Lost on Mars (2002)
Lost on Mars is a science fiction movie directed by Eric Shook. The first ship designed to go to Mars is scheduled for a routine planetary space exploration. The mission is drastically changed once Earth receives a strange signal transmitted by a probe on Mars. The Sequel to Lost on mars is" Empire of Danger"
Director: Eric Shook
Genre: Science Fiction, Action, Adventure
Runtime: 87 min
Release Date: December 25, 2002
Cast
- Kelli Wilson - Giza
- Eric Shook - Ardamas
- Megan Glosser - Captain Nicole Taylor
- Gretchen Maxwell - Captain Michelle Fox
- David Long - Major Alex Quin
- Brittany Wisovaty - Administrator of Justice
- Beverly Rankin - Director of the space program
- Julia Gommell - Head command officer
- John T. Oertling - General Gatewood
- Michale Dwiggins - Torture Officer
Screenplay
Editing: Eric Shook, Beverly Rankin
Production: Westfield Entertainment
Country: United States of America
Language: English
Original Language: en
Themes
Interplanetary Colonization
Keywords
planet mars, time travel, space command
Trailer
Lost on Mars TrailerMore Films by Director: Eric Shook
Frequently Asked Questions
- What is Lost on Mars about?
- Lost on Mars is a science fiction movie directed by Eric Shook. The first ship designed to go to Mars is scheduled for a routine planetary space exploration. The mission is drastically changed once Earth receives a strange signal transmitted by a probe on Mars. The Sequel to Lost on mars is" Empire of Danger"
- Who directed Lost on Mars?
- Lost on Mars was directed by Eric Shook.
- Who stars in Lost on Mars?
- Lost on Mars stars Kelli Wilson, Eric Shook, Megan Glosser, Gretchen Maxwell, David Long, Brittany Wisovaty.
- How long is Lost on Mars?
- Lost on Mars has a runtime of 1h 27m (87 minutes).
- What genre is Lost on Mars?
- Lost on Mars is a Science Fiction, Action, Adventure film.
- Where was Lost on Mars produced?
- Lost on Mars was produced in United States of America.
- What are the themes of Lost on Mars?
- The themes of Lost on Mars include: Interplanetary Colonization.