Arduino Nano V3.0 - USB-C - Unsoldered
1 Pack - ($6.99 ea)
$6.99 NZD
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$6.99 NZD
Arduino Nano V3.0 - USB-C - Unsoldered
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Urban $40
Rural $60
The Arduino Nano V3.0 is a compact, reliable microcontroller board built around the ATmega328PB — an enhanced version of the classic ATmega328P. This is the modern USB-C version with the CH340G interface chip, and it programs as a standard Arduino Nano straight out of the box. Ideal for breadboard projects, robotics, sensors, LED control, STEM learning, and general Arduino prototyping.
- ATmega328PB microcontroller running at 16MHz
- Enhanced 328PB core: extra I²C, SPI and timer peripherals
- Programs as a standard Arduino Nano, no special setup
- 14 digital I/O pins, including 6 PWM pins
- 8 analog input pins (A0–A7)
- USB-C interface for power and programming
- Unsoldered headers supplied loose for custom mounting
Quick Start
1
Install Arduino IDE
Download and install the Arduino IDE if you do not already have it.
2
Select board
Go to Tools → Board → Arduino Nano, with Processor set to ATmega328P.
3
Upload normally
Standard upload works out of the box. No Old Bootloader mode is needed.
4
Use a data USB-C cable
Charge-only cables will not upload sketches.
Please note: Headers are supplied unsoldered and require soldering before breadboard use. Some systems may require the CH340 driver. Every board is individually inspected before dispatch from NZ stock.
Specifications
ModelArduino Nano V3.0 USB-C
MicrocontrollerATmega328PB
Programs AsStandard Arduino Nano (ATmega328P)
Clock Speed16 MHz
USB InterfaceCH340G USB-C
HeadersUnsoldered (supplied loose)
Operating Voltage5V
Input Voltage7–12V recommended
Digital I/O Pins14, including 6 PWM
Analog Inputs8 (A0–A7)
Flash Memory32 KB
SRAM2 KB
EEPROM1 KB
CommunicationUART, dual SPI, dual I²C (328PB)
Dimensions43 × 18mm
Please note: Headers are supplied unsoldered. Some systems may require the CH340 driver. Every board is individually inspected before dispatch from NZ stock.
Getting Started
1
Solder the headers (if required)
This board ships with unsoldered headers. Solder them in for breadboard use, or leave them off for direct wiring.
2
Install Arduino IDE
Download and install the Arduino IDE if you do not already have it.
3
Connect via USB-C
Use a data-capable USB-C cable. Some charging cables do not support data transfer.
4
Select board
Go to Tools → Board → Arduino Nano, with Processor set to ATmega328P.
5
Select port and upload
Choose the detected COM/serial port, then upload your sketch. Standard upload works out of the box, no Old Bootloader mode required.
Please note: Headers are supplied unsoldered. Some systems may require the CH340 driver. Every board is individually inspected before dispatch from NZ stock.
What's Included
1×
Arduino Nano V3.0 USB-C board
Bootloader installed and ready to program. Pin headers are included loose (unsoldered).
Please note: Headers require soldering before breadboard use. USB-C cable is sold separately unless otherwise stated.
Common Uses
Beginner Arduino and STEM projects
Robotics, RC, servos, and motor control
Sensor projects using temperature, humidity, ultrasonic, PIR, and more
LED strips, displays, and lighting controllers
Home automation and prototyping
Breadboard-compatible compact projects
Please note: This board is a strong general-purpose choice for compact Arduino projects.
Common Questions
Are the headers soldered?
No, this is the unsoldered version. The pin headers are included loose, so you can solder them yourself or wire directly to the board.
It says ATmega328PB. Will it still work like a normal Nano?
Yes. This board uses the ATmega328PB — an enhanced version of the classic 328P — but is pre-flashed to program exactly like a standard Arduino Nano. Just select Arduino Nano with the ATmega328P processor in the IDE and upload as normal. The 328PB keeps the same 32KB flash, 2KB SRAM and 16MHz clock as the classic 328P, while adding extra peripherals (a second I²C, second SPI and additional timers) for advanced users who want them.
Do I need to use Old Bootloader mode?
No. Standard upload works out of the box with the regular bootloader setting. If you do hit an upload issue, double-check your USB-C cable supports data transfer and that the CH340 driver is installed.
Does it work with Arduino libraries?
Yes, it is compatible with standard Arduino Nano libraries, examples, and community tutorials.
Please note: Some systems may require the CH340 driver. Every board is individually inspected before dispatch from NZ stock.