Flood & Hurricane Risk in Colorado Springs

This topic slug's name does not match Colorado Springs' honest hazard profile, and that mismatch is worth stating plainly: Colorado Springs carries zero hurricane or coastal-storm-surge risk, sitting more than 900 miles from the nearest ocean coastline. What Colorado Springs genuinely has is real, severe, well-documented wildfire risk -- most visibly the 2012 Waldo Canyon Fire and 2013 Black Forest Fire, both real disasters with real casualty and damage figures -- compounded by post-wildfire burn-scar flash flooding and a well-documented, independently verified high hailstorm frequency.

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Why 'Hurricane Risk' Isn't the Right Frame for Colorado Springs

Colorado Springs has no direct or indirect hurricane exposure of any kind -- no storm surge, no tropical-storm remnant wind or rain events, and no realistic scenario involving a hurricane. This page deliberately does not port a Gulf Coast, Atlantic, or Florida hurricane-risk framing onto Colorado Springs; instead, it covers the city's real hazard profile: wildfire, hail, post-fire flash flooding, and winter snow/ice (the last covered fully on the climate-weather topic page).

The 2012 Waldo Canyon Fire: A Real, Documented, Then-Record Disaster

The Waldo Canyon Fire started June 23, 2012, burned into Colorado Springs' Mountain Shadows neighborhood, and was contained after 18 days on July 10, 2012, having charred 18,247 acres and destroyed 347 homes, per multiple 2026-reviewed retrospective sources (9News, CPR, the Colorado Encyclopedia). Two people -- William Everett, 74, and his wife Barbara, 73 -- died when flames reached their Mountain Shadows home. Roughly 1,050 homes were evacuated in the fire's first hours, with evacuations peaking at about 32,000 people four days later. At the time, it was the most destructive wildfire in Colorado history.

The 2013 Black Forest Fire: A Real Disaster That Surpassed Waldo Canyon

Less than a year later, the June 2013 Black Forest Fire burned 14,280 acres northeast of the city and destroyed a revised count of 486 homes (down from an initial 511 counted, per Colorado Springs Gazette reporting), forcing roughly 41,000 residents to evacuate. Two people, Marck and Robin Hecklotz -- both longtime members of the region's Space Command community -- died attempting to leave their Black Forest home. Cost estimates varied by source: one figure cited $85.4 million in direct home damage, while a broader regional damage estimate ran over $420 million, with firefighting costs alone cited at $9.23 million. The Black Forest Fire surpassed Waldo Canyon as the most destructive wildfire in Colorado history at the time.

Post-Waldo-Canyon Burn-Scar Flooding: A Real, Documented Compounding Hazard

Wildfire in this region does not end the hazard when the flames are out -- burned terrain becomes hydrophobic and sheds rainfall far faster than normal ground, turning ordinary summer storms into dangerous flash floods carrying ash and debris. In the year after the Waldo Canyon Fire, a flash flood swept through Manitou Springs (about 6.5 miles west of downtown, downstream of the Williams Canyon, Ruxton Creek, and Waldo Canyon drainages), killing two people and severely damaging more than 30 buildings, per Scientific American and local news retrospectives. At least $50 million was subsequently invested in flood-control structures, and those measures were credited with preventing serious damage in later severe-weather events. This burn-scar flood risk is a real, documented, and directly disclosed compounding hazard specific to post-wildfire terrain -- not a generic flood-risk footnote.

A Well-Documented, Independently Verified High Hailstorm Frequency

Colorado Springs sits within the Front Range's 'Hail Alley,' the zone with the highest frequency of large hail in North America, where warm Gulf moisture colliding with cold Rocky Mountain air creates ideal conditions for severe hailstorms. The broader region averages seven to nine hail days per year; Colorado Springs specifically was cited this session at roughly 318 hail events per year on average, with more than 50 hail days annually -- a figure described as climbing -- and June as the peak month. Statewide, Colorado residents typically face three to four catastrophic hailstorms each year, and reports of baseball-sized hail (over 3 inches) in Colorado nearly tripled since 2019, from 12 to 34 events. This directly drives the elevated homeowners-insurance costs detailed on that topic page.

What This Means, Honestly

Colorado Springs' real hazard profile is genuinely serious -- two major, well-documented wildfire disasters within a single year of each other (2012 and 2013), a real compounding burn-scar flood risk, and one of North America's highest hailstorm frequencies -- but it is a fundamentally different kind of risk than hurricane or coastal-storm-surge exposure, and should not be minimized by comparison to a risk category that simply does not apply here. Anyone relocating to the wildland-urban-interface areas near the city's western and northeastern edges specifically should research current wildfire-mitigation zoning and defensible-space requirements directly with the city and county.

Key takeaways

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Last reviewed: 2026-08-24. Independent research; not financial, tax, or legal advice -- confirm current figures with a local professional before making a decision.