Shakespeare SRC35 35' Cable For SRA30/40/50

The Shakespeare SRC35 35' Cable For SRA30/40/50 is a purpose-built replacement and extension cable designed for Shakespeare marine and tactical antenna systems. This cable serves operators, law enforcement, and military personnel who require reliable RF connectivity for communications equipment deployed in field, vehicle, or base-station configurations. Extended cable runs are mission-critical in situations where antenna placement must be remote from the radio transceiver—whether mounted on a vehicle roof, a mast, or a tactical command post—making a quality, low-loss cable essential for maintaining signal integrity over distance.

The SRC35 cable is engineered to minimize signal attenuation across VHF/UHF frequency bands commonly used in professional communications. At 35 feet in length, this cable accommodates moderate-to-long antenna separation while remaining manageable for field deployment and reconfiguration. The cable is designed to terminate with connectors compatible with Shakespeare's SRA30, SRA40, and SRA50 antenna systems, ensuring impedance matching and secure mechanical coupling. Weather-resistant construction and durable jacketing protect against UV degradation, moisture intrusion, and mechanical wear typical in field use, making this cable suitable for both temporary and semi-permanent installations in harsh environments.

Operators deploying multi-radio systems, emergency response teams, and military units benefit most from this cable when antenna systems must be positioned for optimal radiation pattern coverage or when radio equipment is mounted internally in vehicles or shelters. The cable's compatibility with the SRA30, SRA40, and SRA50 antenna series makes it an ideal replacement for damaged or worn units, or a convenient extension for expanding existing antenna systems. Installation is straightforward—simply connect between the radio output connector and the antenna input, ensuring all connections are finger-tight and weather-sealed. Proper cable management and routing away from heat sources and sharp edges will maximize service life and maintain consistent RF performance across communications equipment.