Ublox NEO-7M GPS Module With Electronic Compass for Apm/Pixhawk

Ublox NEO-7M GPS Module With Electronic Compass for Apm/Pixhawk

GPS Module u-blox NEO-7M with Electronic Compass
Model: NEO 7M
Receiver Type: 56 Channels, Galileo E1B/C1, GPS L1C/A, QZSS L1C/A, SBAS L1C/A
Receiver Frequency: L1 [1575.42MHz]
Input Supply Voltage: 3.5 ~ 5.5V DC
Main Chip: U-BLOX NEO-7M
Sensitivity (dBm): -155, -160, Cold Start (without aiding): -147 dBm, Tracking & Navigation: -161 dBm
Position Accuracy: 2, 2.5Meter
Acceleration: <4g
Navigation Update Rate: 5Hz
Operating Temperature Range: -24 to 84°C
Tracking Sensitivity: -161 DBM
Co-Ordinate System: WGS-84
Capture Time: 0.1s Average
Avg Cold Start Time: 38s
Warm Start Time: 35s
Boot Time: 1S
Maximum Altitude: 18000m
Maximum Speed: 515 m/s

The u-blox NEO-7M GPS Module with Electronic Compass is a high-performance and reliable positioning solution designed for accurate navigation and real-time location tracking. Based on the advanced u-blox NEO-7M chipset, this module offers improved sensitivity, faster position fixing, and better accuracy compared to previous generations.

It integrates an electronic compass sensor, allowing both precise GPS positioning and directional heading detection, making it highly suitable for navigation-based and autonomous applications.

Key Features:
u-blox NEO-7M high-sensitivity GPS chipset
Improved positioning accuracy and faster satellite lock
Integrated electronic compass for direction and heading detection
UART communication interface for easy microcontroller integration
Stable performance even in challenging signal environments
Low power consumption for portable and embedded systems
Compatible with Arduino, Raspberry Pi, and other development boards
Applications:
GPS tracking systems
Robotics and autonomous navigation
Drone and UAV positioning
RC vehicles and smart navigation projects
IoT and location-based systems

This module is an excellent choice for developers seeking a compact, accurate, and reliable GPS + compass solution for advanced embedded and navigation applications.