FM Stereo Radio Transmitter DIY Microphone DC 3V Soldering Practice Qme Onesize

FM Stereo Radio Transmitter DIY Kit – Soldering Practice

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$5.83
Sale price  $5.83 Regular price  $6.39
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FM Stereo Radio Transmitter DIY Microphone DC 3V Soldering Practice Qme Onesize

FM Stereo Radio Transmitter DIY Kit – Soldering Practice

$5.83
Sale price  $5.83 Regular price  $6.39
ColorOnesize

FM Stereo Radio Transmitter DIY Kit with Microphone – Soldering Practice Set

Take your electronics skills to the next level with this FM Stereo Radio Transmitter DIY Kit. Designed as a hands-on soldering practice project, this kit is perfect for beginners, students, electronics hobbyists, and makers who want a rewarding build with a real-world result. Once assembled, the transmitter broadcasts a stereo FM signal you can pick up on any standard FM radio receiver.

Why You'll Love This Kit

  • Learn by Doing: A genuine soldering practice project that teaches circuit assembly, component identification, and PCB soldering techniques in a single engaging build.
  • Built-in Microphone: Transmit live audio wirelessly over FM frequencies — great for fun experiments and understanding how radio transmission works.
  • FM Broadcast Band: Transmits across the standard 88–108 MHz FM frequency range, compatible with virtually any FM radio or receiver.
  • Impressive Range: Achieves a wireless transmission distance of 5–50 metres, depending on environment and antenna setup.
  • Low Voltage, Safe Operation: Runs on just DC 3V (e.g. two AA batteries), making it safe and accessible for learners of all ages.
  • Quality Components: Includes aluminium-construction elements for durability and reliable signal performance.
  • Cord-Free Setup: No mains power required — build it and broadcast anywhere.

Specifications

  • Operating Voltage: DC 3V
  • Transmission Frequency: 88–108 MHz (FM band)
  • Transmission Distance: 5–50 metres
  • Input: Built-in microphone for live audio capture
  • Material: Aluminium components
  • Type: DIY soldering practice kit (requires assembly)

Who Is This For?

This kit is ideal for electronics students, STEM learners, hobbyist makers, and anyone curious about radio technology. It makes a fantastic gift for budding engineers or a fun weekend project for the whole family. Pair it with a basic soldering iron and solder to get started right away.

Learn More About FM Radio Technology

Curious about how FM radio transmission works? The Federal Communications Commission (FCC) and the National Institute of Standards and Technology (NIST) offer excellent resources on radio frequency standards and electromagnetic spectrum management.

Frequently Asked Questions

Q: What does the FM Stereo Radio Transmitter DIY Kit do once assembled?

A: Once assembled through soldering, the FM Stereo Radio Transmitter DIY Kit captures audio through its built-in microphone and broadcasts it as a stereo FM signal across the 88–108 MHz band. Any standard FM radio placed within 5–50 metres can receive the transmission, letting you hear your voice or audio wirelessly on the radio.

Q: Is this FM transmitter kit suitable for beginners with no soldering experience?

A: Yes — this kit is specifically designed as a soldering practice project, making it a great entry point for beginners. The circuit is straightforward, and completing the build teaches essential skills like reading schematics, identifying components, and soldering on a PCB. A basic soldering iron, solder, and wire cutters are recommended tools to have on hand.

Q: What power source does the FM Stereo Radio Transmitter DIY Kit use?

A: The kit operates on DC 3V, which is typically supplied by two standard AA or AAA batteries (depending on your battery holder setup). This low-voltage operation makes it safe, portable, and easy to use anywhere without needing a mains power connection.

Q: Can I use this kit to legally transmit audio over FM radio?

A: This kit is intended for educational, hobbyist, and experimental use at very low power levels and short range (5–50 metres). Regulations on low-power FM transmission vary by country. Always check your local radio frequency regulations before use to ensure compliance with applicable rules in your region.

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