Charlotte Douglas AP Mecklenburg County | NC Climate Division 5 | ID# 311690 ◼ ◼ ◼
Charlotte Douglas AP
Location: 35.22 °N, 80.96 °W
Elevation: 728 ft.
Record incorporates data from the following stations: CHARLOTTE WSO AP, CHARLOTTE DOUGLAS AP

Click on legend items to hide or reveal data ![]()
Charlotte Douglas AP
Average Monthly Precipitation (in inches)
Data Source: Period of Record — Applied Climate Information System (ACIS); Climate Normals (if available) — NOAA’s National Centers for Environmental Information (NCEI)
Hover over squares for precipitation amounts ![]()
Charlotte Douglas AP
Historical Monthly Precipitation (in inches)
(Months with missing data are coded 9999)
Data Source: Applied Climate Information System (ACIS)
Click on legend items to hide or reveal data ![]()
Charlotte Douglas AP
Seasonal Precipitation (in inches)
* Data Missing: Apr 1995; Jun 1999; Jan 2001; Apr 2002; Jul 2005; Jul, Sep 2006; Dec 2008; Aug 2012; Aug 2013; Apr, Jun, Jul 2015; Dec 2016.
Data Source: Applied Climate Information System (ACIS)
Click on legend label to hide and reveal lines connecting data
hover over points for more info
Charlotte Douglas AP
Maximum Event Precipitation since 1980 (in inches)
Note: Some duration periods may overlap; the
longest duration appears on top.
Years with missing data are coded -9999.
Click on column headers to sort data
Maximun Event Precipitation for the Historic Record (in inches)
Data Source: Applied Climate Information System (ACIS)
1-Month 2-Month 3-Month 6-Month 9-Month 12-Month 24-Month All Multi-Duration

Data Source: Applied Climate Information System (ACIS)
12-month 18-month 24-month 36-month 48-month 60-month

Data Source: Applied Climate Information System (ACIS)



This chart shows the range and probability of specific precipitation totals. For example, there is about a 2% chance of getting just 35 inches of precipitation in a year. But if you look at the distribution of rainfall (historical rainfall amounts are shown by the blue bars, while the line graph smooths out this distribution), you can see that most years you are likely to get more precipitation than 35 inches.