• RHD High-Frequency 1560-1620MHz Directional Antenna for Drone Applications
  • RHD High-Frequency 1560-1620MHz Directional Antenna for Drone Applications

RHD High-Frequency 1560-1620MHz Directional Antenna for Drone Applications

No.No.RHD-DA 1560-1620MHz
The RHD High-Frequency 1560-1620MHz Directional Antenna is engineered to provide exceptional performance for both drone and anti-drone (counter-drone) applications, requiring reliable, long-range communication. Operating within the 1560-1620MHz frequency range, this antenna is optimized for high-gain and directional signal transmission, ensuring stable and secure connectivity in both UAV (Unmanned Aerial Vehicle) and anti-drone systems. Perfect for use in remote or challenging environments, RHD TECH offers full customization capabilities, allowing the antenna to be tailored to meet specific requirements for both drone communication and counter-drone operations.
  • RHD High-Frequency 1560-1620MHz Directional Antenna for Drone Applications

Description

Electrical specifications

Frequency range 

1560-1620MHz

Gain 

8dBi

Impedance 

50Ω

VSWR 

≤2.0

Polarization 

Vertical

Maximum input power 

<10 W

Mechanical specifications 

Cable length

Customized

Connector 

SMA male

Cable 

RG316

Dimension 

250*90*1.0mm

Ambient temperature 

-40℃~+60℃


Key Features:

Wideband Frequency Range (1560-1620MHz) – Ideal for applications in high-frequency communication systems, ensuring consistent performance.

High Gain Directional Coverage – Focuses signal transmission in a specific direction, increasing the effective range and minimizing interference.

Compact and Durable Build – Lightweight yet rugged, designed to withstand outdoor environments and provide reliable performance in any condition.
Perfect for Drone Systems – Tailored for use in UAVs, ensuring high-performance communication and stable flight operations.

Applications:
Drone Communications
Long-Range UAV Operations
Signal Enhancement for Remote Control and Data Transmission
Aerial Mapping, Surveillance, and Monitoring


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