2Pack GPS Module,Navigation Satellite Positioning NEO-6M,Arduino GPS, Drone Microcontroller, GPS Receiver Compatible with 51 Microcontroller STM32 Arduino UNO R3 with Antenna
Quick take
This 2-pack GPS module bundle is designed for maker builds that want a compact, high-sensitivity receiver with an NEO-6M compatible software approach. The standout convenience feature is USB connectivity, so you can view GPS data directly on a computer without adding an external USB-to-serial adapter. The main caveat is that driver and initial setup on Windows can be finicky, even though the modules can lock quickly once configured.
Pros and cons
Pros
- USB interface for easy direct connection to a computer’s serial port, no extra USB-to-serial needed.
- High-sensitivity GPS positioning design, with reviewers reporting solid satellite acquisition even indoors.
- Works on Linux setups where the device can show up as a tty device (for live GPS data monitoring).
- Comes as a 2-pack, useful for timekeeping projects, testing, or dedicating one board per device.
Cons
- Windows setup may require extra troubleshooting, especially around getting the GPS chip to communicate reliably.
- Accuracy and “precision timing” expectations should be tempered, since this is an older NEO-6M class receiver.
What buyers think
Buyer-review evidence is consistent on a few decision factors. Reviewers repeatedly highlight how convenient the USB connection is for getting GPS data flowing quickly, including straightforward setup for live monitoring on Linux and generally smooth operation once paired with the right software on Windows. Many buyers used these modules for timekeeping and projects like NTP-style clocks, and they report that locking can be fast, even when placed indoors near a window. There is also recurring mention that Windows drivers or communication software can be the hardest part of the setup process. Overall buyer sentiment points to good hands-on usability for makers, with setup friction being the main potential drawback.
What you’re getting in this GPS module bundle
This kit includes two GPS modules (2 x GT-U7) plus two IPX antenna assemblies (active antenna with an IPEX interface). The modules are built around a u-blox 7th generation (UBLOX 7th Gen) chip approach and are positioned as NEO-6M compatible for software use. Connectivity is straightforward: you get a USB interface that can connect to a computer and use the host’s serial port functionality.
Setup and connectivity, explained for real projects
USB-first convenience for testing and prototyping
One of the biggest reasons makers choose GPS modules is cutting down the “extra hardware” between the GPS receiver and their development workflow. Here, USB allows you to connect directly to your computer. That means you can often start by watching raw GPS output, then later move the data over to an Arduino, STM32, or other controller once your parsing logic is ready.
Linux tends to be more plug-and-play
Reviewers report that on Linux the device can appear as a typical serial TTY (for example, a ttyACM device), which makes it easy to read GPS sentences in real time. If your workflow already includes terminal-based serial monitoring, this can feel especially straightforward.
Windows can require extra driver or software attention
Multiple reviews flag that Windows communication may not be as immediate. In practice, this usually means you may need to get the correct communication approach working with your mapping or GPS software and ensure the device is recognized properly. If your project timeline depends on “it just works” in Windows, plan a little time for troubleshooting.
Performance and locking: what to expect
Because this is intended for NEO-6M-class work, it’s best thought of as a practical GPS receiver for general positioning, tracking, and timekeeping in maker projects. Reviewers report getting satellites indoors (for example, with the receiver placed near a window) and seeing locks quickly in favorable conditions. For demanding applications that require top-tier timing precision, treat expectations carefully. One review notes the module is good enough for offline clock use, but not designed for precision timing in the way newer hardware might be.
Best for, and who should avoid it
Best for
- Arduino and STM32 builders who want GPS data with minimal extra hardware during development.
- Timekeeping projects (example use cases include GPS-based clocks or NTP-style setups).
- Prototype-heavy teams that benefit from a 2-pack, one board for integration and one as backup.
- Linux-based development workflows that can easily access serial devices.
Who should avoid it
- Buyers who need guaranteed “zero setup” performance on Windows, because driver or software communication can take effort.
- Users who require highly precise timing accuracy, where a newer receiver class would usually be a better match.
Pros and cons recap
- Convenient USB connectivity for getting data without extra USB-to-serial hardware.
- High-sensitivity positioning with reports of good satellite acquisition even indoors.
- Two-module value for testing, redundancy, or multi-device builds.
- Windows may be the bottleneck, plan for some setup time if you rely on Windows-based tools.
Verdict
If you’re building a GPS-powered Arduino or STM32 project and want an easy path to raw GPS data, this 2-pack is a strong maker-friendly option thanks to its USB connectivity and high-sensitivity design. The main thing to keep in mind is setup friction on Windows. If you can get past that hurdle, you’re likely to find it well suited for practical positioning and DIY timekeeping use cases, especially when you appreciate having two modules for experiments.
Price and availability
Pricing can vary, so check the current listing to confirm the total cost for the 2-pack and ensure you’re getting the antenna bundle included.
FAQ
Is this GPS module compatible with NEO-6M software?
It’s designed for NEO-6M compatible software use, while using a UBLOX 7th generation chip approach.
Do I need an external USB-to-serial adapter?
No. It uses a USB interface so you can connect directly to a computer and use the host’s serial port functionality.
Will it work on Linux?
Reviewers report that on Linux it can appear as a standard ttyACM-style serial device, which allows live GPS output monitoring.
Why do people mention drivers on Windows?
While the USB connection enables communication, some buyers report that getting the chip to talk correctly with Windows tools or mapping software can require extra effort.
Can it be used indoors?
Review evidence suggests it can lock and track indoors, particularly when placed near a window, although outdoor conditions typically improve acquisition speed and reliability.
Is it good for NTP or clock projects?
Yes, it’s commonly used for timekeeping-style projects. That said, it’s an NEO-6M class receiver, so expectations for extremely high precision timing should be tempered.
Specifications
| Product Title | 2Pack GPS Module,Navigation Satellite Positioning NEO-6M,Arduino GPS, Drone Microcontroller, GPS Receiver Compatible with 51 Microcontroller STM32 Arduino UNO R3 with Antenna High Sensitivity |
|---|---|
| Category | Electronics > GPS, Finders & Accessories > GPS System Accessories > Antennas |
| Brand | Beffkkip |
| Manufacturer | Deegoo-FPV |
| Model Name | GT-U7 |
| Product Dimensions | 3.15"L x 2.36"W x 0.39"H |
| Compatible with Vehicle Type | Car |
| Additional Features | High Sensitivity, Low Power Consumption, Miniaturization |
| Connectivity Technology | USB |
| Map Types | Satellite |
| Mounting Type | Dashboard Mount, Panel Mount |
| Operating System | Windows |
| Touch Screen Type | Resistive |
| Display Type | LCD |
| Human-Interface Input | Buttons |
| Compatible Devices | Smartphone |
| Control Method | Touch |
| Are Batteries Included | Yes |
| Supported Satellite Navigation System | GPS |
| Connectivity Protocol | USB |
| Built-In Media | 2 * GT-U7 GPS Module, 2 * IPX antenna |
| Model Year | 2014 |
| UPC | 765343062596 |
| Unit Count | 2.0 Count |
| Item Dimensions L x W x H | 3.15"L x 2.36"W x 0.39"H |
| Vehicle Service Type | Car |
| Special Feature | High Sensitivity, Low Power Consumption, Miniaturization |
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