Mon, Oct 5
The Moon and Mars side by side on October 5, 2026 from Jaipur
Look east at Mon, Oct 5 5:48 AM, 60° up, 3.0° apart.
About 3.0° apart: three fingers' width at arm's length.
This has passed
Times are local (GMT+5:30).
One notification in the late afternoon, only on nights with something worth going out for over Jaipur: a very bright ISS pass, a Starlink train, a meteor shower peak, planets together, a supermoon or eclipse, the northern lights, or a bright comet. Only the city is stored, not your location.
Put Jaipur's sky in your calendar
Full moons, meteor showers, eclipses and bright ISS passes (with a 10-minute reminder) appear in your calendar and update by themselves.
Plan your night
☁️ Clouds through the night
The hour-by-hour cloud forecast appears about five days before.
🌑 Find a dark sky
City light hides most of the show. Drive until the sky looks clearly darker (often 30–60 minutes out), away from streetlights, with an open view.
🛰️ Also crossing the sky that night
Bright ISS and Starlink passes during the best hours appear about five days before.
The Moon and Mars meet in the morning sky before dawn: two bright lights almost touching.
How to watch
- No equipment needed: look for two bright points unusually close together.
- Binoculars fit both in one view; a phone on night mode catches them over the horizon.
- They stay close for a few days around the date: a cloudy night is not the end.
Other cities
- New DelhiLook east at Mon, Oct 5 5:43 AM, 60° up, 3.1° apart
- ChandigarhLook east at Mon, Oct 5 5:45 AM, 59° up, 3.1° apart
- AhmedabadLook east at Mon, Oct 5 6:01 AM, 60° up, 3.0° apart
- LucknowLook east at Mon, Oct 5 5:28 AM, 60° up, 3.2° apart
- VaranasiLook east at Mon, Oct 5 5:20 AM, 60° up, 3.3° apart
- MumbaiLook east at Mon, Oct 5 5:59 AM, 59° up, 3.0° apart
- PuneLook east at Mon, Oct 5 5:55 AM, 59° up, 3.1° apart
- HyderabadLook east at Mon, Oct 5 5:36 AM, 59° up, 3.2° apart
- KolkataLook east at Mon, Oct 5 4:58 AM, 60° up, 3.5° apart
- BengaluruLook east at Mon, Oct 5 5:39 AM, 58° up, 3.2° apart
Calculated with Astronomy Engine (MIT license).