
What is RoboCop’s real name?

RoboCop is quintessential ‘80s sci-fi. A world where corporate greed and crime have both gone rampant, to the point that the City of Detroit has decided to privatize its law enforcement by granting Omni Consumer Products (or OCP) control of the police department.
And just like a self-driving Waymo running over a pedestrian, the first thing that happens is a police droid killing somebody (an OCP executive, even). Enter: RoboCop, whose mix of humanity and technology will keep stuff like that from happening again. Part man, part machine, all cop.
He has just three directives: serve the public trust, protect the innocent, and uphold the law. Oh yeah, and Directive 4, which is basically to not mess with anyone who works for OCP. Convenient.
But those greedy bastards underestimated the humanity of the person they used to build RoboCop. What is his real name?
▼
Correct Answer: Alex Murphy
The answer is: Alex Murphy. Before getting fatally injured by a group of thugs, RoboCop’s real name was Alex James Murphy. Despite the doctors' best efforts to save Murphy, who was desperately clinging to life, he was pronounced dead at the hospital before his remains were secretly kept by OCP to create their robotic answer to crime. Though he has to come to grips with the fact that the life he knew is long gone, RoboCop still retains some of what kept him human and asks his partner to call him Murphy at the end of the first movie.Source
Share This Trivia
Want More Nostalgia?
Check out our other quizzes and random trivia questions!
More Trivia
- Which of these U.S. presidents is NOT mentioned in "We Didn't Start the Fire"?
- Which company was the original sponsor for "I Love Lucy"?
- How many years was Best Disco Recording an award at the Grammys?
- Finish the lyric: "Some'll win, some will lose / Some..."
- What is MacGyver's first name?
- What powers Doc Brown’s DeLorean by 2015 in "Back to the Future Part II"?
- What is the largest species of penguin?
- Which movie earned Martin Scorsese his first Oscar?