Motor Control Board (Wi-Fi & Bluetooth)

Wi-Fi & Bluetooth Motor Control Board: The Wireless Engine for Your Next Build

Stop wrestling with bulky external H-bridges. Whether you are building an autonomous Wi-Fi rover, automating your living room blinds, or designing a custom pet feeder, getting a microcontroller to safely drive a motor usually means a rat's nest of jumper wires and a high risk of frying your board.

The Motor Control Board eliminates the clutter. By pairing the wireless capabilities of an ESP32 with a premium, integrated motor driver, this board allows you to spin up, reverse, and precisely speed-control mechanical loads directly over your network—all on a single, breadboard-friendly footprint.

⚙️ Premium, Integrated Motor Driving

At the heart of the board is the DRV8210, a modern, highly efficient motor driver that leaves outdated L298N modules in the dust.

• Versatile Control Modes: Fully supports PWM (IN1/IN2), Phase/Enable (PH/EN), and independent or parallel half-bridge configurations. Gives you absolute precision over motor speed and direction.
• 1.76 A Peak Output Current: Delivers plenty of punch for standard DC motors, continuous rotation servos, and small robotics mechanisms, complete with a built-in charge pump regulator for 100% duty cycle operation.
• Bulletproof Hardware Protection: Built-in safeguards protect your project from disasters. It features Undervoltage Lockout (UVLO), Overcurrent Protection (OCP), and Thermal Shutdown (TSD) so a stalled motor won't destroy your logic board.

🌐 The Brain: Dual-Core ESP32 for Connected Motion

Your mechanisms are instantly ready for the Internet of Things, powered by the Espressif ESP32-WROOM-32E.

• Wireless Command: Native Wi-Fi (802.11 b/g/n) and Bluetooth (Classic + BLE) allow you to control your motors via smartphone apps, Home Assistant dashboards, or custom web interfaces.
• Plenty of Headroom: Two 32-bit LX6 Xtensa MCUs and 4 MB of flash memory give you massive processing power for PID loops, encoder reading, and real-time edge computing.
• Bonus Sensors: Includes an integrated 3-axis gyroscope, 3-axis accelerometer, and temperature sensor. Perfect for self-balancing robots or detecting if your automated blinds are physically jammed!

💻 Frictionless Software & Prototyping

Skip the datasheet headaches and get straight to spinning motors.

• Arduino IDE Ready: Fully supported within the Arduino ecosystem for quick C++ development.
• MicroPython Compatible: Prefer Python? Flash it and use the Thonny IDE for rapid scripting.
• Tested Example Code: Don't start from scratch. Access our dedicated GitHub repository for copy-paste-ready code snippets, wiring diagrams, and project inspiration.
• Breadboard Ready: Standard 0.1” header spacing ensures it drops perfectly into your prototyping environment.

🔧 Included

• Board with mounting holes (mounting holes can be broken off if desired - see image)
• Standoffs & Screws (see image)
• Headers (see image)

Connect a motor. Connect to Wi-Fi. Let it rip.