Stargazers across the United Arab Emirates are preparing for an extraordinary astronomical event coinciding with the holy month of Ramadan in February 2026. A rare planetary parade featuring six celestial bodies will adorn the night skies, offering a unique opportunity for astronomical observation alongside traditional Ramadan gatherings.
According to Khadijah Al Hariri, Operations Manager at Dubai Astronomy Group, this phenomenon occurs when multiple planets appear aligned from Earth’s perspective despite remaining millions of kilometers apart in space. The February 2026 alignment will include Mercury, Venus, Uranus, Jupiter, Saturn, and Neptune, though not all will be visible without optical assistance.
Visibility conditions vary significantly among the planets. Venus and Saturn will be discernible to the naked eye but positioned low on the horizon shortly after sunset. Mercury presents observational challenges due to its proximity to the horizon, while Neptune requires telescopic equipment for viewing. Jupiter will remain visible for extended periods during the evening, and Uranus will require both telescopes and clear atmospheric conditions for observation.
The Dubai Astronomy Group has organized a special iftar event at Al Qudra Desert on February 27, 2026, combining astronomical observation with Ramadan traditions. The program from 6 PM to 10 PM will include planetary viewing, scientific explanations of Ramadan moon sighting procedures, and detailed analysis of the planetary alignment phenomenon. Registration is available through the Al Thuraya Astronomy Centre website with tickets starting from Dh180.
Experts emphasize that while this convergence with Ramadan is coincidental, the planetary alignment itself results from orbital mechanics. All solar system planets orbit within nearly the same flat plane, creating the appearance of a curved path called the ecliptic when viewed from Earth. The event’s rarity increases with the number of planets involved, making six-planet alignments particularly noteworthy astronomical occurrences.
Optimal viewing recommendations include selecting dark locations with clear horizon views, allowing time for eyes to adjust to darkness, minimizing smartphone use to preserve night vision, and utilizing astronomy applications like Stellarium or SkyView for planetary tracking. Desert areas and beaches away from urban light pollution offer ideal viewing conditions.