Anti-Drone Detection Station with Drone Target

Design a cylindrical anti-drone detection station, 2.4 meters tall total, mounted on a 0.9 meter diameter circular base plate. The top section is an outer protective shell: a hemispherical dome radome, 0.55 meter radius, made to sit on top of a cylindrical mast housing that is 0.35 meter diameter and 1.9 meters tall. Add small cable gland openings at the base of the mast. Inside the mast housing, model an inner hexagonal chassis stack, 0.6 meter diameter across flats, 1.2 meters tall, mounted on a central support column, with 5 evenly spaced horizontal mounting shelves for internal electronics modules. On the forward-facing side of the mast, at 75% of the mast's height, mount a flat circular radar antenna module, 0.25 meter diameter, angled slightly upward, with a conical volume extending forward 3 meters at a 20 degree half-angle to represent the radar beam envelope. Above the radar, at 85% of the mast height, mount a dual-lens camera housing on a 2-axis gimbal bracket, 0.15 meter cube housing with two 0.04 meter diameter lens barrels side by side, and a pyramid-shaped volume extending forward 2 meters representing a 60 degree horizontal by 45 degree vertical field of view. Near the top of the mast, just below the radome, add four small cylindrical sensor pods, each 0.05 meter diameter and 0.08 meter tall, spaced evenly around the circumference. Separately, model a small quadcopter drone, 0.35 meter rotor-to-rotor span, with a central body and four arms each ending in a rotor disc, positioned 35 meters in front of the station at a height of 12 meters, to represent a test target. Use a light gray material for the radome, dark charcoal for the mast and chassis, red for the radar module, blue for the camera housing, yellow for the sensor pods, and black for the drone.

Parameters

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