TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
TCI’s Replacement Radome Covers for Andrew Antennas.
Designed to Replace.
Built to Enhance.
TCI’s Replacement Radome Covers for RFS Antennas.
Engineered for Seamless Replacement and Lasting Performance
Designed as drop-in replacements for existing RFS Antenna covers, TCI’s EM-Transmission 1400™ radomes install quickly and ensure reliable long-term performance in demanding environments.
Each unit is precision-engineered for dimensional accuracy, material compatibility, and long-term service life, simplifying maintenance and minimizing network downtime.
Engineered for superior RF transparency, these radomes deliver exceptionally low transmission loss, supporting long-term reliability and reduced maintenance across diverse operating conditions.
Direct-Fit Replacements for RFS Antennas
Select your RFS Antenna model below to identify the compatible
EM-Transmission 1400™ replacement radome.
Antenna Models by RFS | Mounting Style | 6' | 8' | 10' | 12' | 15' |
|---|---|---|---|---|---|---|
UDA | Grommets | 23066 | 23049 | 15643 | 23048 | 22883 |
UA | Grommets | 23066 | 23049 | 15643 | 23048 | 22883 |
UXA | Grommets | 23066 | 23049 | 15643 | 23048 | 22883 |
DAX | Grommets | 23066 | 23049 | 15643 | 23048 | 22883 |
DA | Grommets | 23066 | 23049 | 15643 | 23048 | 22883 |
Complete your installation with TCI’s precision-engineered hardware kits, designed to fit all EM-Transmission 1400™ radomes.
Trusted Worldwide for RFS Compatibility.
For over four decades, TCI’s advanced materials have safeguarded antennas operating in some of the most demanding telecom, defense, and satellite environments.
Enhance your RFS systems with EM-Transmission 1400™ radomes, precisely designed for dimensional accuracy, environmental resilience, and consistent RF performance.