Apollo 13

Apollo 13 (1995)

1 suggested correction

(10 votes)

Factual error: When Marilyn is talking to NASA on the phone, the phone has a modular connector in the handset. This would be fairly impossible since AT&T did not start installing them in houses until 1976. Prior to that they would have been hardwired. (01:03:40)

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Suggested correction: From Wikipedia: The first types of small modular telephone connectors were created by AT&T in the mid-1960s for the plug-in handset.

Suggested correction: A friend of mine had modular phone jacks in her house in the early 70s. I don't know if she had them as early as 1970 but definitely before 1976.

Factual error: Technician John Aaron states that the damaged ship will need to use "less amps than this" as he points to a vintage 'Mr. Coffee' coffee-maker on his desk. Mr. Coffee was not introduced until 1972.

More mistakes in Apollo 13

Fred Haise: It hurts when I urinate.
Jim Lovell: Well, you're not getting enough water.
Fred Haise: No, I'm drinkin' my rations, same as you... I think old Swigert gave me the clap. Been pissin' in my relief tube.
Jim Lovell: Well, that'd be a hot one at the debriefing for the flight surgeons... Another first for America's spacemen.

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Trivia: The Apollo 13 mission set a record for the greatest distance from Earth ever achieved by mankind. This occurred because unlike the other Apollos, Apollo 13 did not make a burn behind the moon to drop into lunar orbit. The free-return trajectory the mission followed took the spacecraft farther behind the moon than any other mission.

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Question: Why did the Apollo 13 spacecraft need a parachute? They were landing on water not solid ground. It's easier to survive a fall when landing on water, so why would they need a parachute if they were landing on water?

Answer: Spacecraft re-enter Earth's atmosphere at extremely high velocity (thousands of miles per hour). Atmospheric friction slows the spacecraft descent somewhat; but, without parachutes, the Apollo spacecraft would still reach the surface traveling at hundreds of miles per hour. Landing in water at such high speed would be like hitting concrete, which would of course be instantly fatal. Hence the necessity of multiple parachutes. The Apollo program (and all early U.S. manned space programs) chose to land in the ocean for two reasons: 1) It was easier to track spacecraft re-entry from horizon-to-horizon at sea without visual and radar obstacles, and; 2) It was faster and easier to position several Navy vessels in the general splashdown location, then deploy helicopters to rapidly retrieve the astronauts and their spacecraft.

Charles Austin Miller
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