SatelliteSale Universal Antenna Mast 2 Inch O.D. With Monopoles and Support Arms Telescopic Monopoles for Satellite Dish HDTV

SatelliteSale Universal Antenna Mast 2 Inch O.D. with Monopoles and Support Arms provides every project with fast installation, reliability, and versatility. SatelliteSale is committed to providing our customers with well-designed solutions for every work environment. We offer antenna masts that exceed the most demanding specifications for any DIY or commercial project.

They are multiple ways our antenna mast can be installed: on a house, on a side of a wall and wooden decking. Our antenna mast is designed for the installation on the roof of a building. This mast can be used in multiple applications: satellite dishes, weather stations, Starlink dishes Gen 1 and Gen 2(separate adapter is required),wireless signal booster antenna, weather stations, off-air antennas, or other types of antenna.

Here's What Makes the SatelliteSale Professional Grade

❶ The main distinguishing features of SatelliteSale masts are exceptional sturdiness and durability.

❷ Our antenna mast comes with 2 various telescopic monopoles to provide even greater support. This allows antenna mast to withstand a great wind load

❸ Unlike other J-pipe antenna masts sold as alternatives, our heavy-duty mast weighs 8 pounds, supporting even the heaviest satellite dishes and antennas up to 30 pounds

❹ The powder-coated metal mast is designed to withstand even severe weather conditions

Complete Your Installation Setup with an Antenna Mast Without Sacrificing Quality, Durability, or Convenience.

The SatelliteSale antenna mast is ideal for DirecTV satellite dishes, Starlink dishes and other antennas such as OTA, off-air antennas, weather station antennas, radio station antennas, and wireless signal boosters.

Especially for the installation convenience, we offer lightweight support braces that hold the mast in a vertical position. In addition, telescopic monopoles are individually adjustable in length to achieve an upright mast position on inclined or vertical surfaces.