Humanoid Robotics Kit

12,533.00

Humanoid Robotics Kit

  • Microcontroller: 1
  • Rechargeable Battery: 1
  • Power Booster and Charger: 1
  • Expression Board: 1
  • Screwdriver: 1
  • Connector Cables: (quantity not specified)
  • Programming and Charging USB Cable: (quantity not specified)
  • Ultrasonic Sensor: 1
  • Servo Motors with Set of Screws: 6
  • Piezo Electric Buzzer: 1
  • Printed Instruction Manual: 1

 

SKU: OL-P-140 Category:

Description

Humanoid Robotics Kit

The Humanoid Robotics Kit is a comprehensive set designed for building and programming advanced robotic systems. It includes a range of essential components such as servo motors with screws for precise movement control, a microcontroller for executing programmed instructions, and an expression board for simulating facial expressions. The kit also features an ultrasonic sensor for obstacle detection, a piezoelectric buzzer for sound alerts, and a power booster and charger to ensure consistent energy supply. A rechargeable battery powers the system, while a printed instruction manual guides users through the assembly process. Additional tools include a screwdriver, programming and charging USB cable, and connector cables for seamless integration of all components.

 

Using the Humanoid Robotics Kit, students can learn a variety of skills, including:

  1. Mechanical Assembly: Building and assembling robot components with precision, including servo motors and connectors.
  2. Programming: Writing and debugging code to control the robot’s movements and functions through the microcontroller.
  3. Sensor Integration: Utilizing ultrasonic sensors for obstacle detection and piezoelectric buzzers for sound alerts.
  4. Power Management: Understanding how to use power boosters and rechargeable batteries for efficient energy use.
  5. Circuitry: Connecting components and ensuring proper functioning of electronic systems.
  6. Problem-Solving: Applying critical thinking to troubleshoot issues and optimize robot performance.
  7. Instruction Following: Learning to interpret and execute printed manuals for assembly and programming tasks.