10-year outlook · 2026–2035

How likely is a small plane to come down among homes near LGB in the next ten years?

We combined twenty-one years of NTSB accident records with FAA traffic counts for Long Beach Airport. At today's pace, an off-airport crash in a populated part of Long Beach is more likely than not before 2035. The data behind that estimate is thin, and this page shows exactly how thin.

The odds, year by year

// Poisson projection · recent-trend traffic
11–14%
Chance in any single year, rising with traffic
45%
Chance of at least one by 2030
73%
Chance of at least one by 2035
429k
Projected GA operations in 2035, if the trend holds
Chance of at least one off-airport crash near LGB · 2026–2035
Cumulative chance 90% range Chance in that year
Annual: 2026 10.8%, 2030 12.0%, 2035 13.6%. Cumulative: 2026 11%, 2030 45%, 2035 73%.
Scenarios · how the answer moves with each assumption
ScenarioEach yearBy 2030By 2035
Recent traffic trend, 2 crashes counted Base case10.8–13.6%45%73%
Traffic flat at 2025 level10.4%42%67%
Traffic grows 3.5% a year (2012–2024 pace)10.8–14.4%46%74%
Broader definition: 4 events, recent trend20.4–25.3%70%93%
Base case, 90% statistical range2.0–36.8%10–85%21–98%

Traffic growth barely changes the answer. The biggest swings come from how few crashes there are to learn from and from which events count.

How the estimate is built

// four steps, all public data
  1. Count the crashes

    The NTSB lists 29 general aviation accidents in Long Beach from 2005 to 2025. Two came down off the airport in a populated area.

  2. Count the traffic

    FAA OPSNET records 5,891,660 general aviation operations at LGB over the same 21 years.

  3. Turn it into a rate

    Two crashes across that much traffic gives the base rate.2 ÷ 5.89 M ≈ 0.34 per million ops

  4. Project forward

    Apply the rate to projected traffic and treat crashes as random, independent events.P(≥1) = 1 − e−rate × ops

Projected traffic uses a straight-line fit to 2016–2025, which adds about 10,300 operations a year. The 90% range is the exact Poisson confidence interval for two observed events (0.36 to 6.3).

The events behind the numbers

// NTSB CAROL · Long Beach, CA · 2005–2025

What this estimate can and can't tell you

// read before quoting

"Near LGB" isn't your street

The estimate covers populated parts of Long Beach around the airport. The chance of a crash on any particular block is much smaller, and depends on where that block sits under the flight paths.

Two events is very little data

That's why the 90% range runs from 21% to 98% by 2035. The 73% figure is a best estimate, not a forecast.

It counts crashes, not deaths

Neither counted crash killed anyone. This estimates how often a plane comes down among people, not how often someone dies.

It assumes the future looks like the past

Changes in flight training, aircraft, rules, or the traffic mix toward local pattern work could push the real rate up or down.

⚠

Why the number still matters

Even the low end of the range gives roughly a one-in-five chance of a crash among homes this decade. Combined with the lack of any insurance requirement for private aircraft, that leaves residents exposed to a real risk with no guaranteed way to recover damages.

Know which planes are flying low over your block.

The live map flags every aircraft below the FAA's 1,000-foot floor, with its tail number and altitude.

Open the live map ↗

Sources

  1. NTSB CAROL, aviation investigations in Long Beach, CA, 2005–2025
  2. FAA ATADS / OPSNET, Airport Operations, LGB 2005–2025
  3. Long Beach Post, Heartwell Park crash (2025)
  4. 10News, emergency landing on Orange Avenue (2019)
  5. KTLA, Lakewood Boulevard fence crash (2015)
  6. Aviation Safety Network, 2009 midair