The NEO-6M GPS Module is a compact and highly reliable positioning module used to determine accurate geographic location using satellite signals. It is widely used in electronics, robotics, IoT, and STEM learning projects where real-time location tracking is required. This module communicates easily with microcontrollers such as Arduino, Raspberry Pi, and other development boards, making it ideal for student experiments and engineering prototypes.
The NEO-6M module receives signals from multiple GPS satellites to calculate latitude, longitude, altitude, speed, and time with high accuracy. It includes a built-in ceramic antenna and onboard EEPROM that stores configuration settings, allowing the module to quickly reconnect to satellites. The onboard LED indicator helps users visually monitor the GPS signal lock status.
This module is designed for easy integration into projects such as vehicle tracking systems, drone navigation, location-based applications, smart transportation models, and IoT tracking devices. With low power consumption and simple serial communication (UART), the NEO-6M is perfect for beginners as well as advanced electronics enthusiasts.
Key Features
High sensitivity GPS receiver
Accurate position tracking (Latitude & Longitude)
Built-in ceramic antenna
UART serial communication interface
Low power consumption
LED indicator for GPS signal status
Compatible with Arduino, Raspberry Pi, and other microcontrollers
Applications
Vehicle and asset tracking systems
Robotics and autonomous navigation
IoT location tracking projects
Drone and UAV navigation
STEM and educational electronics experiments
This module is an excellent component for students and makers to learn about satellite communication, GPS technology, and real-time positioning systems in practical STEM projects.
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