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Edition 2017-06

Hail days by metro, June 2017.

In June 2017, 59 of 333 metros had at least one day with a hail report within 10 miles of their centre, against 59 in June 2016. Lincoln, NE led with 3 days, against its own June mean of 1.0 over 21 prior years of record. Midland, TX was furthest above its own record, at 3 days against a mean of 0.7. On 100 percent of metro hail days at least one report was measured by a person or an instrument; the rest were detected by radar alone. Nationally the month had 30 days with hail on record, against 30 a year earlier.

59

Of 333 metros with a hail day

30

Days with hail on record nationally

100%

Of metro hail days carried a measured report

5.00in

Largest measured, 14 Jun, TX

Hail days by metro, June 2017

Against each metro's own June on record

Hail days by metro, June 2017: each metro's hail days in the window, its year to date, its own mean for the span over the record, the share of its days carried by a measured report, and its largest measured and largest detected hail.
Rank Metro Days Year to date June mean Measured share Largest measured Largest detected
01 Lincoln, NE 3 +2.1 5 1.0 100% 3 of 3 days measured 2.50″ None detected
02 Midland, TX 3 +2.3 8 0.7 100% 3 of 3 days measured 2.75″ None detected
03 Billings, MT 3 +1.9 3 1.1 100% 3 of 3 days measured 0.50″ None detected
04 Columbus, OH 2 +1.1 3 0.9 100% 2 of 2 days measured 0.88″ None detected
05 Kansas City, MO 2 +1.1 4 0.9 100% 2 of 2 days measured 1.50″ None detected
06 Colorado Springs, CO 2 −0.9 3 2.9 100% 2 of 2 days measured 1.75″ None detected
07 Omaha, NE 2 +0.4 5 1.6 100% 2 of 2 days measured 3.75″ None detected
08 Wichita, KS 2 +0.8 4 1.2 100% 2 of 2 days measured 1.50″ None detected
09 Des Moines, IA 2 +0.9 5 1.1 100% 2 of 2 days measured 1.75″ None detected
10 Sioux Falls, SD 2 +1.1 2 0.9 100% 2 of 2 days measured 1.50″ None detected
11 Amarillo, TX 2 +0.2 4 1.8 100% 2 of 2 days measured 2.50″ None detected
12 Kansas City, KS 2 +1.1 5 0.9 100% 2 of 2 days measured 1.00″ None detected
13 Joliet, IL 2 +1.4 5 0.6 100% 2 of 2 days measured 1.00″ None detected
14 Cedar Rapids, IA 2 +1.1 8 0.9 100% 2 of 2 days measured 1.00″ None detected
15 Dayton, OH 2 +1.1 3 0.9 100% 2 of 2 days measured 1.50″ None detected
16 Topeka, KS 2 +1.1 6 1.0 100% 2 of 2 days measured 1.25″ None detected
17 Odessa, TX 2 +1.3 7 0.7 100% 2 of 2 days measured 5.00″ None detected
18 South Bend, IN 2 +1.6 5 0.4 100% 2 of 2 days measured 0.88″ None detected
19 Dallas, TX 1 +0.7 3 0.3 100% 1 of 1 day measured 2.50″ None detected
20 Jacksonville, FL 1 −0.6 3 1.6 100% 1 of 1 day measured 1.00″ None detected
21 Fort Worth, TX 1 +0.6 3 0.4 100% 1 of 1 day measured 0.75″ None detected
22 El Paso, TX 1 +0.9 2 0.1 100% 1 of 1 day measured 1.00″ None detected
23 Boston, MA 1 +0.7 1 0.3 100% 1 of 1 day measured 0.75″ None detected
24 Memphis, TN 1 +0.6 3 0.4 100% 1 of 1 day measured 0.88″ None detected
25 Minneapolis, MN 1 −0.3 2 1.3 100% 1 of 1 day measured 1.00″ None detected
26 St. Paul, MN 1 −0.3 4 1.3 100% 1 of 1 day measured 1.00″ None detected
27 Pittsburgh, PA 1 +0.1 1 0.9 100% 1 of 1 day measured 1.50″ None detected
28 Buffalo, NY 1 +0.7 1 0.3 100% 1 of 1 day measured 0.75″ None detected
29 Port St. Lucie, FL 1 +0.9 1 0.1 100% 1 of 1 day measured 0.70″ None detected
30 Garland, TX 1 +0.5 4 0.5 100% 1 of 1 day measured 2.50″ None detected
31 Tacoma, WA 1 +1.0 2 0.1 100% 1 of 1 day measured 0.25″ None detected
32 Worcester, MA 1 +0.7 1 0.3 100% 1 of 1 day measured 1.25″ None detected
33 Rochester, NY 1 +0.7 2 0.3 100% 1 of 1 day measured 0.50″ None detected
34 Birmingham, AL 1 +0.3 5 0.7 100% 1 of 1 day measured 0.75″ None detected
35 Aurora, IL 1 +0.4 3 0.6 100% 1 of 1 day measured 1.00″ None detected
36 Santa Rosa, CA 1 +1.0 2 0.0 100% 1 of 1 day measured 0.25″ None detected
37 Fort Collins, CO 1 −0.2 1 1.2 100% 1 of 1 day measured 2.75″ None detected
38 Springfield, MO 1 −0.1 4 1.1 100% 1 of 1 day measured 1.00″ None detected
39 Springfield, MA 1 +0.1 2 0.9 100% 1 of 1 day measured 1.00″ None detected
40 Naperville, IL 1 +0.2 5 0.8 100% 1 of 1 day measured 1.00″ None detected
41 Olathe, KS 1 +0.3 6 0.7 100% 1 of 1 day measured 0.75″ None detected
42 Mesquite, TX 1 +0.8 2 0.2 100% 1 of 1 day measured 2.50″ None detected
43 Rockford, IL 1 +0.2 6 0.8 100% 1 of 1 day measured 1.00″ None detected
44 Fargo, ND 1 +0.5 2 0.5 100% 1 of 1 day measured 0.75″ None detected
45 Rochester, MN 1 +0.2 8 0.8 100% 1 of 1 day measured 1.75″ None detected
46 North Charleston, SC 1 −0.4 4 1.4 100% 1 of 1 day measured 1.75″ None detected
47 Hartford, CT 1 +0.4 1 0.6 100% 1 of 1 day measured 0.90″ None detected
48 Cambridge, MA 1 +0.6 1 0.4 100% 1 of 1 day measured 0.75″ None detected
49 Lowell, MA 1 +0.9 1 0.1 100% 1 of 1 day measured 1.00″ None detected
50 Greeley, CO 1 +0.3 3 0.7 100% 1 of 1 day measured 2.00″ None detected
51 Pueblo, CO 1 −0.1 3 1.1 100% 1 of 1 day measured 1.00″ None detected
52 New Braunfels, TX 1 +1.0 4 0.1 100% 1 of 1 day measured 0.25″ None detected
53 Peoria, IL 1 +0.2 7 0.8 100% 1 of 1 day measured 0.75″ None detected
54 Green Bay, WI 1 +0.5 2 0.5 100% 1 of 1 day measured 0.25″ None detected
55 Carmel, IN 1 +0.4 5 0.6 100% 1 of 1 day measured 1.00″ None detected
56 Fayetteville, AR 1 +0.7 4 0.3 100% 1 of 1 day measured 1.50″ None detected
57 Quincy, MA 1 +0.7 1 0.3 100% 1 of 1 day measured 0.75″ None detected
58 Lynn, MA 1 +0.8 1 0.2 100% 1 of 1 day measured 0.90″ None detected
59 Davenport, IA 1 +0.2 7 0.8 100% 1 of 1 day measured 0.75″ None detected

By state

The states by the hail days filed under each by its source, busiest first, with June 2016 beside it. The first 15 of 44; the rest are on their own pages.

  1. 01 Texas 18 days
    • 18 measured
    • 5.00″
    • 13 in June 2016
  2. 02 Minnesota 16 days
    • 16 measured
    • 2.00″
    • 17 in June 2016
  3. 03 Wisconsin 15 days
    • 15 measured
    • 2.50″
    • 11 in June 2016
  4. 04 Kansas 14 days
    • 14 measured
    • 4.25″
    • 13 in June 2016
  5. 05 Michigan 14 days
    • 14 measured
    • 1.75″
    • 7 in June 2016
  6. 06 Nebraska 13 days
    • 13 measured
    • 4.25″
    • 13 in June 2016
  7. 07 Iowa 12 days
    • 12 measured
    • 4.25″
    • 10 in June 2016
  8. 08 New Mexico 12 days
    • 12 measured
    • 2.75″
    • 5 in June 2016
  9. 09 Montana 12 days
    • 12 measured
    • 1.75″
    • 18 in June 2016
  10. 10 South Dakota 11 days
    • 11 measured
    • 2.75″
    • 13 in June 2016
  11. 11 Oklahoma 11 days
    • 11 measured
    • 3.00″
    • 7 in June 2016
  12. 12 Colorado 10 days
    • 10 measured
    • 4.25″
    • 19 in June 2016
  13. 13 North Dakota 9 days
    • 9 measured
    • 2.75″
    • 13 in June 2016
  14. 14 Wyoming 9 days
    • 9 measured
    • 4.50″
    • 11 in June 2016
  15. 15 Illinois 9 days
    • 9 measured
    • 1.75″
    • 8 in June 2016

The busiest day of the month

Tuesday 13 June 2017

Hail reports
829
Sources
×3
Measured
4.25″
States
21

Against June 2016

The same month a year earlier, counted the same way; the June 2016 edition has the full table. Colorado Springs, CO led then with 5 days.

59 ±0

Metros with a hail day

June 2016 59

30 ±0

Days with hail on record nationally

June 2016 30

30 ±0

Days with a measured hail report

June 2016 30

5,942 +1,425

Hail reports, all sources

June 2016 4,517

Cite this edition

Titan Weather, Hail days by metro, June 2017. Compiled 25 August 2026. https://titanweather.com/data/2017/06

Compiled 25 August 2026 from the public federal storm record. The figures are the record as it stands; a revision by a federal source is carried here at the same address. The file carries every metro in the series, the ones with nothing this month included, with the same provenance line inside it.

Download June 2017 as CSV
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The month names the storms. The finder names the day.

The finder lists every day with hail on record within 10 miles of an address in the last 2 years, ranked by how many independent sources carried it, so the day a file names is a day the record holds.

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The next step

A metro is a region. A claim is an address.

This edition is the record around each metro's centre for one month: enough to rank, to compare with last year, and to cite. None of it says what reached one roof.

Run the address and the same archive is searched at the property: the storm, the date, the measured size, the distance and bearing from the roof, and the federal record each figure came from, in a document that states its own method. Ready in minutes.

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How this series is made

A metro
A metro, as this series uses the word, is a place the Census Bureau lists with a population of 100,000 or more, not a metropolitan statistical area. Smaller places have a hail-history page of their own; they are not in this table.
A hail day
A calendar date with at least one hail report in the archive within 10 miles of the metro's Census centre, from any source. Four sources describing one storm are one afternoon of hail, not four.
The mean
The metro's own hail days over the same span of the calendar, June, in each of the 21 prior years the record reaches, from 1996, divided by those years. A span is compared with itself, never with the country.
The measured share
Of a metro's hail days, the share on which at least one report came from a person or an instrument rather than from radar alone. A detection is a detection and is marked as one here and in every document we issue; the two are never added together.
Overlap
Two metros within 20 miles of each other share reports, so their counts are not exclusive and the national figures are distinct dates, not a sum of the table. The table ranks the record around each centre; it is not a report on any property, and it states no opinion about one.
The record
Searched from 1996 to today. Compiled 25 August 2026 and rebuilt as the federal sources revise it. Records are reproduced as the federal sources published them. The coverage page states what the record holds, by kind and by year.

About this record

Everything here is reproduced from public federal and volunteer weather records, as the agencies and observer networks that publish them released it. Titan Weather compiles the record; it does not observe the weather, and it is not affiliated with any source it cites.

No archive holds everything. Storms cross places where nobody is standing, instruments and spotters cover some areas better than others, sources revise their records, and recent reports can take weeks to arrive and settle. Where this page shows nothing, nothing was found in the sources searched, within the period and area it states. That is not a finding that no weather occurred.

These pages describe the public record near a place or on a date. They do not establish what reached any particular property, and nothing here is insurance, legal or engineering advice.