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AOICRIE GPS Module GT-U7 Review: Practical GPS for Raspberry Pi and Drones

AOICRIE 2pcs GT-U7 GPS Module Navigation Satellite Positioning GPS Receiver Compatible with NEO-6M 51 Microcontroller STM32 R3+ IPEX Active GPS Antenna for Raspberry Pi Drone Flight
4.7
[High Tracking Sensitivity]  Extremely high sensitivity for accurate positioning in urban canyons and dense foliage.
[Low Power & Compact]  Miniature, low-power design suitable for battery-powered and portable devices.
[Flexible Power Options]  Accepts 3.6–5V or Micro USB input for direct phone cable or power bank use.
[Antenna & USB Interfaces]  IPEX antenna port plus USB interface and included active antenna for fast lock.
[Indicator & Backup Battery]  LED signal indicator with onboard data backup battery for reliable operation.
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Wireless GPS module designed for accurate satellite positioning and faster lock times, ideal for makers and drone pilots. Confident, reliable fixes in restricted urban or wooded environments reduce frustrating delays in field testing. Is the AOICRIE GPS Module GT-U7 the right navigation upgrade for your Raspberry Pi or flight projects?

⚡ At a Glance
  • Positioning Performance: High-sensitivity receiver paired with an active IPEX antenna expands coverage in narrow urban skies and dense foliage
  • Best for: Hobbyists and drone pilots needing dependable satellite fixes in obstructed environments
  • Not ideal for: Users requiring integrated hands-free navigation or full automotive infotainment systems

GT-U7 combines a high-sensitivity GPS receiver with USB connectivity, an IPEX active antenna, LED lock indication and a data backup battery. Operates from 3.6V to 5V with a default baud rate of 9600, and works with NEO-6M compatible microcontrollers.


Faster, more reliable position fixes - with high-sensitivity receiver and active IPEX antenna

High-sensitivity tracking extends usable reception in narrow urban sky and dense jungle conditions, while the IPEX-connected active antenna increases signal gain. LED status lights reveal lock progress and a small backup battery preserves satellite data between power cycles.

Quicker lock times cut waiting during field tests and trials, delivering steadier positioning where weaker signals are common.

Flexible powering and simple connectivity - with 3.6V-5V range and USB interface

Module accepts a working voltage of 3.6V-5V or can be powered directly via Micro USB, and communicates using a default 9600 baud rate which can be modified. USB connectivity allows direct connection to a computer or phone data cable for live NMEA output and configuration.

Power from common supplies or a USB cable and view positioning data straight on a PC, making setup and testing straightforward.

Easy integration and practical redundancy - with NEO-6M/STM32 compatibility and dual-unit convenience

Compatible with NEO-6M style modules and microcontrollers such as 51 MCU and STM32, enabling straightforward serial integration. User feedback notes packs include two units, which helps with spare-part redundancy and parallel testing.

Plug-and-play compatibility speeds integration into Raspberry Pi, flight controllers or vehicle-monitoring systems, while a spare unit reduces downtime during development.

✨ The 4 Key Reasons for AOICRIE GPS Module GT-U7
  1. USB interface - Connects directly to PC or phone for live positioning data
  2. IPEX active antenna - Stronger reception in urban canyons and under tree cover
  3. Wide voltage range - Runs from 3.6V to 5V, fits many power sources
  4. LED and backup battery - Signal status visible and data kept during short power loss
📋 Technical Details at a Glance
  • Category: Wireless GPS Module
  • Brand: AOICRIE
  • Model: GT-U7
  • Compatibility: NEO-6M, 51 MCU, STM32 R3
  • Interfaces: USB, IPEX antenna connector
❓ Frequently Asked Questions

Q: Can the module be powered from a 5V USB supply?

A: Yes, the working voltage range is 3.6V-5V and the module can also be powered directly via Micro USB.

Q: Is an antenna supplied and how does it connect?

A: An active antenna is provided by default and connects via the IPEX antenna interface for quicker positioning.

Q: Will it work with Raspberry Pi or STM32 boards?

A: Compatibility is noted with NEO-6M style modules and microcontrollers such as 51 MCU and STM32, and the module is suitable for Raspberry Pi integration.

🏆 Our Verdict

Ideal for hobbyists, drone pilots and tinkerers who need dependable satellite fixes in challenging environments. High sensitivity combined with USB connectivity and an active IPEX antenna delivers practical, faster positioning and easier integration. Strong long-term value comes from reliable performance, spare-unit convenience and flexible power and connection options.