The Optimus Nano Servo Shield is a compact and efficient expansion board designed specifically for the Arduino Nano platform. Built for robotics and automation projects, this shield transforms your Nano into a powerful 12-channel servo controller while maintaining clean and organized wiring.

The board plugs directly into the Arduino Nano V3 (and compatible boards), providing 12 independent servo outputs, each with dedicated Signal, 5V, and GND pins for easy plug-and-play connectivity.

In addition to servo control, the shield includes a dedicated Bluetooth header compatible with popular modules such as HC-05 and HC-06. A built-in logic level shifting circuit safely converts the Nano’s 5V serial signals to 3.3V, protecting connected Bluetooth modules from overvoltage damage.

For expanded functionality, the board also provides an analog breakout header (A0–A6), allowing quick connection of sensors, potentiometers, and other analog devices—making it ideal for robotics prototyping and educational projects.

Features

• Direct plug-in compatibility with Arduino Nano V3 and compatible boards
• Supports up to 12 standard RC servo motors
• 12 independent 3-pin servo headers (Signal / 5V / GND)
• Standard servo connector layout for easy installation
• Dedicated Bluetooth module header (TX / RX / VCC / GND)
• Built-in 5V to 3.3V logic level shifter for safe communication
• Analog breakout header providing access to A0–A6 pins
• Compact and organized PCB layout
• Simplifies complex servo wiring
• Ideal for robotics and automation projects

Specifications

• Compatibility: Arduino Nano V3 & compatible boards
• Servo Channels: 12
• Servo Connector Type: Standard 3-pin (Signal / 5V / GND)
• Bluetooth Support: HC-05 / HC-06 compatible
• Logic Level Conversion: Integrated 5V to 3.3V
• Analog Breakout: A0 – A6
• Application Type: Robotics & Multi-Servo Control Platform

Typical Applications

• Robotic arms and grippers
• Mobile robots and RC vehicles
• Humanoid and multi-servo robotic systems
• Animatronics and motion control projects
• Bluetooth-controlled robots
• Sensor-based automation systems
• Educational Arduino robotics platforms

If you have any issue, please contact the manufacturer directly at [email protected].