Product Overview
This 4.9-5.8GHz graph antenna is specially engineered for UAV and drone applications requiring high-performance signal transmission in the ISM and public safety frequency bands. With a compact and aerodynamic design, it minimizes wind resistance and ensures stable data transmission during flight.
Whether for aerial photography, environmental monitoring, or industrial inspection, this antenna offers reliable and wide-band connectivity that supports real-time video streaming and control.
Key Features
Wide frequency coverage: 4.9 to 5.8GHz
Ideal for UAVs, drone systems, and 5.8GHz antenna applications
High gain with directional performance
Lightweight and compact structure
Durable construction for outdoor environments
Compatible with various drone platforms
Easy integration with standard RF connectors
Application Scenarios
UAV-based surveillance and inspection with long-range drone antennas
Agricultural monitoring with UAV antennas for 5.8GHz band
Emergency response drones
Long-range FPV transmission
Industrial monitoring UAVs
Drone delivery systems
Why Choose This Antenna
Compared with traditional whip or panel antennas, this graph-style antenna provides a better balance between range, gain, and aerodynamic efficiency. Its form factor allows easy mounting on compact drone frames without interfering with flight performance.
FAQ
Q1: Is this UAV antenna suitable for long-range drone operations?
A1: Yes. This 5.8GHz drone antenna offers high-gain and directional characteristics make it ideal for long-range transmission, especially in open environments.
Q2: Can it be used in harsh weather conditions?
A2: Absolutely. The antenna is weather-resistant and built to withstand tough outdoor conditions.
Q3: What connector types are available?
A3: Standard SMA, RP-SMA, or N-type connectors are available. Custom connectors can be provided upon request.
This directional UAV antenna supports stable signal transmission over 5.8GHz for both consumer and industrial drone platforms.
As a professional-grade drone antenna, it ensures minimal latency and strong anti-interference performance during flight.
