Aug 18, 2026 · 12 min
A tornado survivor explains what science still cannot predict
A survivor's view from inside a tornado
Perry Sampson’s account connects the limits of tornado science with the life-or-death choices people face when storms turn dangerous.
- 1Supercells form through instability, moisture, layered winds, jet-stream divergence, and dry-line interactions.
- 2Scientists can identify storm rotation but still cannot reliably predict which supercells will produce tornadoes.
- 3Perry Sampson survived by turning his car into the wind, while stressing that people should seek safe shelter instead.
Don't miss
Perry Sampson describes turning his car into the wind while trapped inside a tornado, then explains why that choice should not be treated as general safety advice.
The brief
Atmospheric scientist Perry Sampson recounts becoming trapped inside a tornado while studying a supercell, as his students document the rare and dangerous event.
Sampson explains how instability, moisture, atmospheric layers, jet-stream divergence, and a dry line can drive explosive supercell growth.
Contrasting winds can create rotation that a storm lifts vertically, but scientists still cannot reliably determine which supercells will produce tornadoes.
When the tornado reached him, Sampson turned his Chevy Cobalt into the wind; he still warns that people should seek safe shelter, not chase storms.
The damaged rental car kept moving after the storm, but Sampson’s reflection is ultimately about taking greater caution while pursuing meteorology’s most compelling phenomena.
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