Solarcon A-99 with Ground Plane Kit

The Solarcon A-99CK is an omni-directional fiberglass CB and amateur radio base station antenna that includes the GPK-1 ground plane kit to enhance signal strength and stability. It is highly regarded by users for its durability, ease of assembly, and excellent performance for its price point.
Key Features and Specifications
The A-99CK is designed for robust performance across various frequencies and conditions.
Feature Detail
Antenna Type Half-wave over a quarter-wave variable mutual transductance tuned antenna.
Frequency Range Optimal range is 18-29 MHz; operates on 10 through 17 meters with a tuner, and covers traditional CB channels.
Gain The manufacturer claims an entire antenna radiation of 9.9 dBi gain; some retailers list it as 3.2 dBi gain.
Power Handling Handles up to 2000 Watts P.E.P..
Construction Made of durable, weather-resistant fiberglass in three easy-to-assemble sections.
Height Approximately 18 feet (5.3 meters) tall when assembled.
Ground Plane Includes the GPK-1 ground plane kit, which consists of four 6-foot fiberglass radials, to increase transmit signal strength.
Safety DC grounded for lightning protection and insulated up to 14,500 volts.
Tuning Features “Adjust-A-Match” tuning rings for fine-tuning the SWR (Standing Wave Ratio) over a range of frequencies.
Connector Female UHF Coax Connection (SO-239).
User and Expert Opinions
Performance: Many users praise the antenna for its impressive range and low SWR right out of the box, with some reporting contacts over 900 miles away under favorable skip conditions. It’s considered an excellent option for long-distance (DX) communication.
Durability: Reviewers commend its ruggedness, noting it has survived severe weather including hurricanes and high winds for many years.
Ease of Use: The three-section design is described as lightweight and easy to assemble and install, even by a single person.
Value: It’s frequently mentioned as a “best value” option that performs well for its price, even if some more expensive antennas might slightly outperform it in specific scenarios.