable for beginners without prior experience
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Python SDK Integration: Professional-level API for advanced students transitioning to real programming
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G-code Programming: Industrial-standard CNC programming language for teaching manufacturing concepts
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Bluetooth Connectivity: Wireless operation reducing cable clutter and improving classroom mobility
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Real-Time Motion Monitoring: Visual feedback display showing current arm position and planned trajectories
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Kinematics Learning Tool: Built-in demonstrations of forward and inverse kinematics for educational purposes
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Multi-User Safety Features: Configurable speed limits and collision detection for classroom safety
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End Effector Compatibility: Quick-change system supports grippers, sensors, and tools for diverse experiments
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Data Logging and Analysis: Record and analyze motion data for student research projects and assignments
Compatible Applications
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K-12 STEM Education: Hands-on robotics curriculum for middle and high school science and engineering classes
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Higher Education: Laboratory tool for university robotics, mechanical engineering, and computer science courses
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Robotics Competitions: Platform for educational robotics competitions and skill demonstrations
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Industrial Training: Introduction to industrial robot programming and automation concepts for vocational students
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Pick and Place Operations: Learning material handling tasks common in manufacturing environments
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Path Planning Exercises: Practical study of motion planning algorithms and obstacle avoidance
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Sensor Integration Projects: Adding vision systems and force feedback sensors for advanced applications
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Maker Spaces and Labs: Community education tool in library maker programs and hands-on learning centers
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Research Prototyping: Low-cost platform for university robotics research and thesis projects
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Outreach Programs: Engaging demonstrations at science fairs and technology outreach events
What's Included
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Mirobot Arm Assembly: Complete 6-axis mini robot arm with integrated Bluetooth connectivity
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Base Mounting Station: Secure tabletop mounting bracket with adjustable positioning
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Power Supply Unit: 12-volt regulated power adapter with multiple connector options
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Charging Cable: USB charging cable for internal battery or power management system
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Default End Effector: Standard tool interface plate and gripper adapter for basic operations
Setup and Getting Started
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Unboxing and Inspection: Carefully remove the Mirobot Education Kit from packaging and verify all components are present including arm assembly, base mounting station, power adapter, charging cable, and end effector
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Base Mounting Setup: Secure the base mounting station to a stable tabletop or classroom workstation using provided hardware; ensure the mounting surface is level and clean
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Arm Assembly Mounting: Attach the 6-axis robot arm to the base mounting station using the quick-attach mechanism; verify secure connection before powering the system
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Power Connection: Connect the 12-volt regulated power adapter to the robot base; plug the adapter into an appropriate electrical outlet; verify indicator lights confirm proper power supply
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USB/Bluetooth Setup: Insert the USB charging cable into the robot's power port; alternately enable Bluetooth on your control computer or mobile device for wireless connectivity option
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WlkataMirobotTool Software Installation: Download WlkataMirobotTool software from the Wlkata Download Center website; install on your computer following the provided installation wizard; install any required USB drivers
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Software Connection Configuration: Open WlkataMirobotTool and configure connection settings for either USB or Bluetooth communication based on your chosen connectivity method
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Bluetooth Pairing Process: Enable Bluetooth on your control device; search for available Bluetooth devices and locate the Mirobot Education Kit; enter the default pairing code provided in the documentation
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Homing Calibration: Launch WlkataMirobotTool and execute the automatic homing sequence to calibrate all robot joint positions and establish reference points
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First Program Execution: Start with the included basic tutorial programs provided in the education curriculum; execute a simple point-to-point motion to test arm functionality
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Block Coding Interface Exploration: Launch the visual block coding interface and create a simple dragging program using basic motion blocks; execute the program to verify real-time arm control
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Python SDK Installation: If using Python programming, install the mirobot-py library on your computer following the GitHub repository instructions and documentation
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End Effector Configuration: Attach the default end effector using the quick-change tool interface; verify secure attachment before running programs involving end effector operations
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Classroom Safety Briefing: Review safety guidelines with all students before operating the robot; explain emergency stop procedures and proper arm interaction protocols
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Curriculum Integration: Access the comprehensive lesson plans from the Wlkata Academy; integrate recommended robotics fundamentals curriculum into your learning environment
Documentation
Warranty Information
This product is covered by the WLKATA Product Warranty Policy. WLKATA warrants that products purchased legally or obtained through operational activities are eligible for warranty service provided by Wristline Inc. (WLKATA) or authorized agents.
WLKATA Mirobot Robotic Arm: 1-Year Warranty
Spare Parts: 3-Month, 6-Month, or 1-Year Warranty (varies by part)
Consumables: Not Covered Under Warranty
Scope of Free Warranty:
- Valid proof of purchase confirming the product is within the warranty period, with non-human performance failures or quality problems
- Paid warranty extension customers with non-human-caused failures during the extension period
- After paid warranty, replacement parts receive a 90-day warranty
Not Covered (Paid Warranty applies):
- Product exceeds the warranty period
- Unable to provide valid proof for warranty or invoice
- Altered warranty proof content or mismatch with physical identification
- Failures from lack of proper use and maintenance per the user manual
- Unauthorized disassembly, maintenance, or modification
- Improper use including immersion in liquid, dampness, mold, insect damage, or animal damage
- Damage caused by force majeure
WLKATA bears shipping costs for free warranty claims (both directions). Paid warranty extension is available by negotiation.
