SHAKESPEARE SHA-5250-AIS AIS Antenna, 3 Stainless Whip, 3dB

Skinny Mini Low-Profile 36, MFG# 5250-AIS, 3dB Marine AIS antenna. S/S whip, 15 RG-58 w/ PL-259, 1-14 threaded base. For use with both VHF and AIS receivers.

Antenna is S/S whip, 1-14 threaded base, 3dB. Used for AIS and VHF marine communication purposes. Marine grade S/S and black powdercoated for protection in the harshest marine environment. Meets IEC 60974-6 AIS #RG58.

This skinny mini antenna is designed for use with marine AIS receivers and displays. Matching accessories are required for installation on all M/V's. The whip is 15 RG58 coax cable with a PL259 connector at the base. The threads are 1-14.

The 5250-AIS Skinny Mini marine antenna is lightweight and easy to mount. It features a stainless steel whip for dependable performance and 15 ft of RG-58 cable with a PL-259 connector.

The pocket-sized Shakespeare 5250-AIS antenna is ideal for mounting on the top of any Sailboat or Motor Yacht. This slim, low-profile antenna provides great performance with its 2 1/2" stainless steel whip and 15" cable length. An integral 1/4"-20 threaded base allows for easy connection to your radio. Using push-on connectors, you can easily connect this Marine AIS antenna to your VHF Radio by sliding it onto the FME plug and snapping on the SMA plug.

The Shakespeare Skinny Mini is a 36" stainless steel whip AIS antenna with a 3 dB gain and it is designed for both VHF and AIS. This marine grade antenna maintains its durability in temperatures ranging from -40 to +185 degrees Fahrenheit.

The SHA-5250-AIS is a Mini Whip, Low profile Antenna. Skinny but rugged design compiles with all AIS Radio installations for Ship's Bridge and Chart Room and other locations. The S/S Whip design allows for easy mounting and improves reception.

Enjoy the many benefits of a Marine AIS receiver without breaking the bank. The SHA-5250-AIS mini low profile antenna will mount to any flat surface and is designed with skin in mind. The stainless steel whip can be mounted vertically or horizontally, and is driven by a thermoplastic base for durability.