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Why did NASA lose the Mars Climate Orbiter?

NASA metric vs imperial mistake explained

Biggest NASA mistakes in history

How unit conversion errors affect space missions
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Has NASA ever lost a spacecraft due to a math error?

The worst engineering blunders in space history

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NASA’s $125 million math error
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NASA’s Mars Orbiter failure due to pound-force vs. newtons

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The importance of unit consistency in space engineering

How a simple math mistake destroyed a NASA spacecraft
Mars Climate Orbiter failure reason

NASA engineering blunders

Space mission failures due to simple mistakes

How NASA lost a spacecraft due to wrong units

What happened to the Mars Climate Orbiter?
Why did NASA lose the Mars Climate Orbiter?

What happened to NASA’s Mars Climate Orbiter?

How did NASA’s unit conversion mistake cost $125 million?

NASA’s biggest space mission failures

The most expensive math error in history

NASA’s metric vs imperial system failure explained

summary
In 1999, NASA lost the Mars Climate Orbiter due to a simple yet costly math mistake: a unit conversion error between metric (newtons) and imperial (pound-force) measurements. Lockheed Martin used imperial units, while NASA’s Jet Propulsion Laboratory (JPL) expected metric units, leading to miscalculations in the spacecraft’s trajectory. As a result, the probe entered Mars’ atmosphere too low and burned up, wasting $125 million.

This disaster remains one of NASA’s most infamous engineering failures, highlighting the importance of precision in space exploration and the dangers of miscommunication in large projects.