Prodrone Micross S2 Avatar Antenna Set for Walksnail Goggles - High Gain LHCP

Introduction

The Prodrone Micross S2 Avatar Antenna Set is a meticulously crafted pair of antennas engineered specifically for FPV drone racing and freestyle pilots. As a compact iteration of the popular Xtreeme Cross-air V3, the Micross S2 features a shortened cable, making it an ideal solution for pilots using Walksnail Avatar digital FPV goggles. Each antenna is individually tuned to ensure optimal performance, providing a reliable and clear video feed even during demanding flights. This set is designed to enhance your FPV experience, offering a significant advantage in signal reception for both short and extended range flying.

Key advantages

• Optimized for Walksnail Avatar Goggles: Perfectly designed for seamless integration and peak performance with Avatar digital FPV systems.
• High-Gain Performance: Delivers a strong, clear signal with 9dBi gain, crucial for maintaining video link integrity.
• Wide Beamwidth: Offers up to 140 degrees of coverage, ensuring a stable signal even when the drone is off-axis.
• Compact and Lightweight: With a total length of approximately 40mm and a weight of just 11.5g per antenna, they add minimal bulk and weight to your goggles.
• Durable Semi-Rigid Cable: The 3cm semi-rigid cable allows for precise positioning and maintains its shape, ensuring consistent signal direction.
• Excellent VSWR: Maintains a VSWR below 1:1.2 across the Raceband, indicating efficient power transfer and minimal signal reflection.
• Easy Installation: Features thumb screws for quick and secure mounting and removal from your FPV goggles.
• Versatile Compatibility: Works with a wide range of FPV receiver modules, including Rapidfire, True-D, Pro58, and more.

Technical specifications

• Band: 5.8 GHz
• Polarization: Circular, LHCP
• Antenna Type: Directional
• VSWR: <1.2
• Gain: 9dBi
• Beamwidth: 80 degrees (up to 140 degrees at shorter ranges)
• Connector Type: RP-SMA
• Cable Length: 3cm
• Total Antenna Length: ~40mm
• Antenna Weight: 11.5g

Applications

The Prodrone Micross S2 Avatar Antenna Set is ideal for various FPV applications, including long-range flying, drone racing, freestyle acrobatics, and any scenario where a robust and clear video signal is paramount. Its performance characteristics make it particularly well-suited for use with Walksnail Avatar digital FPV systems, enhancing the overall flying experience.

Compatibility

This antenna set is compatible with all receivers supporting RP-SMA connectors, including popular modules like Fat Shark Dominator's Rapidfire and True-D series, as well as Pro58 and RX5808 receivers. The modular design ensures easy integration with most FPV goggle systems.

FAQ

What is the main advantage of the Prodrone Micross S2 Avatar antenna set?

The main advantage is its optimized design for Walksnail Avatar digital FPV goggles, offering high-gain LHCP reception with a wide beamwidth for enhanced clarity and stability during medium to long-range flights.

Is this antenna set suitable for beginners or experienced FPV pilots?

This set is ideal for experienced FPV pilots looking to maximize their video reception quality, especially those using Walksnail Avatar systems for racing or long-range exploration. Its ease of installation also makes it accessible.

What is the beamwidth and gain of the Prodrone Micross S2 Avatar antennas?

The Prodrone Micross S2 Avatar antennas feature a gain of 9dBi and a beamwidth of 80 degrees, which can extend up to 140 degrees at shorter ranges, ensuring broad coverage.

Where can I buy the Prodrone Micross S2 Avatar antenna set with fast delivery?

You can buy the Prodrone Micross S2 Avatar antenna set at HTDRONE, a specialized FPV drone parts store based in Poland. We offer fast worldwide shipping via DHL, ensuring you receive your order promptly.

What is the weight and cable length of each Prodrone Micross S2 Avatar antenna?

Each Prodrone Micross S2 Avatar antenna weighs approximately 11.5g and has a total length of around 40mm, with a 3cm semi-rigid cable, making them compact and easy to position.