Linear Servo Robot Arm Robotics Education Kit

Linear Servo Robot Arm Robotics Education Kit is a hands-on learning system for robotics and automation enthusiasts. It features a compact linear servo design to mimic human arm motion and is widely used in STEM education, Arduino projects, and robotics training. The system enables students to explore servo control, mechanics, and basic AI movement logic.

Key Features:

• Linear Servo Mechanism: Allows precise and stable back-and-forth motion.
• Educational Focus: Designed to teach mechanical movement and electronics.
• Arduino Compatible: Can be controlled via Arduino Uno, Nano, ESP8266, etc.
• Plug-and-Play Wiring: Includes servo connectors, jumper wires, and motor mounts.
• Customizable Kit: Can be expanded with sensors or IoT modules for advanced applications.

Technical Specifications:

• Servo Type: Linear Servo (typically 5V PWM controlled)
• Operating Voltage: 5V DC
• Control Interface: PWM input from microcontroller
• Stroke Length: Typically 20–30mm travel range
• Load Capacity: Varies by servo model (approx. 500g–1000g)

Mechanical Specifications:

• Material: Laser-cut acrylic, aluminum alloy, or PLA
• Base Dimensions: Approx. 100mm x 100mm
• Joint Structure: Servo-driven joints with ball connectors
• Linkage Type: Slider-crank or belt-pulley depending on model

Mounting and Control:

• Microcontroller Support: Compatible with Arduino, ESP32, Raspberry Pi
• Assembly: Requires screwdrivers and basic tools
• Programming: Simple Arduino code with Servo library

Schematic Diagram, Connection, Wiring and Pinout:

• Servo Wiring: VCC (5V), GND, and PWM signal wire
• Power Source: USB power or external 5V supply
• Wiring Method: Dupont jumper cables with female-to-female ends

Datasheet and Documentation:

• Linear Servo Datasheet PDF
• Assembly Manual (Step-by-step)
• Sample Arduino Code for Movement

Applications:

• STEM Classroom Kits: Ideal for schools and technical training institutes.
• DIY Robotics Projects: Suitable for prototype automation and research.
• Pick and Place Systems: Miniaturized demo of industrial robot arms.
• AI and Machine Learning: Integrate with vision systems for smart motion.

Equivalent / Related Projects:

• Mini Gripper Arm Kit: Adds a gripper to the linear servo base
• XY Plotter with Servo: Drawing robot using two-axis control
• IoT Controlled Arm: Wi-Fi-based servo control via ESP8266/ESP32

Package Includes:

• 1 x Linear Servo Arm Base Structure
• 1 x Wiring Set with Connectors
• 1 x Screw Set and Mounting Tools