Physical mechanism. A paraboloidal conductive surface redirects incoming plane radio waves to a focal feed. Receivers amplify and measure the intercepted signal; azimuth and elevation bearings steer the aperture.
Textbook equations. λ = c/f, θ ≈ 1.22λ/D (radians), A = πD²/4, ηsurface = exp[−(4πσ/λ)²], Aeffective = 0.72ηsurfaceA. The 0.72 factor is an illustrative non-surface efficiency, not a measured value.
Genuine principles. Parabolic focusing, circular-aperture diffraction, geometric collecting area, the Ruze surface-error approximation and steerable alt-azimuth pointing.
Engineering-inspired reconstruction. The truss, actuator mechanisms, receiver packaging, bearings and cables are original illustrative engineering designs, not real facility drawings.
Simplified educational representation. Perfect illumination, far-field source, single linear polarization, and a scalar surface RMS; no electromagnetic field solving, atmospheric propagation or calibration model. Geometry is fixed while the aperture slider performs a separate textbook what-if calculation.
Speculative / illustrative. Particular service-module placements, electronics packaging, colors, moving light paths and robotic motions are illustrative animation, not validated scientific simulation.
Illustrative design, not affiliated with any real institution or manufacturer.