Abstract: A stabilizer platform mounted to a vessel for positioning a satellite dish antenna in the azimuth and elevation directions. An azimuth motor and an elevation motor are mounted in a formed hollow interior of a housing. Azimuth motor control cables and elevation motor control cables are connected to the motors to carry signals and power for controlling the operation of the motors. On top of housing is mounted a platform which rotates in the azimuth direction with respect to the housing. The azimuth motor is coupled to the platform through a gear arrangement and rotates the platform. On top of the platform is mounted an elevation drive which holds the satellite dish antenna. Mounted in the platform is an elevation gear cluster which rotates with respect to the platform. The elevation gear cluster is coupled to the elevation drive. The elevation motor drives the elevation gear cluster so that the elevation motor can move the satellite dish antenna in the elevation direction.

Abstract: A stabilizer platform mounted to a vessel for positioning a satellite dish antenna in the azimuth and elevation directions. An azimuth motor and an elevation motor are mounted in a formed hollow interior of a housing. Azimuth motor control cables and elevation motor control cables are connected to the motors to carry signals and power for controlling the operation of the motors. On top of housing is mounted a platform which rotates in the azimuth direction with respect to the housing. The azimuth motor is coupled to the platform through a gear arrangement and rotates the platform. On top of the platform is mounted an elevation drive which holds the satellite dish antenna. Mounted in the platform is an elevation gear cluster which rotates with respect to the platform. The elevation gear cluster is coupled to the elevation drive. The elevation motor drives the elevation gear cluster so that the elevation motor can move the satellite dish antenna in the elevation direction.