NEO6m GPS Module

NEO6m GPS Module

350.00

In stock

350.00 (incl GST)

296.61 (+18% GST extra)

NEO-6M GPS Module

Availability: In stock SKU: IWP-00134 Categories: , , Tag:
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Frequently Bought Together

NEO6m GPS Module+Breadboard 400 Point+esp32_micropython+Jumper Wire 30 wire Pack
Price for all:   855.00

Description

NEO-6M GPS Module Product Description

The NEO-6M GPS module is a high-performance, low-cost GNSS receiver ideal for a wide range of DIY electronics, IoT, and robotics projects. Built on the reliable Ublox NEO-6M positioning engine, this module can track up to 22 satellites across 50 channels, providing 2.5-meter horizontal accuracy with a 5Hz update rate.

Key Technical Specifications

FeatureDetails
Supply Voltage2.7V to 3.6V (often 3.3V recommended)
Current Consumption45mA
Baud RateConfigurable from 4800 to 115200 (Default: 9600)
TTFFCold start: 38s; Hot start: <1s
Sensitivity-162 dBm (Indoor) to -161 dBm (Tracking)
InterfaceUART TTL
Operating Temp-40°C to 85°C

Why This Module for Your Project?

  • Ready-to-Use Components: Includes a 25 x 25mm ceramic patch antenna and a rechargeable backup battery to ensure faster GPS locks by saving configuration data to the onboard EEPROM.
  • Broad Compatibility: Seamlessly interfaces with popular microcontrollers like Arduino (Nano, Uno) and ESP32 using standard serial communication.
  • Precision and Reliability: Uses Ublox’s SuperSense technology for high-sensitivity tracking even in indoor environments.
  • Compact Design: Small form factor makes it perfect for portable asset trackers, drones, and handheld navigation devices.

Use Cases and Applications

  • Robotics & Drones: Essential for maintaining stable flight, aerial surveying, and following predefined routes.
  • IoT Asset Tracking: Transmit precise geographical data for real-time monitoring of vehicles or environmental sensors.
  • Outdoor Recreation: Perfect for DIY cycling computers, hiking GPS units, and sports watches.

Getting Started (Pro-Tip)

For the easiest setup, use the TinyGPSPlus library in the Arduino IDE. Connect the GPS TX to the microcontroller RX and the GPS RX to the microcontroller TX. To get your first fix, ensure the module has a clear view of the sky until the onboard LED begins blinking.

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