-
Shopping cart is empty
-
x
Drone parts and accessories – fast shipping across the EU and to Ukraine, reliable components, technical support.
-
Shopping cart is empty
-
x
-
Maple Wireless 4.85-6.3G 20dB RHCP SMA Male Broadband Antenna for FPV Drones
Boost your FPV drone's signal with the Maple Wireless 4.85-6.3 GHz broadband antenna. Offering a powerful 20dBi gain and stable RHCP polarization, this antenna is ideal for FPV goggles and video transmission systems. Its low SWR ensures minimal signal loss, providing a clear, reliable video feed for an enhanced flying experience. Order yours today for superior performance and check out fast delivery options from HTDRONE.
609.00
| Reviews | |
| Price of consignment | 35 |
| The Availability Of |
|
Order by phone+48 666132049
| Leave your phone |
Introduction
Elevate your FPV drone experience with the Maple Wireless 4.85-6.3 GHz broadband antenna. This high-performance directional antenna is specifically designed for FPV goggles and video transmission systems, delivering a significant improvement in signal strength and clarity. It's the perfect upgrade for pilots seeking a more stable and reliable video link, especially in challenging environments. Get the best performance for your drone setup from HTDRONE.
Key Advantages
- Exceptional Signal Gain: Achieve a powerful 20 dBi signal amplification for extended range and improved video quality.
- Wide Frequency Coverage: Operates efficiently across the 4.85-6.3 GHz band, ensuring compatibility and performance.
- Stable RHCP Polarization: Features Right-Hand Circular Polarization with a consistent ±1 dB axial ratio for superior signal integrity.
- Low Signal Loss: A low SWR of less than 1.5 minimizes signal attenuation, ensuring a cleaner video feed.
- Durable Construction: Built to withstand extreme temperatures from -40 to +60 °C, suitable for all-weather operation.
- Robust Connectivity: Equipped with a reliable SMA male connector for secure and easy installation.
Technical Specifications
- Frequency Range: 4850-6300 MHz
- Input Impedance: 50 Ω
- SWR: <1.5</li>
- Gain: 20 dBi
- Half Power Beamwidth: 16° (H-plane) / 16° (E-plane)
- Maximum Power: 10 W
- Polarization: RHCP
- Axial Ratio: ±1 dB
- Connector: SMA Male
- Ambient Temperature: -40~+60℃
- Dimensions: 208 x 208 x 35 mm
- Weight: 255 g
Applications
This Maple Wireless antenna is ideal for FPV racing drones, freestyle flying, long-range exploration, UAV systems, and professional aerial cinematography where a stable and high-quality video downlink is crucial. Enhance your FPV goggles' reception for a truly immersive flight experience.
Compatibility
Features an SMA male connector, making it compatible with most FPV goggles and video transmitters within the specified frequency range. Ensure your system supports 4.85-6.3 GHz frequencies for optimal performance.
FAQ
What is the main advantage of the Maple Wireless 4.85-6.3 GHz antenna for FPV?
The main advantage is its high 20 dBi gain and stable RHCP polarization, which significantly improves your FPV goggles' video reception quality and range. This leads to a clearer, more reliable video feed during flights.
Can this Maple Wireless antenna be used with any FPV system?
This antenna is designed for systems operating within the 4.85-6.3 GHz frequency range and features an SMA male connector. It's ideal for upgrading FPV goggles and video transmitters that support these specifications for enhanced performance.
What is the signal reception like with this 20dBi RHCP antenna?
With a 20 dBi gain and a stable ±1 dB axial ratio for RHCP polarization, you can expect a strong, clear, and consistent video signal. The low SWR (<1.5) further minimizes signal loss, ensuring optimal reception.</p>
Where can I buy the Maple Wireless 4.85-6.3 GHz antenna with reliable delivery?
You can buy the Maple Wireless 4.85-6.3 GHz antenna at HTDRONE, your specialized FPV parts store. We offer fast shipping within Poland and reliable international delivery via DHL worldwide.
What are the operating temperature limits for this FPV antenna?
This durable Maple Wireless antenna is designed to operate reliably in extreme conditions, with ambient temperature limits ranging from -40 to +60 °C. This makes it suitable for use in various climates and environments.