Weather forecast and temperature for today
New York, NY

Weather forecast for today

Thursday, May 1.

Cloudy
5:52 am

7:53 pm
EDT
Cloudy
min.57°F
  • Wind: 6mph ESE
  • Humidity: 76%
  • Precip. probability: 15%
  • Precipitation: 0"
  • UV index: 0
In New York, during the remainder of the night, gloomy weather with thick clouds is expected.
The lowest forecasted temperature is a mild 57.2°F.
Sunrise was at 5:52 am and sunset at 7:53 pm; the daylight lasted for 14h and 1min.

Current condition

Cloudy
10:01 pm EDT
Cloudy
  • 57°F
  • Feels like: 57°F
  • Wind: 6mph ENE
  • Humidity: 59%
  • Dewpoint: 43°F
  • Pressure: 30.02"Hg
  • Precipitation: 0"
  • Visibility: 10mi
  • UV index: 0
In New York, at the moment, the sun is barely visible behind thick cloud cover.
The temperature is a moderate 57.2°F. The current temperature is at the minimum anticipated for today.

Frequently asked questions

What is the temperature in New York now?
At 9:50 pm EDT, the temperature in New York is 57.2°F.
What is the weather forecast for New York for today?
Today, limited sunshine due to thick clouds is expected.
When is the sunrise / sunset today?
On Thursday, in New York, sunrise was at 5:52 am and sunset at 7:53 pm (EDT).
How long is the day today?
Today, the daylight lasted for 14h and 1min.

Hourly weather forecast

10 pm
  • 57°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 6mph ESE
  • Pressure: 30"Hg
  • Humidity: 59%
  • Precip. probability: 6%
  • Precipitation: 0"
  • Visibility: 10mi
11 pm
  • 57°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 6mph ESE
  • Pressure: 29.97"Hg
  • Humidity: 63%
  • Precip. probability: 10%
  • Precipitation: 0"
  • Visibility: 10mi
12 am
  • 57°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 6mph ESE
  • Pressure: 29.94"Hg
  • Humidity: 70%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 10mi
1 am
  • 57°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 6mph ESE
  • Pressure: 29.94"Hg
  • Humidity: 76%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 7mi
2 am
  • 59°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 5mph ESE
  • Pressure: 29.91"Hg
  • Humidity: 79%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 2mi
3 am
  • 59°F
  • Feels like:
    57°F
Cloudy
Cloudy
  • Wind: 5mph ESE
  • Pressure: 29.88"Hg
  • Humidity: 83%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 1mi
4 am
  • 59°F
  • Feels like:
    59°F
Cloudy
Cloudy
  • Wind: 4mph ESE
  • Pressure: 29.85"Hg
  • Humidity: 86%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 1mi
5 am
  • 59°F
  • Feels like:
    59°F
Cloudy
Cloudy
  • Wind: 3mph ESE
  • Pressure: 29.85"Hg
  • Humidity: 86%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 1mi
6 am
  • 59°F
  • Feels like:
    59°F
Cloudy
Cloudy
  • Wind: 3mph ESE
  • Pressure: 29.85"Hg
  • Humidity: 86%
  • Precip. probability: 9%
  • Precipitation: 0"
  • Visibility: 1mi
7 am
  • 59°F
  • Feels like:
    59°F
Cloudy
Cloudy
  • Wind: 2mph SSE
  • Pressure: 29.85"Hg
  • Humidity: 86%
  • Precip. probability: 17%
  • Precipitation: 0"
  • Visibility: 2mi
8 am
  • 61°F
  • Feels like:
    61°F
Cloudy
Cloudy
  • Wind: 2mph S
  • Pressure: 29.85"Hg
  • Humidity: 82%
  • Precip. probability: 20%
  • Precipitation: 0"
  • Visibility: 5mi
Updated: May 2, 2025 @ 01:50:23 UTC
Published by: Weather U.S. | About Us
Data Sources | |
Weather Forecasting & Climate

New York, New York, USA

  • en: New York, New York, USA
  • es: Nueva York, Nueva York, EE.UU.
  • hr: Njujork, Nju Jork, SAD
  • sr: Njujork, Nju Jork, SAD
  • zh: 纽约, 纽约, 美国
  • Latitude: 40.712784°
  • Longitude: -74.005941°
  • Elevation: 33 ft
  • Current time: 10:47pm EDT
  • Sunrise: 5:52 am EDT
  • Sunset: 7:53 pm EDT
  • Timezone: America/New_York
Climate data
Glossary

Glossary

Surface pressure - Glossary
Surface pressure is the atmospheric pressure at the Earth's surface, measured by barometers. Variations in temperature, altitude, and weather systems can all cause fluctuations in surface pressure. Meteorologists use surface pressure data to create m Read more »
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