FPV Drone Mushroom Antenna 4.8–6.1GHz High Gain SMA
₹900High-gain FPV mushroom antenna with 4.8–6.1GHz wideband support, designed for reliable 5.8G FPV video transmission on drones and ground stations.
GPS modules at Mall of Aviation provide accurate positioning, reliable navigation, and enhanced flight safety for FPV drones and UAV systems. Explore high-quality drone GPS modules designed for return-to-home, waypoint navigation, and stable flight performance.
These GPS modules improve flight control by enabling features like position hold, real-time tracking, and fast satellite lock. Compatible with modern flight controllers, they ensure precise navigation and dependable performance for both long-range FPV builds and professional UAV applications.
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High-gain FPV mushroom antenna with 4.8–6.1GHz wideband support, designed for reliable 5.8G FPV video transmission on drones and ground stations.
High-gain 14.4dBi directional 5.8GHz antenna with narrow 30° beamwidth, low side lobes, and SMA connector, designed for long-range FPV applications.
High-precision GOKU GM10 Pro V3 GPS module with integrated compass for FPV drones, supporting fast lock and reliable navigation modes.
High-performance GPS L1 active antenna (1575.42 MHz) with wide 3V–5V voltage support for drones, UAVs, and aviation navigation systems.
HGLRC M100 GPS module with M10 chip and compass for FPV and RC airplanes, delivering fast satellite lock, high sensitivity, and reliable long-range navigation.
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…
iFlight Albatross 150mm V2 5.8GHz Antenna RHCP SMA features durable hexagonal housing, ultrasonic welded structure, high radiation efficiency, and stable 5.8GHz FPV performance.
TBS 5G8 RHCP Patch Antenna offers 5dBi gain, circular polarization, and 110° beamwidth for stable 5.8GHz FPV video reception up to 1.5km range.
GPS modules are essential components for modern drones, enabling accurate positioning, navigation, and advanced flight features. At Mall of Aviation, our GPS category includes high-performance drone GPS modules designed for FPV drones, long-range builds, and professional UAV systems.
These GPS modules allow drones to determine their exact location using satellite signals, helping pilots maintain stable flight and execute automated functions such as return-to-home and waypoint navigation. Whether you are a beginner assembling your first quad or an experienced pilot building a professional UAV, a reliable GPS module is one of the most impactful upgrades you can make.
GPS plays a critical role in improving flight safety and control. With a reliable GPS module, drones can automatically return to the takeoff point in case of signal loss or low battery. This feature is especially useful for long-range flights and professional drone operations where manual recovery is not always possible.
GPS also enables features like position hold, altitude stabilization, and intelligent flight modes, making it easier for pilots to control their drones in different environments. In situations where wind gusts or interference could otherwise cause drift, GPS-assisted stabilization keeps the aircraft locked in place, reducing pilot workload and the risk of crashes. For commercial operations such as aerial surveying or inspection, this level of precision is not just convenient — it is indispensable.
Drone GPS modules come in different configurations, including standard GPS and advanced modules with built-in compass (magnetometer). Modules with compass support provide better orientation and navigation accuracy, especially for autonomous flight operations.
Many GPS modules are designed to work seamlessly with popular flight controllers used in FPV drone systems, ensuring easy integration and reliable performance. You will also find modules that combine GPS with GLONASS, BeiDou, or Galileo satellite systems, giving your drone access to more satellites simultaneously. This multi-constellation support translates directly into faster lock times and more consistent positioning, even when flying in areas with partial sky obstruction such as forests, valleys, or urban canyons.
Some advanced modules also feature a barometric pressure sensor built in, further enhancing altitude hold accuracy when used alongside flight controllers that support sensor fusion. Choosing the right type depends on your mission requirements, budget, and the flight controller you are running.
High-quality drone GPS modules offer fast satellite lock, strong signal reception, and accurate positioning. These features are important for maintaining stable flight and ensuring precise navigation.
Advanced GPS modules also support multiple satellite systems, improving accuracy and reliability even in challenging environments. Look for modules with a high number of concurrent channels, as this allows the receiver to track more satellites at once, resulting in a stronger and more stable position fix. Low power consumption is another valuable feature, particularly for long-endurance builds where every milliamp counts. A well-designed GPS module will also include noise filtering to reduce interference from the drone's own electronics, such as ESCs and video transmitters, which are common sources of RF interference in FPV builds.
GPS modules are widely used in FPV drones, aerial photography drones, mapping systems, and industrial UAV applications. They are essential for long-range flying, autonomous missions, and professional drone operations.
Whether you are building a custom drone or upgrading your existing setup, a reliable GPS module enhances flight performance and safety. In agriculture, GPS-equipped drones are used for crop monitoring, spraying, and field mapping with centimeter-level accuracy. In construction and infrastructure, they support site surveys, 3D modeling, and asset inspection. Search and rescue operations benefit from GPS-enabled return-to-home and geofencing to ensure drones stay within safe operational zones. Even hobbyist pilots find tremendous value in GPS for relaxed cruising flights, where the drone holds its position hands-free, giving the pilot time to frame the perfect shot or simply enjoy the view.
When selecting a GPS module, consider compatibility with your flight controller, size, weight, and signal performance. A well-matched GPS module ensures efficient operation and accurate navigation. Lightweight modules with compact form factors are ideal for racing or freestyle builds where every gram matters, while larger modules with ceramic patch antennas may offer better reception for long-range or fixed-wing applications.
Also consider the update rate of the GPS receiver. Higher update rates — such as 10 Hz or above — provide smoother and more responsive position data to the flight controller, which is particularly beneficial for dynamic flight modes and autonomous navigation. Always verify that the module you select is supported by your flight controller's firmware, whether that is Betaflight, ArduPilot, iNav, or another platform.
You can also explore compatible drone components to build a complete and efficient drone system.
Mall of Aviation offers carefully selected GPS modules from trusted brands, ensuring reliability and performance. Our products are suitable for beginners, hobbyists, and professional drone pilots.
We focus on quality, compatibility, and performance to help you build safe and efficient drone systems. Our team curates products that have been tested and proven in real-world flying conditions, so you can shop with confidence knowing that every module in our GPS category meets a high standard of accuracy and durability. With detailed product information and responsive support, Mall of Aviation makes it straightforward to find the right GPS solution for your specific build and flying style.
A GPS module provides location data to the drone, enabling features like return-to-home, position hold, and waypoint navigation.
No, but GPS is highly recommended for better control, safety, and advanced flight features, especially for outdoor flying and autonomous missions.
Return-to-home is a safety feature that allows the drone to automatically return to its starting point using GPS, triggered by low battery, signal loss, or pilot command.
Many modern GPS modules support multiple satellite systems including GPS, GLONASS, BeiDou, and Galileo, improving positioning speed and accuracy across different regions and environments.
Check the flight controller's documentation for supported GPS protocols such as UART, I2C, or NMEA output. Most modules also list compatible firmware platforms like Betaflight, iNav, or ArduPilot in their specifications.
The GPS category at Mall of Aviation provides reliable and high-performance GPS modules designed to improve drone navigation, safety, and overall flight experience. Explore our full range today and find the perfect module to take your drone builds to the next level.
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