XYH FPV Drone Antennas support 1.2G/3.3G/5.8G bands, featuring omnidirectional coverage, RHCP circular polarization (anti-interference), and SMA male connector. Made of eco-friendly ABS, it bends flexibly for angle adjustment, fitting carbon fiber FPV Drones, 5 Inch FPV Drone Kits, and racing frames—ensuring stable video/control signals.

Product Overview

Our FPV Drone Antennas are engineered for reliable long-range signal transmission, a critical drone accessory for carbon fiber FPV drones and carbon fiber Racing Drone frames. With tri-band support (1.2G/3.3G/5.8G), they adapt to diverse FPV scenarios—from short-range racing (5.8G) to long-distance aerial photography (1.2G). Their omnidirectional design and RHCP polarization eliminate signal dead zones and interference, pairing seamlessly with 5 Inch FPV Drone Kits and DIY Carbon Fiber Drone Frames. Flexible bending and eco-friendly ABS build ensure durability, making them ideal for both hobbyists and professional pilots.

Technical Specifications

Product Name: FPV Drone Antennas (1.2G/3.3G/5.8G)

Frequency Bands: 1.2GHz, 3.3GHz, 5.8GHz (tri-band compatible)

Connector Type: SMA Male (fits most FPV transmitters/receivers)

Directionality: Omnidirectional (360° coverage, no signal dead zones)

Polarization: RHCP (Right-Handed Circular Polarization, anti-interference)

Power Handling: 50W (supports high-power transmitters)

Impedance: 50 Ohms (matches standard FPV electronics)

Standing Wave Ratio (SWR): <1.5 (low signal loss, high efficiency)

Material: Eco-friendly ABS (lightweight, impact-resistant)

Physical Feature: Flexible bending (arbitrary angle adjustment)

Compatibility: carbon fiber fpv frames, 5 Inch FPV Drone Kits, Carbon Fiber Racing Drone frames, Lightweight Carbon Fiber Drones

Product Features

Tri-Band Versatility: 1.2G/3.3G/5.8G support covers all FPV needs—5.8G for carbon fiber Racing Drone frames (short-range, low latency), 1.2G for long-distance aerial photography, eliminating the need for multiple antennas.

Anti-Interference Design: RHCP polarization reduces signal noise by 40% vs. linear polarization, ensuring clear video transmission for carbon fiber FPV drones in crowded areas.

Omnidirectional Coverage: 360° signal ensures stable control even when drones fly at extreme angles (critical for FPV racing stunts), outperforming directional antennas.

Flexible Installation: Bends to any angle, fitting tight spaces in Carbon Fiber Drone Frames (e.g., 250mm drone frame) without damaging the antenna or blocking other components.

Durable & Lightweight: Eco-friendly ABS resists crashes (common in DIY carbon fiber drone builds) and adds minimal weight (<10g) to maintain drone agility.

How to Install the Antenna

Check Compatibility: Ensure your FPV transmitter/receiver has an SMA female port (matches the antenna’s SMA male connector).

Mount Position: Attach the antenna to your carbon fiber fpv frame—position it away from metal components (to avoid interference); use zip ties for secure fixing.

Angle Adjustment: Bend the antenna to face open sky (maximizes signal range); avoid blocking it with drone accessories (e.g., cameras, gimbals).

Signal Test: Power on the drone and FPV goggles; check signal strength (SWR<1.5) at different distances to confirm optimal placement.

Secure Connections: Tighten the SMA connector firmly to prevent signal dropouts during high-speed flight (critical for carbon fiber racing drones).

Application Scenarios

FPV Racing: 5.8G band delivers low-latency signal for carbon fiber racing drone frames, supporting high-speed turns and close-quarters competition.

Long-Distance Aerial Photography: 1.2G band ensures stable transmission for Lightweight Carbon Fiber Drones capturing footage over large areas (farms, construction sites).

Industrial Inspections: 3.3G band balances range and latency for carbon fiber drone bodies inspecting power lines or pipelines, where reliable signal is safety-critical.

DIY FPV Builds: Integrates into Carbon Fiber Drone Frame Kits and 5 Inch FPV Drone Kits, ideal for hobbyists testing different flight scenarios.

Value to Buyers

Pilots: Tri-band design saves cost vs. buying single-band antennas; anti-interference ensures no signal loss during races or inspections.

Drone Manufacturers: Easy integration into carbon fiber drone kits reduces assembly complexity; lightweight design maintains drone balance.

Industrial Users: Stable long-distance signal minimizes re-flights, improving inspection efficiency for carbon fiber drone-based projects.

Certifications and Compliance

Complies with CE, FCC, and ROHS standards, meeting global wireless device regulations for safe use in North America, Europe, and Asia.

Customization Options

Offers bulk-order customization for connector types (e.g., RP-SMA for specific transmitters) and colors (to match branded carbon fiber drone frames). Supports custom cable lengths for large-scale industrial drone projects.

Production Process

Antennas undergo: 

1) Precision manufacturing of ABS housing and internal copper coils; 

2) SMA connector soldering (high-quality joints to reduce signal loss); 

3) SWR testing (<1.5) and polarization verification; 

4) Flexibility and impact resistance checks to ensure durability.

FAQ

Q: Will it work with my 5 Inch FPV Drone Kit?

A: Yes—5.8G band is standard for 5 Inch FPV Drone Kits, and the SMA connector fits most FPV electronics in carbon fiber fpv frames.

Q: How far can the 1.2G band transmit?

A: Up to 5km in open areas (with a 2500mW transmitter), ideal for long-distance carbon fiber FPV drone missions.

Q: Can it withstand crashes?

A: Yes—eco-friendly ABS is impact-resistant; flexible design bends instead of breaking, suitable for diy carbon fiber drone frame builds.

Q: Does it work with both analog and digital FPV systems?

A: Yes, compatible with both analog (5.8G) and digital (e.g., DJI O3, 1.2G/3.3G) systems, making it versatile for different carbon fiber drone setups.

Q: What’s the weight of the antenna?

A:<10g, which won’t affect the balance of Lightweight Carbon Fiber Drones or carbon fiber racing drone frames.