MythBusters

About the series

Contains story spoilers.

The first season establishes MythBusters through tests whose results are more specific than their sensational titles. In ‘Exploding Toilet,’ the claim is that pouring gasoline into a toilet and igniting it will eject a person. The gasoline burns but does not detonate, and the additional gunpowder test still fails to launch Buster from the seat. In the same episode, ‘Ice Bullet’ tests whether a projectile frozen from water can kill without leaving evidence; the ice breaks apart rather than behaving like a usable bullet. These experiments give the show its workshop rhythm: Savage and Hyneman state a claim, construct a safe version of the scenario, and compare the observed result with what the story predicts. The outcome belongs to those test conditions, not every imaginable toilet or projectile.

‘Cell Phone Destroys Gas Station’ asks whether a phone used while refueling can spark an explosion. The team places a phone in a fuel-vapor chamber with a mixture chosen to ignite readily; the phone does not set it off, so the mobile-phone claim is busted. A second question in the same experiment is more revealing: static electricity from a charged person getting into or out of a vehicle can ignite vapor. That means the familiar warning blamed the wrong mechanism. In ‘Myths Revisited,’ Savage and Hyneman repeat the phone trials, and the original verdict remains busted. The distinction matters: the experiment does not show that gasoline vapor cannot ignite; it separates the phone hypothesis from the confirmed electrostatic hazard. This is one of the series’ clearest examples of a myth’s story being partly right about danger but wrong about cause.

‘Who Gets Wetter?’ compares walking and running through artificial rain, and the first setup appears to show that the faster runner gets wetter. The team later questions whether its rain rig and measurements reproduce ordinary rainfall. In the later ‘MythBusters Revisited,’ a trial in actual rain changes the result: the running subject collects less water than the walker. The correction makes the two episodes a paired case study in revising an answer when a method is weak. Another pair tests electricity at different distances. ‘Urinating on the Third Rail’ finds the stream breaks into droplets before reaching the rail, so that proposed path fails; the later electric-fence variation is close enough for the stream to carry current and is confirmed. The difference is not an inconsistent verdict but a different geometry and distance in the physical setup.

“Escape from Alcatraz” tackles a question that cannot be settled simply by demonstrating that a contraption works. Savage and Hyneman construct a makeshift raft from rain ponchos and reach shore, establishing that an escape of that kind is physically possible. It does not establish that the historical prisoners survived their own attempt, so the verdict remains plausible. The difference separates recreating an action from recovering an unknown historical outcome. Another test in the same episode addresses the claim that a duck’s quack produces no echo. Audio examination detects a reflection that is difficult to distinguish because it closely resembles the original sound. Here, the apparent absence is a problem of perception. The pairing shows the range of the series’ questions: sometimes it investigates whether something can happen, and sometimes why a familiar observation has been interpreted incorrectly.

“Stinky Car” breaks one gruesome story into several claims that do not receive the same verdict. After pig carcasses are left in a sealed Corvette for two months, the interior deteriorates and the odor survives a professional cleaning effort. Replacing damaged pieces and cleaning every small component would make restoration impractical, supporting the idea that contamination can make a vehicle unusable in an ordinary sense. Yet the stronger claim that nobody could ever buy it fails when a buyer accepts the car for spare parts. That distinction turns an apparently straightforward ruined-car anecdote into a question about what “unsellable” actually means. The investigators cannot make the smell disappear, but a purchase for components is still a sale. A memorable physical result therefore needs carefully defined wording before it can answer the story that prompted the experiment.

The later revisits also examine everyday choices that seem less dramatic than an explosion. Two otherwise identical cars, one black and one white, are left in summer heat with thermometers inside. The black vehicle reaches a higher temperature, supporting the claim that color affects heating under those conditions. A separate comparison of open windows and air conditioning needs another qualification: fuel efficiency changes with speed, as the drag from lowered windows becomes more significant. The revisit reports an advantage for open windows below roughly fifty miles per hour and air conditioning above it. Neither result becomes a universal answer detached from the test. Together with the corrected rain experiment, these investigations explain the program’s appeal beyond its spectacular builds: a familiar question gets translated into something measurable, and the details of that translation can determine whether the answer holds.