Presenting our newest offering: The Light Beam LB-BC Bicone Antenna! Click HERE for more details!
TEST SITES NEEDED: Light Beam Antenna needs three test sites to test our next multiband antenna: the LBM 3X-1. Do you want to participate? Click HERE.
Light Beam Antenna Multi-band Antennas
For amateur radio enthusiasts who want a no-compromises antenna that has been optimized to provide maximum performance on more than one amateur radio band, the Light Beam Multi-band antenna series provides a very cost effective solution that will meet your needs. Our multi-band antennas are based on the tried-and-true Moxon antenna design.
The LBM-17M+20M model is the first of several being tested and will be ready for manufacture soon. As the name implies, this antenna is designed to operated on both the 17 Meter and 20 Meter amateur bands. Forward Gains and Front to Back ratios are excellent for both bands. The natural antenna impedance is 50 Ohms and does not require a matching network.
Light Beam Antenna Mono-band Antennas
stealth: noun \'stelth\: the state of being unobtrusive; the quality or state of being secret, sly, or surreptitious.
For amateur radio enthusiasts who live in a modern urban or suburban setting, it can be next to impossible to enjoy your hobby and craft without upsetting the neighbors, aggravating the homeowner's association, or both.
Light Beam Antenna & Apparatus, LLC offers a variety of compact, efficient, and stealthy solutions.
Our Light Beam and Light Beam Plus Antenna products are designed for high performance in the Amateur Radio band from 20 to 10 Meters depending on the model. They are very compact, with a very short turning radius. Comparing antennas designed for a given Ham band, the Light Beam antennas are 1/4 the width of a normal dipole or Yagi and are 1/2 the size of a fullwave quad antenna.
Our design of an extremely strong and light weight support structure results in an antenna system with low a visual impact and is nearly indestructible.
Read what others are saying about our antennas here.