Charlotte (NC) Temperatures: Monthly Averages and Year-Round Insights

On this page, we’ll explore Charlotte’s temperature statistics in detail, including day and night variations and monthly averages. We’ll also compare the annual temperature to other cities in the United States of America.

Monthly Temperature Averages

Visitors to Charlotte will encounter a climate influenced by big temperature differences across the year. Typically, maximum daytime temperatures range from a very warm 32°C in July to a cold 11°C in the coolest month, January. Nights are cooler, with temperatures generally dropping to -1°C, particularly during the colder months.

The chart below illustrates the average maximum day and minimum night temperatures in Charlotte by month:

The minimum temperature is often recorded between 4 AM and 6 AM, while the highest temperature is usually reached at 3 PM. During this time the sun's heating effect is the strongest. July, the city’s warmest month receives 291 hours of sunshine.

The chart below shows the average temperature throughout the year:

January, the city’s coldest month, receives about 77 mm of rainfall spread over roughly 10 days. For more information, please visit our Charlotte Precipitation page.

Annual Temperatures in the United States of America Compared

The map below shows the annual temperature across the United States of America. You can also select the different months in case you are interested in a specific month.

Annual

Annual

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Legend

very warm

warm

pleasant

moderate

cold

very cold

Very warm means maximum temperatures above 30°C. Warm: 22°C to 30°C. Pleasant: 18°C to 22°C Moderate: 12°C to 18°C. Cold: 2°C to 12°C. Very cold: lower than 2°C

Charlotte Temperatures Compared World Wide

Charlotte’s average annual maximum temperature is 22°C. Let’s compare this with some popular tourist destinations:

The city of Rome, Italy, has an average annual temperature of 20°C, known for its sunny summers and comfortable winters.

Interlaken, Switzerland, the average annual temperature is significantly lower at 8°C, with mild summers and very cold winters.

Boston, USA, experiences seasonal shifts similar to New York, with an average annual temperature of 16°C.

Adelaide, Australia, enjoys warm summers and mild winters, with an average annual temperature of 21°C.

How does the temperature feel?

Humidity is an essential factor in how you experience temperature. When a warm period is accompanied by high humidity, it results in a higher perceived temperature. This is especially true when temperatures exceed 25°C, as it can cause greater discomfort.

On the other hand, in cooler months, especially when temperatures dip below 10°C, high humidity can intensify the cold. This makes the air feel much colder than it really is.

In Charlotte, during the coolest month, January, you will experience 66% humidity, which is considered high. This is accompanied by an average maximum temperature of 11°C. In the warmest month, July, the humidity is 72% combined with an average maximum temperature of 32°C, which creates a high-feel temperature. Explore our detailed page on humidity levels for further details.

How are these Temperatures Measured?

Generally, temperature data depicting climate is usually given over a 30-year average in order to reduce short-term fluctuations and reveal better long-term trends in climate conditions.

This temperature data is taken from land-based thermometers, ocean buoys, ships, and satellites. These measurements are transmitted to weather stations and climate centers around the globe where they are processed, averaged, and analyzed in order to monitor the trends and create climate models.

Sea vs. Land Temperatures

The influence of nearby oceans or large water bodies significantly affects local temperatures:

Ocean Influence: Coastal regions tend to have more stable temperatures, as large bodies of water absorb and release heat slowly. This often results in milder winters and cooler summers compared to inland areas.
Continental Climates: Landmasses well away from large bodies of water tend to show greater extremes in temperature, having hotter summers and colder winters because of the absence of water as a moderating influence.

For more detailed information about Charlotte’s weather, including monthly rainfall, sunshine hours, and humidity levels, visit our Charlotte climate page.