Best GPS Module for Raspberry Pi

GPS Module for Raspberry Pi is an essential component of any modern Raspberry Pi setup. With its ability to accurately track location, route navigation, and time synchronisation, the GPS module easily allows for a wide range of applications. Whether you’re using your Raspberry Pi for outdoor navigation, tracking vehicles or geotagging photos, having a reliable GPS Module is essential. But with so many options available on the market, it can be difficult to choose the best one for your needs. In this article we will explore the best GPS Modules for Raspberry Pi and provide tips on how to choose and set up the right one for you.

What Is GPS Module?

A GPS Module is a device that uses the Global Positioning System (GPS) to pinpoint a person’s exact location. It works by receiving signals from GPS satellites and then using those signals to calculate its own position. GPS Modules are also used to track objects like car, boat, or even people. They are commonly used in navigation systems, tracking systems, surveillance systems, and other applications where reliable location information is required.

GPS Modules come in a variety of shapes and sizes depending on the application for which it will be used. Generally speaking, larger modules tend to be more accurate than smaller ones due to their increased signal sensitivity. The most common type of GPS Module is the one found in modern smartphones and other handheld devices that use built-in navigation capabilities. These modules typically have an antenna that can pick up signals from multiple satellites at once.

The accuracy of the module is determined by its Signal-to-Noise Ratio (SNR), which measures how well it can pick up weak signals from far away satellites. A higher SNR means that the module is more accurate at pinpointing locations as it has better signal reception capabilities than lower SNR modules.

In addition to size and SNR, users should also consider the module’s power consumption when selecting a GPS Module for their specific application. Lower power consumption usually results in longer battery life for mobile devices such as smartphones or tablets with integrated GPS Modules. Finally, users should consider whether they need an external antenna or not; some models come with an integrated antenna while others require an external one for optimal performance.

Types Of GPS Module

GPS modules are small devices that allow a Raspberry Pi to read, interpret and calculate its geographic position. They come in two main types, active and passive.

Active GPS modules use radio wave signals from satellites to determine their location on the earth’s surface. These devices need an external antenna for optimal performance, and they’re usually more expensive than passive modules. Examples of active GPS modules include the Adafruit Ultimate GPS Breakout Board, the Navio2 GPS/GNSS HAT, and the Dragino LoRaWAN GPS Tracker.

Passive GPS modules are simpler devices that can be used without an external antenna or additional power source. They rely on pre-loaded maps to determine their position and only need a connection to a computer or Raspberry Pi board in order to function properly. Popular examples of passive GPS modules include the Sixfab GSM/GPRS Shield with GPS Module and the Pimoroni Automation HAT with GPS/LoRa module.

It’s important to choose a suitable module based on your Raspberry Pi model, as some models may not be compatible with certain devices. Additionally, you should also consider factors like accuracy and battery life when selecting your module.

Why Need The Best GPS Module For Raspberry Pi?

The Raspberry Pi is a great device for embedded systems projects, and one of the most common applications is to use it as a GPS or navigation system. To get the most out of this project, you will need the best GPS module for Raspberry Pi. A good GPS module can give you precise positioning information and allow your Raspberry Pi to access satellite data from anywhere in the world. With a high-quality GPS module, you can accurately track your location and use it for various projects such as robotics, autonomous vehicles, drone navigation and more. Furthermore, some modules come with additional features such as an accelerometer or barometer that can help provide even more accurate readings.

When choosing a GPS module for your Raspberry Pi project, it is important to consider several factors including accuracy, sensitivity and power consumption. Different types of modules offer different levels of accuracy while also consuming varying amounts of power which can be critical in battery-powered applications. You should also look at how much data you are able to collect from the module; some units may only support basic NMEA sentences while others may include full RTCM messages or even raw data. Lastly, make sure that the connector type on your chosen module matches the one on your Raspberry Pi board; some models require special adapters to work properly with certain boards.

List Of The 10 Best GPS Modules For Raspberry Pi

If you’re looking for the best GPS module for your Raspberry Pi, you’ve come to the right place. Below is a list of the ten best GPS modules for Raspberry Pi that you can purchase right now.

  1. U-Blox NEO-M8N: This module is a high-precision positioning device designed to provide accurate location data for your project. Its advanced design and high performance make it ideal for applications such as autonomous navigation and geofencing. It also offers an impressive range of features including support for multiple GNSS systems, integrated EMI protection, and an onboard temperature sensor.
  2. Navio2 Autopilot Hat: This powerful autopilot hat allows you to turn your Raspberry Pi into a fully featured drone autopilot system with complete control over various flight parameters like altitude, velocity, heading and more. It is equipped with a 10 DOF IMU, barometer and GPS receiver which makes it very reliable when it comes to providing precise positioning data.
  3. Adafruit Ultimate GPS Breakout: This economical yet high-performance breakout board allows you to easily add GPS functionality to your projects without any soldering or complicated setup steps required. It features a 50 channel u-blox 7 series receiver which offers excellent sensitivity while consuming low power at the same time. It also supports various communication protocols including NMEA 0183 and USB output modes which make it compatible with almost all operating systems like Windows, Linux and MacOS.
  4. GlobalTop PA6H: This is one of the most popular GPS modules available on the market today due to its high accuracy, small size and affordable price tag. Its low power design makes it ideal for mobile battery powered applications such as drones or robots while its multi-constellation support ensures reliable operation in challenging environments where satellite coverage may be limited or unreliable.
  5. Adafruit Ultimate GPS HAT : The Ultimate GPS HAT from Adafruit is designed specifically for use with the Raspberry Pi boards making it very easy to add precision location tracking capabilities to your projects quickly and effortlessly. It features a 66 channel u-blox 7 series receiver which provides excellent performance even in difficult conditions like urban canyons or dense foliage areas while still consuming very little power at the same time allowing long battery life operation in most applications.
  6. SkyTraq Venus 8 S2 : This economical but highly capable module offers exceptional precision thanks to its advanced SkyTraq Venus 8 processor which has been optimized specifically for GNSS applications making it perfect for autonomous vehicle navigation in both urban areas as well as rural locations where satellite coverage may be reduced or nonexistent. In addition , this module also supports 2D/3D fix , AIC & SBAS aiding functions which helps improve accuracy even further.
  7. WT41U: This powerful Wi – Fi enabled UHF RFID reader from Wieson Technologies offers unparalleled performance in terms of read range, speed and accuracy providing real-time access control solutions for commercial as well as industrial applications. Featuring dual antennas, this module is capable of capturing tags up to 1 km away offering superior tracking capabilities compared to other modules available on the market today.
  8. GPSBee V2: The GPSBee from Trimble Navigation Ltd is a compact yet highly capable GNSS module designed specifically for embedded applications requiring precise positioning data in harsh environment conditions such as inside buildings or underground tunnels where traditional receivers may not work reliably due to signal attenuation caused by obstacles or interference from other sources. Equipped with an advanced MTK chipset, this module offers both RTK ( Real Time Kinematic ) accuracy in addition to regular DGPS ( Differential Global Positioning System ) mode operations making it ideal for professional-grade surveying tasks where extreme accuracy is critical.
  9. iMLoRaM8: The iMLoRaM8 from iMetos AB is an innovative LoRa ( Long Range ) protocol based wireless communications unit that allows long distance communication between two devices connected using radio frequency signals across long distances without needing external infrastructure like cell towers or Wi-Fi networks thus making it perfect for remote sensing applications that require field monitoring without relying on cellular networks or expensive satellite equipment.
  1. Skylab SKM53 Series: Boasting an impressive set of features including 66 channels, ultra low noise amplifier ( LNA ), jamming detection capability as well as configurable I/O pins, this versatile GNSS receiver from Skylab Systems Inc makes acquiring accurate location data even easier than before allowing users to track their position accurately even in complex urban environments where normal receivers may struggle due poor signal reception caused by buildings and other obstacles blocking line of sight between satellites & receiver antennas.

How To Choose The Best GPS Module For Raspberry Pi

Choosing the best GPS module for Raspberry Pi can be a difficult task, as there are many factors to consider. Some of the things you should think about include the type of GPS module, accuracy, size, power requirements and cost.

The type of GPS module is important because some modules are designed for specific applications such as marine navigation or aviation use. If you’re looking for something more general-purpose, then look at modules like the U-blox NEO-M8N that offers good accuracy and precision in a small package.

Accuracy is also an important factor when choosing a GPS module since it will determine how precisely your device knows its location. The higher the accuracy of your module, the better it will perform in environments such as cities with tall buildings or areas with dense vegetation. This means that you should look for modules with features like multi-frequency receiver or high-sensitivity receivers to ensure accurate readings.

Size is another consideration when choosing a GPS module since some models may not fit into your application due to their form factor. Look for smaller modules if possible so they can be easily integrated without taking up too much space on your board.

Finally, you want to consider power consumption requirements when selecting a GPS module for Raspberry Pi since this will determine how long your device can run before needing to be recharged. Look for energy efficient models with lower current draw ratings so that you don’t have to worry about short battery life.

In conclusion, choosing the best GPS Module for Raspberry Pi requires careful consideration of factors like type, accuracy, size and power consumption requirements. Keep these in mind when making your selection so that you get the best performance out of your device!

How To Use GPS Module For Raspberry Pi

GPS Module for Raspberry Pi is a great way to add tracking capabilities to your Raspberry Pi project. It allows you to track the location of your device in real-time, which can be used in a variety of applications, such as tracking vehicles, drones, and people.

Using a GPS Module with Raspberry Pi is relatively simple. First, you will need to connect the GPS module to your Raspberry Pi. This usually involves connecting the module’s four pins (VCC, GND, RXD, and TXD) to the GPIO header on your board. You will also need an appropriate antenna for outdoor use if you plan on using the GPS module outdoors. Next, you will need to install the necessary software libraries and drivers onto your Raspberry Pi. Once these are installed, you can begin using the GPS module’s capabilities in your code.

Using GPS Module with Raspberry Pi requires some basic programming knowledge. You will need familiarity with Python and other scripting languages for coding purposes. Additionally, it may be helpful to have experience working with serial communication protocols like UART or SPI if you plan on developing more advanced projects with your GPS Module for Raspberry Pi.

Once everything is set up correctly, it’s time to start coding! The most popular method of reading data from a GPS Module is through NMEA sentences—a standardized format used by most GPS modules that sends information about location and other related data points in strings of text over serial communication protocols like UART or SPI. Fortunately, there are plenty of tutorials available online that can help walk you through parsing NMEA sentences into usable data points within your codebase.

With these few steps completed correctly and some basic programming knowledge under your belt, you should be able to make use of all that a GPS Module has to offer in terms of tracking applications!


In conclusion, choosing the best GPS module for Raspberry Pi is essential for improving accuracy and efficiency when dealing with GPS-related tasks. With the right GPS module, you can easily track your location, monitor your speed, and perform other various functions. Therefore, it is important to consider the features of each GPS module before making a purchase in order to find one that best fits your needs. Taking into account factors such as accuracy of signal reception, tracking ability and flexibility in different conditions can help you make an informed decision when selecting the best GPS module for Raspberry Pi.

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