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A RocketLevel playbook for restoration owners and operations leaders running a shop where one week can outweigh a month, backed by decades of experience in the trade. About a 10 minute read.
A general business calendar assumes demand arrives in a reasonably even line and that January is for planning. Neither holds here. Your work shows up when a cold front parks over a market that was not built for it, when a hail core crosses a suburb at four in the afternoon, when a landfall forecast moves ninety miles west overnight. Everything downstream of that, when you hire, when you buy, when you think, when you sell, has to be built on the shape of your own year rather than on a quarter that means something to a software company.
The Commercial Operating Calendar: Running the Year on Purpose maps the four rhythms that belong on the page: storm season, decision maker budget cycles, contract renewals, and your own planning. This page is about what those rhythms do to decisions, and about the harder problem sitting underneath them. The storm rhythm on many owners' calendars is borrowed from somebody else's market.
Start by separating what is actually published from what gets repeated.
Hurricane season is the one genuinely fixed set of dates you have. NOAA's National Hurricane Center puts the Atlantic season at June 1 to November 30 and the eastern Pacific season at May 15 to November 30, and says the peak of the Atlantic season is September 10, with most activity between mid-August and mid-October (NHC tropical cyclone climatology). Those are calendar facts, not forecasts, and they are the only part of your year you can write in ink.
Severe convective weather changes with where you are more than with the calendar. The Storm Prediction Center's severe weather climatology tool covers 1982 through 2011, grids reports into 80-kilometer boxes, works out the daily frequency in each box, then smooths the annual cycle in time and space. It runs separately for tornado, hail and wind, and separately again for significant events of each. What comes out is a picture of how the risk in your grid box moves through the year, which is not the same picture as the box two states over. Hail and tornado peaks do not land on the same weeks, and neither one is the national "spring storm season" that gets printed on posters. Open the SPC climatology on your own counties before you plan a season around somebody else's, and switch it between tornado, hail and wind rather than reading one and assuming the rest.
Wildfire has no citable national calendar, and it also has a standards problem your shop needs to know about. The National Interagency Fire Center publishes a significant wildland fire potential outlook by geographic area for the next four months, and runs a National Preparedness Level from 1 to 5. Level 4 means national resources are heavily committed and mobilization regularly happens over long distances; Level 5 adds that active geographic areas have to take emergency measures to sustain operations (NIFC preparedness level definitions). Those levels are a usable planning signal, because they tell you how thin the national resource pool is before you commit to anything.
The standards problem is separate and it bites in the estimate rather than in the plan. ANSI/IICRC S700, first edition, published January 2, 2025 by the Institute of Inspection, Cleaning and Restoration Certification (IICRC), covers fire and smoke restoration for fires occurring in the building, an adjoining building, or a building in the vicinity, other than wildfires (IICRC). Wildfire is outside its scope. If your market has a fire season, your techs cannot cite S700 as the basis for a wildfire smoke scope the way they cite S500 on a water loss, and you need to have decided what you do cite before an adjuster asks.
Freeze is the driver most likely to define your year and the one with the least published seasonality. There is no national burst-pipe curve to look up. What there is instead is a well-documented illustration of why geography matters more than temperature. NOAA's NCEI account of the February 2021 Great Texas Freeze records a freeze lasting 8 days, 23 hours and 23 minutes, the coldest winter storm for Texas since December 1989, with parts of central Texas seeing six to nine consecutive days of freezing temperatures and breaking the record for the state's longest freezing streak. Nearly 10 million people were without power at the peak, and NCEI notes plainly that the freeze caused water pipes to burst (NCEI).
A Texas Department of Insurance handout in the Legislature's 2024 committee materials puts Texas homeowners insurers at $1.41 paid out for every $1 collected in 2021, a combined ratio of 141.3 percent, on the back of that event (committee materials).
The building stock drives it more than the thermometer does. Pipe in an unconditioned attic in a market that has never needed freeze protection fails at a temperature that a northern building shrugs off, and it fails across an entire metro in the same 48 hours. That is why a hard freeze in a warm market produces a surge a routine freeze in a cold market never will. We do not have a published multiplier for how much larger, and we are not going to invent one. What you can do is name the exposure honestly: if your market's building stock is not built for cold, your worst week is a freeze week, and it will not look anything like your average week.
One dataset a lot of contractors relied on is gone. NOAA has retired the Billion-Dollar Weather and Climate Disasters product with no updates beyond calendar year 2024. The 1980 to 2024 archive stays authoritative and available, but nothing new is being added (NESDIS notice, May 8, 2025). If your planning deck cites that series, it is now a historical series.
And the thing you probably want most does not exist. There is no published, citable month-by-month curve of restoration claim volume. We looked. What surfaces instead is a layer of aggregator sites recycling each other's numbers with no primary source underneath, and repeating one of those in a plan is worse than having no curve at all, because it feels like evidence.
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The decision this section ends in. Write down which of the four drivers above actually reaches your market: hurricane, severe convective, wildfire, or freeze. For each one you keep, name the published source you will check and the month you check it. For every driver you keep, the next section is how you get the timing, because none of the sources above will give it to you for your own counties.
Record this: Drivers that reach our market: · Source we check for each: · Date last checked:
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