In the previous paper in this series an 1:87500 model of the Moon, Earth and Sun was established which starts in the Libyan desert, passes through the Great Pyramid of Giza's base center point and terminates at the model of the Sun on an island in the Black Sea. Other than the Earth, which was modeled over Cairo, none of the locations of the models of the other planets of the inner solar system were established.

In this paper I identify two models of Venus which are attached to the Earth model of the system both of which are marked out explicitly by ancient Egyptian temples. I show that the long term average range of Venus relative to the range of Earth at the 2729 BCE winter solstice is marked out by the temple at Dendera and that the instantaneous periapsis range of Venus at the winter solstice is marked out on the Avenue of the Sphinxes at the temple of Luxor.

The planet model in Luxor is shown to have a highly accurate scaled distance from the model of the Earth in Cairo which, when scaled back up to full size, is within 105 km of the range value given in NASA's ephemeris tables which relates to an timing error in the ephemeris table of 17 minutes at the moment of the winter solstice in 2729 BCE.

I further show that the orbital inclination of Venus and its axial tilt to its orbit have also been modeled and thereby solve the alignment and positioning of the temple of Hatshepsut located on the opposite side of the Nile.

I conclude that the Luxor temple complexes are part of the solar system model established in the previous paper and represent a model of Venus at the moment of the 2729 BCE winter solstice of Earth.