ARDUINO NANO ECOSYSTEM

OneChip Nano Shield

The single-board expansion shield that turns an Arduino Nano into a ready-to-go robotics controller.

OneChip Nano Shield is an all-in-one expansion board developed by Nova Dynamix for the Arduino Nano. By bringing dual motor drivers, sensor headers, onboard user interface controls, and dedicated wireless headers onto a single compact PCB (64mm x 51mm), it enables students, educators, and hobbyists to move from unboxing to a fully autonomous moving robot without touching a breadboard.

Bare OneChip Nano Shield
Bare OneChip Nano Shield|
Retail Unit Price
₹649onwards (shipping included)

What Ships in the Box

  • Bare OneChip Nano Sheild
  • OneChip Library (.ZIP)
  • User Manual (PDF)
Motor Driver
TB6612FNG
Dual 1.2A/ch H-Bridge
Power Regulator
MP1584
6-12V DC → 5V 3A Buck
Free Pins
12 Ports
8 Analog | 2 Digital | 2 UART
Form Factor
3 x M3 Mounting Holes
64 × 51 mm
Hardware Architecture

Layout Overview

Every component on The OneChip Nano Shield is pre-routed with dedicated copper traces. No loose jumper cables or floating ground wires.

Hardware Callout Diagram

REV 1.0 PCB
Labeled OneChip Nano Shield Pinout
Documentation & Software

Downloads & Developer Hub

Grab official library archives, complete hardware schematics, and user manuals.

OneChip Arduino Library (.ZIP)

Best way to control One Chip Nano Shield. Official Arduino library containing motion functions, ultrasonic distance classes, IR remote handler, and closed-loop PID.

Hardware Technical Manual (PDF)

Complete 10-page digital manual featuring board dimensions, power wiring diagrams, and troubleshooting steps.

GitHub Open Repository

Explore source code, submit pull requests, inspect example sketches (`LED_Blink`, `Motor_Demo`, `Servo_Sweep`, `Documentation.ino`).

FAQ

Frequently Asked Questions

Got questions about setup, power constraints, or motor drivers? We've got answers.

The OneChip Nano Shield is an all-in-one robotics control board that combines motor control, power management, Bluetooth connectivity, and sensor interfaces into a single compact platform. It eliminates complex wiring, allowing you to focus on building and programming robots.