Abstract: An automatic tracking astronomical globe comprising an annular frame disposed on the upper portion of a mount in a vertical position, an azimuth circle secured across a diameter of the annular frame in a horizontal position, and a transparent celestial globe with a concentric, internal terrestial globe, disposed concentrically within the annular frame and azimuth circle by a polar axle. A synchronous motor disposed in the mount and operating through a globe rotation drive mechanism, rotates the celestial globe at the rate of one revolution per sidereal day. A pair of solar and lunar drive mechanism are disposed in two drive boxes secured to the inner wall of the celestial globe at diametrically opposed positions, and engaged with a stationary equatorial gear formed along the equator of the terrestial globe.