Satellite Tower with two Antennas

Tall angle of satellite antennas
Satellite antennas
2m Satellite Antenna
Another angle of satellite antennas

Satellite Tower Installation

Below are links to photos of the satellite tower construction.

Materials are:

2 10ft 1.5in square tube joined with angle iron. Overall mast height 20ft.
2 rotator platforms. The bottom platform will hold a Ham-IV rotator and the top platform has 2in hole co-axial of the rotator below. Through the hole will be attached a 14ft 1.75in O.D. Alumunum mast of respective wall-thickness and alloy for strength and weight advantages (stronger and lighter).
Attached to mast will be other UHF and higher frequency antennas dedicated to local terrestrial use.
The plan is to install the Yaesu G-550 at the top of the 14ft mast and then place 2m, 70cm and 1.2Ghz antennas controlled by Elevation rotator (G-550), and Azimuth rotator (Ham-IV).
Total length from feed point to radio is approx 50ft electrically.

Photos

Updated Photos with Rotators

Mast and both Rotators
Bottom Rotator (Hy-Gain Ham-IV)
Top Rotator (Yaesu G-550)
Rotator Controls at Operating Station

Overall Installation

Base of mast on hinge
Top mount
Notes: The 3ft section of 1.5in square tube is doubled up with another inside the shack bolted through and sandwiched around the frame of the shack. The top mount is further lag-bolted vertically through the top-plate of the shack frame. The mast isn't going anywhere. ;-)

Rotator platform and guide
Wide angle of installation
Tall angle of installation
Notes: The flood light mast is going to be removed prior to installing antennas, so there will be ample (10ft) of gap between the apex of the roof of the shack and the Elevation boom (horizontal) attached to the Azimuth boom (vertical).

Steel is used in the mast, platform and supports.
5/16in stainless hardware is used throughout for attaching the mast and it's parts.
The mast is installed on a hinge at the bottom that allows the whole structure to be lowered and serviced for safety and convenience.