ESP32-C3 Super Mini Development Board with Wi-Fi & BLE – Unsoldered
The ESP32-C3 Super Mini Development Board (widely known in the maker community as the ESP32-C3 Super Mini) is a compact, versatile board powered by a 160MHz RISC-V microcontroller. With built-in 2.4GHz Wi-Fi and BLE 5.0, it provides wireless connectivity... Its low-power and deep sleep capabilities make it ideal for battery-powered IoT applications.
This unsoldered ESP32-C3 Super Mini development board comes without pre-attached header pins, giving developers greater flexibility when integrating it into custom PCBs, breadboards, compact enclosures, or other hardware projects. You can solder the headers, wires, or connectors required for your specific application.
Despite its compact size, the board provides GPIO interfaces for connecting sensors, displays, LEDs, relays, and other electronic components. Its low-power capabilities also make it suitable for battery-powered and energy-efficient IoT applications.
The board supports popular development environments such as Arduino IDE and ESP-IDF, making it suitable for students, electronics enthusiasts, makers, IoT developers, and embedded engineers. If you require a larger ESP32 development board with more accessible pins, you can also explore the ESP32 NodeMCU Development Board.
Comparing options? See how the C3 stacks up against the S3 in our XIAO ESP32-S3 vs XIAO ESP32-C3 Comparison, or browse our full ESP Modules Collection to find the right processing power for your needs.
ESP32-C3 Super Mini Pinout Diagram:
Features
ESP32-C3 RISC-V Processor
The ESP32-C3 is based on a 32-bit RISC-V processor architecture, providing an efficient platform for IoT, embedded systems, automation, and wireless electronics applications.
Built-in Wi-Fi & Bluetooth Low Energy
Integrated 2.4GHz Wi-Fi and Bluetooth Low Energy (BLE) allow the board to communicate with wireless networks, smartphones, sensors, and other connected devices without requiring separate wireless modules.
Unsoldered Header Pins
The board comes with unsoldered headers, allowing you to install the type of connector or header required for your project. This is particularly useful for custom PCB integration and compact electronics designs.
Compact Form Factor
Its mini form factor makes the ESP32-C3 suitable for projects where PCB space is limited, including portable electronics, smart sensors, wearables, and embedded products.
Arduino IDE & ESP-IDF Support
Develop applications using Arduino IDE or Espressif IoT Development Framework (ESP-IDF). This makes the board accessible to both beginners and experienced embedded developers.
GPIO Connectivity
Connect compatible sensors, displays, LEDs, relays, and other peripherals to develop customized IoT and electronics applications.
Low-Power Operation
The ESP32-C3 platform supports power-efficient operation, making it suitable for battery-powered IoT devices, wireless sensors, and applications where energy consumption is an important consideration.
Who Should Buy This Product?
IoT Developers
Build connected devices, wireless sensors, smart monitoring systems, and automation solutions using Wi-Fi and BLE connectivity.
Students & Beginners
Learn ESP32 programming, IoT development, wireless communication, and embedded electronics through practical projects.
Makers & DIY Hobbyists
Create custom gadgets, smart devices, home automation systems, and wireless electronics projects.
Embedded Engineers
Use the compact board for rapid prototyping, custom hardware development, and embedded system experimentation.
Robotics Developers
Develop wireless robotic systems, remote-control interfaces, sensor-based robots, and automation projects.
Educators & Training Institutes
Use the board for teaching IoT, embedded programming, wireless communication, and microcontroller development.
Arduino IDE Board Settings
Programming the ESP32-C3 Super Mini is straightforward. After installing the ESP32 board manager in your Arduino IDE:
- Go to Tools > Board > ESP32 Arduino.
- Select "ESP32C3 Dev Module".
- Set USB CDC On Boot to "Enabled" (this allows serial communication via the native USB-C port).
- Select the correct COM port and upload your sketch.
Why Choose This Product?
- Compact development board for space-constrained projects.
- Built-in 2.4GHz Wi-Fi and Bluetooth Low Energy.
- Based on an efficient RISC-V processor architecture.
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Unsoldered headers provide flexibility for custom hardware integration.
- Suitable for low-power and battery-operated applications.
- Multiple GPIO interfaces for connecting external peripherals.
- Ideal for IoT, robotics, automation, and embedded projects.
- Suitable for both prototyping and electronics learning.
- Compatible with a wide range of Electronic Components and Sensors for custom embedded projects.
ESP32-C3 vs ESP32 vs XIAO ESP32C3
- ESP32-C3 Super Mini: Best for ultra-compact, low-power, battery-operated IoT projects. Uses a single-core 160MHz RISC-V processor and BLE 5.0.
- Standard ESP32: Better for heavy-duty projects requiring dual-core processing, more GPIO pins, and Bluetooth Classic support.
- XIAO ESP32C3: A great alternative if you want a similar compact size but with pre-soldered headers and a slightly more robust pin layout for breadboarding.
ESP32-C3 Mini Development Board Price in India
The ESP32-C3 Mini Development Board price in India is ₹249 at Robocraze. The final price may vary depending on ongoing offers, stock availability, and promotional discounts.
Robocraze provides ESP32 development boards and electronic components for IoT, robotics, embedded systems, STEM education, automation, and DIY electronics projects, along with secure packaging, technical assistance, and customer support.
You can also explore the ESP32 Development Boards collection for other ESP32-based boards and wireless development platforms.
Why Buy from Robocraze?
- Quality-Tested ESP32 Development Board
- Verified Sourcing
- Secure Packaging
- Fast Shipping Across India
- GST Invoice Available
- Dedicated Technical Support
- Reliable After-Sales Assistance
Ideal For
The ESP32-C3 Mini Development Board is suitable for:
- IoT Development
- Smart Home Automation
- Wireless Sensor Networks
- Home Automation
- Robotics Projects
- Embedded Systems
- Wireless Data Logging
- Industrial Monitoring
- Smart Electronics
- Wearable Electronics
- STEM & Engineering Projects
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