TrueRC X-AIR 5.8 MK II & Stubby Antenna Kit for Walksnail X - LHCP

Introduction

Elevate your FPV flights with the TrueRC X-AIR 5.8 MK II and Stubby Antenna Kit, a premium upgrade for your Walksnail Avatar HD Goggles X. This meticulously engineered set is designed to deliver unparalleled signal reception and stability, ensuring a clear and immersive visual experience even during long-range flights. The combination of the high-performance X-AIR MK II and the compact Singularity Stubby antennas creates an optimal setup for demanding FPV pilots.

Key Advantages

• Exceptional Signal Performance: Boasting 10 dBic gain from the X-AIR MK II and 1.9 dBic from the Stubby, this kit ensures robust and clear video transmission.
• Optimized for Walksnail: Custom RP-SMA connectors provide a direct, secure fit for Walksnail Avatar HD Goggles X, eliminating adapters and ensuring perfect alignment.
• Wide Beamwidth: The 120° beamwidth of the X-AIR MK II offers extensive horizontal coverage, making it easier to maintain a stable signal.
• Compact and Durable: Low-profile design ensures easy portability and handling, while robust construction guarantees longevity.
• Versatile Frequency Range: Operates across 5.1 GHz to 6.7 GHz, suitable for a wide array of FPV applications.
• Superior Signal Stability: LHCP polarization enhances signal penetration and stability, reducing interference.
• Complete Combo Kit: Includes two X-AIR MK II antennas and two Singularity Stubby antennas for a balanced, high-performance setup.
• Reliable Delivery: Order now from HTDRONE for fast shipping within Poland or reliable worldwide delivery via DHL.

Technical Specifications

• X-AIR 5.8 MK II Antenna:
• Frequency Band: 5.1 GHz - 6.7 GHz
• Gain: 9.5-10.5 dBic
• Polarization: LHCP
• Beamwidth: 120°
• -3dB Beamwidth: 68°
• Connector: RP-SMA Male
• Dimensions: 34 mm x 34 mm x 34 mm

• Gain: 1.9 dBic
• Cross Polarization Rejection: -15 to -30 dB (1.9%)
• Bandwidth: 5.6 GHz - 6.0 GHz
• Radiation Efficiency: 99%
• SWR: <=1.5:1</li>
• Connector: RP-SMA
• Dimensions: 12.7 mm x 20 mm
• Weight: 3.7 g

Applications

This antenna kit is ideal for FPV drone racing, freestyle flying, long-range exploration, and any application requiring a stable, high-quality video link with Walksnail Avatar HD Goggles X. Perfect for pilots seeking enhanced performance and reliability.

Compatibility

Designed specifically for Walksnail Avatar HD Goggles X using RP-SMA connectors. This kit is a direct fit, ensuring optimal performance without the need for additional adapters.

FAQ

What is the main benefit of the TrueRC X-AIR 5.8 MK II and Stubby Antenna Kit for Walksnail goggles?

The main benefit is significantly improved FPV video link quality, offering extended range and enhanced signal stability thanks to the 10 dBic gain and wide 120° beamwidth of the X-AIR MK II, combined with the compact efficiency of the Stubby antennas.

Is this antenna kit compatible with other FPV goggles?

This specific kit is designed with custom RP-SMA connectors for a direct fit with Walksnail Avatar HD Goggles X. While RP-SMA is a common connector, the precise fit and alignment are optimized for the Walksnail system.

What is LHCP polarization and why is it important for FPV?

LHCP stands for Left-Hand Circular Polarization. It's crucial for FPV as it helps to reject multipath interference and improves signal penetration through obstacles, leading to a more stable and clearer video feed, especially in challenging environments.

How does the combination of X-AIR MK II and Stubby antennas work?

The X-AIR MK II antennas provide the primary high-gain, wide-beam reception, while the Stubby antennas are used on the remaining ports to complement the signal, creating a balanced and robust FPV system that enhances overall performance and reliability.

Where can I buy the TrueRC X-AIR 5.8 MK II and Stubby Antenna Kit with reliable delivery?

You can buy this high-performance FPV antenna kit at HTDRONE. We offer fast shipping within Poland and reliable worldwide delivery via DHL, ensuring you receive your order promptly.