Foxeer 868MHz/915MHz Moxon Directional TX Antenna for FPV Long Range RC

Introduction

The Foxeer 868MHz/915MHz Moxon Antenna is a specialized, high-performance directional antenna engineered to significantly enhance the range and reliability of radio control and telemetry communications for FPV drones and RC systems. Operating across the 868 MHz and 915 MHz frequency bands, this antenna provides a focused signal transmission, ensuring robust control and improved connection quality, especially for long-range applications. It is the perfect choice for pilots using ELRS modules and similar long-range radio configurations who demand superior performance.

Key advantages

• Enhanced Signal Focus: The directional Moxon design concentrates the signal, offering superior range and performance compared to omnidirectional antennas.
• Improved Link Stability: Experience greater stability and consistency in your radio link, crucial for long-distance FPV flights and critical operations.
• Optimized for Long Range: Specifically designed for 868 MHz and 915 MHz frequencies, making it ideal for ELRS and other long-range radio systems.
• Easy Installation: Features a standard SMA connector for quick, secure, and reliable connection to your compatible transmitter modules.
• Durable and Lightweight: Constructed with lightweight yet robust materials, ensuring it can withstand the rigors of outdoor FPV use without adding unnecessary weight to your drone or control equipment.
• Cost-Effective Upgrade: Provides a significant performance boost at a competitive price point, offering excellent value for FPV enthusiasts.

Technical specifications

• Frequency Range: 868 MHz / 915 MHz
• Antenna Type: Moxon (Directional)
• Connector: SMA
• Antenna Size: Approx. 122 x 123 mm
• Application: External antenna for long-range radio control and telemetry systems.
• Included in Set: 1x Foxeer 915/868 MHz Moxon Antenna

Applications

This antenna is expertly suited for various FPV and RC applications demanding extended range and dependable communication. Key uses include long-range FPV flying, advanced drone telemetry, RC control for UAVs, drone racing with extended track layouts, and any scenario where a robust, directional radio link is paramount.

Compatibility

The Foxeer 868MHz/915MHz Moxon Antenna is compatible with any FPV transmitter module, radio controller, or telemetry system that operates within the 868 MHz and 915 MHz frequency bands and features an SMA connector. Its design makes it a direct fit for many popular long-range systems like ExpressLRS (ELRS).

FAQ

What is the main benefit of the Foxeer 868/915MHz Moxon antenna for FPV?

The main benefit is its directional Moxon design, which focuses the radio signal for significantly improved long-range control and telemetry compared to standard omnidirectional antennas. This ensures a more stable and reliable connection during extended flights.

Which FPV systems is the Foxeer 868/915MHz Moxon antenna compatible with?

This antenna is designed for 868 MHz and 915 MHz frequency bands, making it highly compatible with ELRS (ExpressLRS) modules and other long-range radio control and telemetry systems operating on these frequencies. It features an SMA connector for easy integration.

What are the key technical specifications of the Foxeer Moxon antenna?

The antenna operates in the 868 MHz / 915 MHz frequency range, features a directional Moxon type, and uses an SMA connector. Its approximate size is 122 x 123 mm, making it a compact yet powerful addition to your FPV setup.

Where can I buy the Foxeer 868/915MHz Moxon antenna with fast delivery?

You can buy the Foxeer 868/915MHz Moxon antenna at HTDRONE. We offer fast shipping within Poland and reliable worldwide delivery via DHL, ensuring you get your FPV parts quickly.

Is the Foxeer 868/915MHz Moxon antenna suitable for drone racing?

Yes, while optimized for long-range, its enhanced signal stability can also benefit drone racing, especially on larger tracks where maintaining a consistent control link is crucial. Its directional nature helps cut through interference.