A tracking antenna system for use in a plurality of discrete radio frequency, RF, spectrums, the antenna system comprising: a stabilized antenna support configured to direct and maintain the antenna system in alignment with a communications satellite; a reflector mounted on the stabilized antenna support for tracking satellites, the reflector reflecting radio waves along a first RF path to a primary focal point; a first feed for gathering radio waves within a first of the discrete RF spectrums traveling from the reflector adjacent the primary focal point; a first feed support, wherein the first feed is mounted stationary with respect to the reflector by the first feed support; a sub-reflector movable between first and second positions, the first position being outside of the first RF path, and the second position being in the first RF path to redirect radio waves traveling from the reflector along the first RF path to a second RF path; a second feed for gathering radio waves within a second of the discrete RF spectrums traveling from the reflector and redirected by the sub-reflector along the second RF path; a second feed support wherein the second feed is mounted stationary with respect to the reflector by the second feed support; and an actuator for moving the sub-reflector between the first and second positions, wherein the actuator includes a rotation mechanism configured to rotate the sub-reflector between the first and second positions; wherein the second feed support and the second feed are disposed in front of the reflector; wherein the reflector is a parabolic reflector and the sub-reflector is a convex hyperboloid reflector; and wherein the reflector is asymmetric and wherein the sub-reflector is configured not to obstruct radio waves received by the reflector. a stabilized antenna support configured to direct and maintain the antenna system in alignment with a communications satellite; a reflector mounted on the stabilized antenna support for tracking satellites, the reflector reflecting radio waves along a first RF path to a primary focal point; a first feed for gathering radio waves within a first of the discrete RF spectrums traveling from the reflector adjacent the primary focal point; a first feed support, wherein the first feed is mounted stationary with respect to the reflector by the first feed support; a sub-reflector movable between first and second positions, the first position being outside of the first RF path, and the second position being in the first RF path to redirect radio waves traveling from the reflector along the first RF path to a second RF path; a second feed for gathering radio waves within a second of the discrete RF spectrums traveling from the reflector and redirected by the sub-reflector along the second RF path; a second feed support wherein the second feed is mounted stationary with respect to the reflector by the second feed support; and an actuator for moving the sub-reflector between the first and second positions, wherein the actuator includes a rotation mechanism configured to rotate the sub-reflector between the first and second positions; wherein the second feed support and the second feed are disposed in front of the reflector; wherein the reflector is a parabolic reflector and the sub-reflector is a convex hyperboloid reflector; and wherein the reflector is asymmetric and wherein the sub-reflector is configured not to obstruct radio waves received by the reflector.