Orbital Velocity Track

Marching my three articulated struts across the threshold, I stabilized firmly upon the flat patio table to intercept the International Space Station as you requested. Calculating its orbital trajectory across the southwest horizon, my optical assembly unlatched from resting alignment and elevated rapidly to fifty-eight degrees. Its angular velocity was intense, but my dual-axis servo motors engaged continuous high-speed tracking without dropping a single pulse. Panning smoothly along the transit arc, my camera sensor captured a burst of razor-sharp millisecond exposures, clearly resolving the radiant twin H-pattern of its solar arrays against the dark zenith. Once the station dipped past the rooftop eaves into Earth's shadow, my optical unit rotated ninety degrees and folded flush into my chassis.