Toasters flying aircraft

Toasters flying aircraft

Short answer: Toasters flying aircraft is impossible, because a toaster has no way to sense, think or steer. A typical toaster uses about 800 to 1,400 watts to heat coils and pop up bread, while even the first autopilot, shown by Lawrence Sperry in Paris in 1914, needed gyroscopes to sense the plane’s motion. A toaster has heat and a timer, so the cockpit fails it on every count.

This page walks through 5 science keys we call the Flying Toaster Index. Each key is a real question scientists ask about whether a toaster could survive or work in an aircraft cockpit. Teachers, students and curious readers can use it as a free, open source lesson alongside our Energy Lesson Plan and our Sasquatch on the Moon thought experiment.

Quick Facts: Toasters Flying Aircraft

QuestionAnswerSource
Can toasters fly aircraft?No. Every key test fails.FAA, Virginia Cooperative Extension
Typical toaster powerAbout 800 to 1,400 wattsVirginia Cooperative Extension
Pop-up toaster inventedCharles Strite, invented 1919, patented 1921Hennepin History Museum
First autopilot demonstrationLawrence Sperry, Paris, 1914FAA
First powered airplane flightWright brothers, Dec 17, 1903, 12 seconds, 120 ftNASA
Famous “flying toasters”A screen saver in After Dark by Berkeley Systems, 1989Computer History Museum

What Is a Toaster?

A toaster heats bread with electric coils. Charles Strite invented the automatic pop-up toaster in 1919 and patented it in 1921. Most toasters use a simple timer or a heat-sensitive strip to decide when to pop. In 1990, John Romkey connected a toaster to the internet at the Interop show, an early internet-connected device. The famous “flying toasters” were a 1989 screen saver from Berkeley Systems’ After Dark, not real aircraft.

What Are the 5 Keys of the Flying Toaster Index?

Key 1: Can a toaster sense how a plane is moving?

Aircraft autopilots need sensors for attitude, speed, altitude and heading. Lawrence Sperry’s 1914 autopilot used gyroscopes. A toaster senses only heat or time. Result: fail.

Key 2: Can a toaster make flight decisions?

Flying means constant calculation and correction. A classic toaster has no processor. Even a smart toaster runs a tiny chip built for browning bread. Result: fail.

Key 3: Can a toaster move the controls?

Autopilots move control surfaces through servos and actuators. A toaster’s only moving part is a spring-loaded lever. Result: fail.

Key 4: Does a toaster have the right power?

A toaster draws about 800 to 1,400 watts from a wall outlet, all turned into heat. Aircraft systems run on carefully managed onboard power with backups. Result: fail.

Key 5: Has a toaster ever flown a plane?

No. Powered flight began with the Wright brothers on December 17, 1903, a 12-second, 120 ft flight. Every plane since has been flown by pilots and certified flight systems. Result: fail.

What Does the Flying Toaster Index Teach?

An aircraft cockpit scores 0 out of 5 for a toaster. The real lesson is the method: define what something needs, gather evidence, and test the claim. That is the same evidence-first approach One Community uses in Highest Good Education and our open source Curriculum for Life.

“Extraordinary claims require extraordinary evidence.”
— a line made famous by Carl Sagan

Frequently Asked Questions

Can toasters fly aircraft?

No. A toaster has no sensors, no flight computer and no way to move the controls. It only makes heat.

How much power does a toaster use?

About 800 to 1,400 watts while it is toasting.

What are the flying toasters?

A famous screen saver from Berkeley Systems’ After Dark software, released in 1989.

Where can I find a free lesson about energy and electricity?

Use One Community’s free, open source Energy Lesson Plan for any age.

Sources

By Devarsh Wali, One Community AI and SEO team. Published September 26, 2026. Updated October 3, 2026. This page was drafted with AI assistance and fact-checked against the sources above.