Kathrein CA5-120/URM 134 MHz YAGI ANTENNA

Unmatched Signal Strength for Professional Use
The Kathrein CA5-120/URM 134 MHz Yagi Antenna is specifically engineered for professionals requiring dependable fixed-station applications within the 108—144 MHz band. This five-element yagi antenna is designed to deliver exceptional signal clarity and range, making it an indispensable tool for communication networks that cannot afford interruptions.

Built to Endure
Constructed with heavy wall anodized aluminum pipe and tubing, and reinforced with heavy cast aluminum and stainless steel hardware, the Kathrein CA5-120/URM antenna stands up to the toughest conditions. Its durability is unmatched, ensuring it remains a reliable part of your communication setup for years to come.

Enhanced Performance in All Conditions
Featuring balanced driven elements, this antenna excels in challenging weather, particularly in icing conditions, guaranteeing superior performance when it's needed most. A sealed balun, requiring no capacitors, further underscores the antenna's reliability and ease of maintenance.

Adaptable Installation Options
Whether you prefer horizontal or vertical polarization, the Kathrein CA5-120/URM provides the flexibility needed for various installation scenarios. With both center and rear-mount versions available, as well as the capability to form dual and quad arrays, this antenna ensures optimal alignment and signal reception in any setting.

A Safe and Secure Choice
The design of the Kathrein CA5-120/URM includes a feature that maintains the entire antenna at DC ground potential, offering an added layer of protection against electrical surges. This makes it a particularly safe option for sensitive or critical communication infrastructures.

Broad Spectrum of Applications
From emergency response systems to aviation communication and beyond, the Kathrein CA5-120/URM antenna is versatile enough to support a wide array of professional applications. Its exceptional clarity and reach make it an invaluable asset for any operation relying on clear, uninterrupted signal transmission.