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The DIY Light Controlled Phonograph Kit is a hands-on STEM project that combines woodworking assembly with basic electronics and programming. Built on a bass...

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The DIY Light Controlled Phonograph Kit is a hands-on STEM project that combines woodworking assembly with basic electronics and programming. Built on a basswood structural base, this phonograph uses a photoresistor to detect light levels and an 8002B power amplifier to drive audio playback, letting you program light-controlled music experiences.

Compatible with both micro:bit and ESP32 Easy Coding Boards, the kit can be programmed using MakeCode or KidsBlock. Assemble the laser-cut basswood pieces, connect the electronics, and write code to play melodies triggered by light — a great introduction to sensors, amplifiers, and creative coding.

Key Features

  • Light-Controlled Music – Photoresistor detects ambient light to trigger audio playback
  • 8002B Power Amplifier – Drives speaker output for melody playback
  • Dual Board Compatible – Works with micro:bit and ESP32 Easy Coding Boards
  • Multiple Programming Options – Program via MakeCode or KidsBlock
  • Basswood Construction – Laser-cut structural base for easy assembly

Ideal For

  • STEM education and classroom projects
  • Learning about sensors and audio amplification
  • Introduction to block-based programming
  • Creative coding with physical outputs
Note: Micro:bit board is not included. A micro:bit or ESP32 Easy Coding Board is required to use this kit.

Jargon buster

Plain-language definitions for the technical terms used above.

ESP32
ESP32 is a family of microcontroller modules with built-in wireless features such as Bluetooth and WiFi. Knowing this product uses an ESP32-based module helps explain how it provides wireless serial communication and firmware update features.
photoresistor
A light-sensitive resistor whose resistance changes depending on how much light hits it. It matters for projects such as night-lights and light alarms because it gives a simple way for a microcontroller to sense brightness.
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