High Resolution Images
Get a closer look at the high performace engineering behind the HD Stacker success.
View additional photos provided by our customer's
Jason from Texas says..."I just want to say Thanks! Your web site, your HD Stacker TV antenna and your service after the sale has made one happy customer." More...
Good TV reception is all about surface area. The more surface area an antenna has the more signal it will capture. Stacking one TV antenna above the other allowed us to design an antenna less than 6 feet long that performs like it's 12 feet long or longer. This design also provides a stable and strong mount that will withstand strong winds, ice and snow. More...
Stacking antennas to improve performance is nothing new. I installed stacked TV antennas in weak signal areas for over 2 decades. In the beginning I had to experiment to find the best combination of antennas and find the proper spacing distance between the antennas. Once I found the perfect set up I installed the same antennas over and over with great success. More...
If you ever find yourself waiting for a train in the Battle Creek, MI AMTRAK terminal chances are you'll watch a little TV. The extraordinary picture quality you will see is provided by a TV antenna located on the roof of the building. The antenna is the HD Stacker antenna. More...
The size and shape of the TV antenna design determines which frequencies the antenna will receive. The Antennas Direct DB8 antenna is designed primarily to receive UHF TV signals More...
We tested 19 TV antennas to find the best performing antenna. Each antenna was installed at an elevation of 10 feet above ground level. A total of 19 TV channels were tested. A rotor was used to turn and precisely aim each antenna to obtain the best possible signal strength More...
