DFPlayer Mini MP3 Player Module – Micro SD Card Audio Module with Built-in Amplifier for DIY Electronics, Robotics, and Voice-Activated Projects

Price: ₹499 - ₹299.00
(as of Jul 02, 2026 12:57:05 UTC – Details)

Bring your audio projects to life with the DFPlayer Mini MP3 Module, a compact, versatile, and powerful audio solution. Designed to effortlessly integrate audio playback into electronics projects, robotics, toys, automated announcements, and interactive voice systems, this module plays MP3 files directly from a Micro SD card. Featuring a built-in amplifier, it allows you to directly drive small speakers without external components, simplifying your project build. Easy to control via serial commands, GPIO buttons, or ADKEY, it’s perfect for electronics hobbyists, DIY enthusiasts, educators, and professionals. Experience high-quality audio playback and seamless integration in your creative and interactive projects with this affordable, efficient, and easy-to-use audio module.

Key Applications:

DIY MP3 players and audio playback systems
Robotics with voice capabilities
Voice-activated devices and interactive toys
Automatic announcement systems
Educational electronics projects
Alarm and alert systems

Ideal Audience:

Electronics and robotics hobbyists
DIY enthusiasts and makers
Students and educators in electronics, engineering, or robotics
Professionals integrating audio into automated systems
🎶 Easy Audio Playback: Plays MP3 audio files directly from Micro SD cards
🔊 Integrated Amplifier: Directly powers small speakers without additional amplifiers
🔌 Multiple Control Interfaces: UART (serial communication), GPIO buttons, or ADKEY for flexibility
📏 Compact Size: Ideal for embedding in space-limited projects and portable devices
⚡ Energy Efficient: Low voltage operation (3.2V-5V), ideal for battery-powered projects
🛠️ Easy Integration: Simple connections and clear instructions suitable for beginners and professionals alike
📦 Versatile Applications: Great for robotics, automated announcements, toys, and interactive projects