SHAKESPEARE SHA-5242-A 3 Low Profile VHF Antenna, 3dB

3 VHF Marine Band 3dB Gain Whip Antenna, MFG# 5242-A, includes 1 piece antenna & chrome plated brass cannister ferrule only

The Shakespeare Industries SHA-5242-A is a 3 VHF Marine Band 3dB Gain Whip Antenna, and is used for 5242-A MFG#. It includes 1 piece antenna and chrome plated brass cannister ferrule only.

The SHA-5242-A is a 3 low profile VHF marine band 3dB gain whip antenna with a chrome plated brass cannister ferrule.

The Shakespeare J-5242-A antenna is an external 3 VHF marine band whip, and has a miniature stainless steel braid shield to protect from nautical radio frequency interference. It will mount to any equipment that includes a threaded fitting or stud, and has a low profile.

SHAKESPEARE 5242-A Antenna Package combines our flexible 3 dB gain VHF antenna and the 1 piece universal mount for easy quick installation. The black non glare finished steel whip is RG58 jacketed thermoplastic with a permanently attached magnetic, waterproof connector and a chrome steel receptacle connecting plate.

The Shakespeare 5242-A 3-DBI low profile antenna is a VHF marine band UHF antenna. It has an impedance of 50 Ohms and is 1/2 wave on VHF Marine Band (160 Mhz). The gain to noise ratio is +3dB, with a flame resistant fiberglass housing and stainless steel whip. This antenna has a frequency range between 156 Mhz and 174 Mhz.

This is a genuine Shakespeare product, we are just the invoice/shipping handling distributor for this product. This antenna has a 3dB gain and is specifically Marine Band built for VHF marine band channel 16,65,66.

This is a nice looking, well-made solid brass ball "whip" style antenna. It is very similar to the Shakespeare 3-dB model No. 5241A, except this one has an insulator between the radiator and the insulator tube, and is slightly shorter. If you need just a bit less gain than the No. 5241A antenna will provide, this one should work great for your application. The antenna has an end-connector that is marked for easy identification as to which end is which.  Solder-type connections are provided on both ends of the tube with a slotted