WR2300̣(320 to 490MHz) 10dBi Standard Gain Waveguide Horn/Flange:UDR 7/16 Female Antenna

Model No: HS-2300-UDR-10A-716

Made in Taiwan
Frequency 320 - 490 MHz
Type WR-2300 Horn
Gain 10 dBi
Stock: 0
2026/06/24
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HS-2300-UDR-10A-716 UHF Horn Antenna

320 - 490 MHz | 3000W Ultra-High Power | Industrial Grade
The HS-2300-UDR-10A-716 is a massive-scale, high-precision standard gain horn antenna specifically engineered for ultra-high power applications in the UHF spectrum. Operating from 320 MHz to 490 MHz, this antenna utilizes a heavy-duty WR-2300 waveguide structure with a UDR flange. Delivering a stable 10 dBi gain and capable of handling an extraordinary peak power of 3000 Watts, it is a critical instrument for signal integrity verification in radar systems, spectrum surveillance, and high-intensity electromagnetic interference (EMI/EMC) testing.



Electrical & RF Performance
Frequency Range 320 MHz - 490 MHz
Waveguide Interface WR-2300
Nominal Gain 10 dBi
Max Power Handling 3000 Watts (CW)
Beamwidth (H/E) 54° / 54°
Mechanical & Physical
Dimensions 770 x 1068 x 1498 mm
Weight 54 kg
Connector Type 7/16-Female (DIN Standard)
Body Material Industrial Grade Aluminum

UHF Precision Engineering

Designed specifically for the 320-490 MHz spectrum, providing highly stable electrical performance and low loss for critical signal integrity measurements in massive RF systems.

3000W Ultra-High Power

Equipped with a specialized DIN 7/16 interface to support extreme power levels up to 3000W, making it ideal for radar detection and high-power broadcasting tests.

Robust Large-Scale Build

Constructed from premium structural aluminum with a net weight of 54 kg and a length of 1.5 meters, ensuring exceptional mechanical rigidity for fixed-site and laboratory duty cycles.

Mission-Critical Accuracy

Ensures repeatable gain performance across the UHF band, essential for spectrum monitoring, wireless communication analysis, and standardized antenna calibration.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain data, heavy-duty mounting options, or technical support regarding high-power UHF measurement setups.

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