Solarcon Antron 99 17 Foot CB Base Station Antenna Fiberglass Omnidirectional
Solarcon Antron 99 17 Foot CB Base Station Antenna Fiberglass Omnidirectional
Promotions
Promotions
Login to your account or create one, to see what QSO Rewards are waiting for you!
Quick Specs
Quick Specs
Scoll down for more information about this item.
U.S. Patent #4,360,814. Canadian Patent #1,145,456. England Patent #2,046,529. Other patents pending.
- Handles 2000 Watts
- 1/2 Wave over a quarter wave variable mutual transductance tuned antenna
- 17' Antenna in three easy to assemble sections
- DC grounded - Meets U.S. government CPSC shock hazard standards. Protects up to 14,500 volts
- Can be used for export, commercial and 10 Meter ham radios
- Entire antenna radiates 9.9 DBI Gain
A-99 is the highest gain fiberglass antenna on the market. Works with GPK-1 ground plane. This high power antenna handles 2000 watts of power, and is insulated up to 14,500 volts. Can be used for export, CB commerical and 10 meter ham. And with the heavy duty mounting plate, this base station antenna can withstand greater wind loads.
Purchase with the optional ground plane kit to lower the angle of radiation for even greater range.
Description
U.S. Patent #4,360,814. Canadian Patent #1,145,456. England Patent #2,046,529. Other patents pending.
- Handles 2000 Watts
- 1/2 Wave over a quarter wave variable mutual transductance tuned antenna
- 17' Antenna in three easy to assemble sections
- DC grounded - Meets U.S. government CPSC shock hazard standards. Protects up to 14,500 volts
- Can be used for export, commercial and 10 Meter ham radios
- Entire antenna radiates 9.9 DBI Gain
A-99 is the highest gain fiberglass antenna on the market. Works with GPK-1 ground plane. This high power antenna handles 2000 watts of power, and is insulated up to 14,500 volts. Can be used for export, CB commerical and 10 meter ham. And with the heavy duty mounting plate, this base station antenna can withstand greater wind loads.
Purchase with the optional ground plane kit to lower the angle of radiation for even greater range.
Purchase With Confidence
Questions & Answers
Have a Question?
Be the first to ask a question about this.