WR2100 350MHz to 530MHz 10dbi Standard Gain Waveguide Horn Flange Type: UDR, N-Female connector

Model No: HS-2100-UDR-10A-716

Made in Taiwan
Frequency 350 - 530 MHz
Waveguide WR-2100
Gain 10 dBi
Stock: 0
2026/06/24
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WI-2100-UDR-10 WR-2100 Standard Gain Horn Antenna

350 - 530 MHz | 3000W High Power | Precision UHF Grade
The WI-2100-UDR-10 is a high-performance WR-2100 Standard Gain Horn Antenna specifically engineered for long-wavelength radar and microwave applications. Operating within the 350 MHz to 530 MHz range, it provides a stable 10 dBi gain and exceptional power handling up to 3000 Watts (CW). Constructed from aerospace-grade aluminum with a precision UDR flange, this antenna is the premier instrument for radar detection systems, spectrum monitoring, and high-intensity EMI testing where signal integrity and power endurance are paramount.



Electrical & RF Performance
Frequency Range 350 MHz - 530 MHz
Waveguide Standard WR-2100
Nominal Gain 10 dBi
Max Power Handling 3000 Watts (CW)
Beamwidth (H/E) 54° / 54°
Mechanical & Physical
Dimensions 710 x 970 x 1443 mm
Weight 37 kg
Connector Type N-Female (Precision)
Body Material 6061 Aluminum

Optimized Low-Frequency Range

Specifically tuned for the 350-530 MHz spectrum, making it an essential component for early-warning radar systems and long-range surveillance missions.

Extreme Power Endurance

Engineered to reliably manage up to 3000W of continuous wave power while maintaining structural integrity during high-intensity signal management operations.

Precision Beam Pattern

Balanced 54° beamwidth in both E and H planes ensures the boresight accuracy required for professional antenna measurements and EMI/EMC profiling.

Rugged Industrial Design

Heavy-duty 37kg aluminum construction provides mechanical precision and resistance to thermal expansion in laboratory or tactical field environments.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain calibration reports, custom mechanical mounting solutions, or technical data for large-scale radar sub-systems.

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