MaCo Shooting Star - 8 Element Vertical-Horizontal Beam
MaCo Shooting Star – 8 Element Vertical-Horizontal Beam
The MaCo Shooting Star 8 Element Vertical-Horizontal Beam is a high-performance directional antenna designed for operators who want stronger gain, improved signal direction control, and better long-range capability from a base station setup. Built for serious performance, this beam antenna is ideal for stations that demand better reach, reduced noise, and the ability to focus signal energy where it matters most.
With an 8-element design, the Shooting Star delivers improved forward gain and stronger front-to-back rejection compared to smaller beams and vertical antennas. The vertical-horizontal configuration provides flexible polarization options, helping operators optimize performance based on operating style, band conditions, and station goals. When installed at proper height and matched with quality feed line, it offers strong real-world results for long-distance contacts and high-performance directional operation.
Whether you're upgrading your station or adding a directional antenna to your system, the MaCo Shooting Star delivers rugged construction and performance-driven design for demanding operation.
Frequently Asked Questions (FAQ)
Q: What does 8 element mean?
A: It refers to the number of elements used to increase gain and improve the antenna’s directional performance.
Q: Is this antenna directional?
A: Yes, it is a beam antenna designed to focus signal in a specific direction for stronger reach and reduced interference.
Q: What does vertical-horizontal mean?
A: It means the antenna supports different polarization orientations depending on how it’s installed or configured.
Q: Does antenna height affect performance?
A: Yes, higher installation and clear placement significantly improve gain, coverage, and overall performance.
Q: Who is this antenna best suited for?
A: It’s ideal for serious operators who want a strong directional beam for improved long-range performance and base station capability.