Apollo's lunar orbit rendezvous also sounded crazy when they first came up with it.
Is there anything in space exploration that didn't sound crazy?
Is there anything in space exploration that didn't sound crazy?
Apollo's lunar orbit rendezvous also sounded crazy when they first came up with it.
Is there anything in space exploration that didn't sound crazy?
Apollo's lunar orbit rendezvous also sounded crazy when they first came up with it.
Is there anything in space exploration that didn't sound crazy?
...
Uh ...
...
Hmmm ...
I got noth'n.
![]()
Yeah, I remember reading the landing sequence and my first thought was "they're going to do what?"![]()
Ok, J. I totally read the "they're going to do what" of your post in the delivery of Tim Robbins as Merlin in Top Gun when, during the final dogfight, Maverick tells him he's bringing the MiG in closer.
You will know what I'm laughing at if you know the scene I'm talking about.![]()
The parachute photograph is truly the most unique photograph in existence.
A photo of the parachute in action? It gives me the goosebumps...
I'm always amazed at the ever increasing quality of images we get back from these things.
I'm always amazed at the ever increasing quality of images we get back from these things.
I'm far more amazed about the current state of autonomous control of robots that made this even possible.. just a decade or so ago it would have been impossible to pull off such a landing without direct human control (or a vastly simpler approach).
The Mars Science Laboratory (MSL, aka the Curiosity) has two mast cameras, as seen here. One has a fixed 34mm f/8 lens that covers a 15° field of view, covering 1200x1200 pixels on a 1600 by 1200 CCD. The other is a fixed 100mm f/10 lens, with a 5.1° field of view on an identical sensor. You can see some pre-launch images taken with them here.
These cameras won't start showing they're stuff until later this week. They'll transmit color images as they have Bayer Pattern Filter CCDs, and have adjustable filters to capture different wavelengths of light:
Each Mastcam camera head also has a filter wheel, so that images taken by looking through filters covering different, narrow visible and near-infrared wavelengths can be obtained. Filters for the 34 mm Mastcam are (in nanometers): 440, 525, 550, 675, 750, 865, 1034, and 440(neutral density). Filters for the 100 mm Mastcam are (in nanometers): 440, 525, 550, 800, 905, 935, 1035, and 880(neutral density). The neutral density filters are for viewing the Sun. Each filter wheel also includes a visually clear (actually infrared rejection coated) filter for nominal RGB (red, green, blue) imaging using the Bayer Pattern CCD.The cameras can also capture 720p video, full 360° panoramas, and even use both lenses to capture 3D images. This information won't be broadcast home instantly as the files are pretty large for such a long trip — the Rover has 8GB of onboard storage, and will transmit thumbnails back first, so that NASA can request the images it really wants to see.
Where are the pics?!
We use essential cookies to make this site work, and optional cookies to enhance your experience.