Aurangabad to New York Time Difference
New York is 9 hours 30 min behind Aurangabad. When it is noon in Aurangabad, it is 2.5:00 in New York.
Kolkata (UTC+5:30) → New York (UTC-4)
🕐 Interactive Time Explorer
When it's 11:00 in Aurangabad, it's 1.5:00 in New York
Drag the slider to see corresponding times in both cities
🤝 Best Meeting Times
Aurangabad & New York◐ Extended Hours (3 hours)
✈️ Travel Information
Distance
12,570 km
Est. Flight Time
~15.8h
Time Difference
-9.5h
Work Hours Overlap
0h
None
🔴 Office Closed
No overlap available
No overlap
⏰ Quick Conversion
06:00
Aurangabad
20.5:00
New York (-1)
09:00
Aurangabad
23.5:00
New York (-1)
12:00
Aurangabad
2.5:00
New York
15:00
Aurangabad
5.5:00
New York
18:00
Aurangabad
8.5:00
New York
21:00
Aurangabad
11.5:00
New York
00:00
Aurangabad
14.5:00
New York (-1)
03:00
Aurangabad
17.5:00
New York (-1)
Frequently Asked Questions
How many hours is Aurangabad ahead of New York?
New York is 9 hours 30 min behind Aurangabad. When it is 12:00 noon in Aurangabad, it is 2.5:00 in New York. Aurangabad operates on Asia/Kolkata (UTC+5.5), while New York uses America/New York (UTC-4).
What is the best time to call New York from Aurangabad?
Standard business hours (9 AM–5 PM) do not overlap between Aurangabad and New York due to the 9 hours 30 min difference. Consider early morning or late evening calls, or use async communication.
Does the Aurangabad to New York time difference change throughout the year?
The time difference can shift by up to one hour when either city observes Daylight Saving Time (DST). DST transition dates differ between countries — typically March/April in the Northern Hemisphere and October in the Southern Hemisphere. Always verify the live difference above when scheduling important meetings near DST changeover dates.
Flying between Aurangabad and New York
The distance between Aurangabad and New York is approximately 12,570 km. A direct flight typically takes around 15.8 hours. Your arrival clock will show local New York time — use our Flight Time Calculator to predict exact arrival times.