Mission To Mars - Brian De Palma - Point Of No Return

Video Title :	Mission To Mars - Brian De Palma - Point Of No Return
Description :	Woody takes off his space helmet and depressurizes. The year is 2020 and NASA has made another giant leap for mankind- successfully landing a team of astronauts on Mars. However, shortly after their arrival on the Martian surface, Mission Commander Luke Graham and his colleagues encounter something bizarre, shocking and chilling that brings about a catastrophic and mysterious disaster which decimates the crew. Graham is able to send one hasty cryptic message back to Earth before his nightmare begins. Haunted by the enigmatic last communication received from the ill-fated Mars One crew, NASA hurriedly prepares and launches a rescue mission to investigate the tragedy and bring back survivors- if any. Co-piloted by Commander Woody Blake and Jim McConnell, with colleagues Dr. Terri Fisher and scientist Phil Ohlmyer on board, the astronauts set out on a heroic six-month journey to Mars.
Views :	24422
Rating :	4.91
Keywords, Tags :	movies Brian De Palma sci-fi Film Gary Sinise Tim Robbins Don Sheadle Connie Nielsen Jerry O'Connell
Video Length :	10 : 48

Comments :

this was one of the most emotional moments in M2M, still the same after eight or so years

Rotfl e ole brain freeze

LOL

Who wouldn't cry at this scene? Plus the music got to me too.

you may seem that astronouts go slow in space, well think again, they are going faster......

Yes...the acting is so on point.

Luv this movie!!!

If there is no heat transfer in a vaccum, how do you explain heat coming from the sun.. There and as close as they are there is a small ammount of atmosphere. Even ISS has atmo around it. Mir did rust a bit from O1 where it was

The energy from the sun comes in the form of radiation, not heat transfer. And yes, there is a small bit of atmosphere, but not nearly enough to do what happened here... you would die from pressure discomfort or suffocation first, and not freeze for quite a long while.

Heat is radiation. It is in the Infrared.