GSM/GPS/GPRS

HGLRC M100 PRO GPS

Product ID: FAERI-00597

HGLRC M100 PRO GPS The HGLRC M100 PRO GPS is a compact and high-precision GPS module designed for drone applications. It utilizes a u-blox M10 chip, offering fast and accurate positioning with support for multiple satellite constellations, including GPS, GLONASS, Galileo, and BeiDou. This…

₹2,143.90

Price excludes GST. +18% GST (₹385.90/unit) is added at checkout. Shipping charged separately — based on the order’s quantity & size.

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GSM/GPS/GPRS

Product details

HGLRC M100 PRO GPS

The HGLRC M100 PRO GPS is a compact and high-precision GPS module designed for drone applications. It utilizes a u-blox M10 chip, offering fast and accurate positioning with support for multiple satellite constellations, including GPS, GLONASS, Galileo, and BeiDou. This multi-constellation capability enhances signal reliability and accuracy, even in challenging environments.

The module is known for its low power consumption and small form factor, making it ideal for space-constrained builds. Additionally, it often features a built-in compass for heading information and a high update rate, contributing to stable and reliable flight performance.

Features

• Powered by the latest 10th generation chip, enabling faster processing and improved performance with the ability to search and connect to 50+ satellites for enhanced accuracy.

• Integrated QMC5883L compass ensures precise orientation and stable directional tracking, improving navigation reliability.

• Upgraded to support 120 receiving channels, allowing the module to lock onto more satellites simultaneously for quicker positioning and stronger signal acquisition.

• Advanced five-mode positioning system provides highly stable and reliable connectivity, ensuring consistent performance even in challenging environments.

• Enhanced signal stability and anti-interference capability help maintain accurate location tracking, offering better protection and control during operation.

• Optimized for faster satellite lock time, reducing delays and improving overall efficiency in real-time applications.

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