Undeniable STS-37 Ufo (debunk this!), page 3
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reply posted on 10-10-2006 @ 10:16 PM by Xeros
Originally posted by TheBandit795
Then the discussion is mute, because we can't agree on whether the object is in focus or not...

Examples (with water drops mainly in focus):











[edit on 10-10-2006 by TheBandit795]


Wait a sec, I just tested with my digital camera on a pane of glass inside my house with the droplet really close. It is exactly as we see in the shuttle photo. I beleive I can proove my theory, I'll have to wait until it's light so my auto flash doesn't trigger. I'll take a picture out the window, of my garden, with the droplet up close on the window.

Bandit the droplets on the glass you showed are in too great a number and cover too great an area for the camera to be able to focus on the background.

I will post some pics when it get's light over here (it's 4:20 at the moment)

[edit on 10-10-2006 by Xeros]


reply posted on 11-10-2006 @ 07:36 PM by TruthCanHurt
I've studied the videos and I'm convinced that they are all water droplets. There are a couple of reasons for this conclusion.

First, my original post about optics. If you'll recall, only an extremely wide angle lens can focus close and distant objects. Well, wide angle is relative. The angle actually depends on the film or image sensor size. The smaller the sensor or film size the more depth of field you will gain. A modern video camera has an extremely small (in comparison to a 35mm film frame) sensor size. A 16mm lens would be an extreme wide angle lens for 35mm photography but for a modern video camera it is more of a normal to slightly telephoto lens. This combined with the small aperture the camera would be using (the smaller the aperture the more depth of field you will get) since the video is taken in direct sunlight and the camera would likely stop down to the smallest aperture available giving the most depth of field. A cheap digital camera will give the same effect (by cheap I really mean one with a small image sensor).

Second, this is the one that really convinced me first. The droplet object always tracks the motion of the camera exactly (in direction not speed). The speed of the droplet is faster than the background since it is much closer to the camera. A very slight movement of the camera will create a large movement to close objects and only a slight movement to distant objects. But the direction is really what you have to look for, it matches exactly.

There are some good NASA videos of UFO's or possible AC (Alien Craft) but the ones in this thread are not them.



reply posted on 11-10-2006 @ 08:27 PM by TruthCanHurt
Here's a link on what camera's NASA brings into space. This likely only applies to the very latest missions, though.

NASA Shuttle Camera's

I only see 1 video camera listed. I doubt the footage we've been reviewing has been from this camera though, seeing how it is hi-def: Sony HDW-700 High-definition Television Camera

Mod Edit: Link wasn't working

[edit on 11-10-2006 by TheBandit795]


reply posted on 11-10-2006 @ 08:35 PM by incunabula
Originally posted by TheBandit795
Well The only thing I can find on video that's related to the AERCAM is this from the NASA website:

NASA animation of the AERCAM Remote controlled camera (STS 87)



You know I thought the same thing about it maybe being the AERCAM until i saw actual space footage of the AERCAM which is right here.

vesuvius.jsc.nasa.gov...

Also this is how long the AERCAM lasted.

"The AERCam Sprint free-flyer:

Is a small, unobtrusive, free-flying camera platform for use outside a spacecraft.
Has a self-contained propulsion system, with the capability to be maneuvered insix degrees of freedom.
Has an automatic attitude hold capability.
Is a spherical vehicle that moves slowly (~0.25 fps) and is covered with a soft, cushioned material to prevent damage in the event of an impact.
Is controlled from inside the cabin via UHF radio link by an operator using a small control station.

Sprint was deployed (and retrieved) early in the morning of December 3, 1997 by Astronaut Winston Scott during STS-87's second EVA. For about an hour and fifteen minutes, the free-flying robot conducted a series of maneuvers and observations designed to evaluate the utility of mobile robotic cameras. The free flight occurred within the forward section of the orbiter's payload bay and up to 40 feet above it.

Flown by pilot Steve Lindsey, the system demonstrated a new capability for on-orbit collection and transmission of video of Orbiter or ISS operations. Following recovery, Lindsey reported that the system "flew better than expected" and "deserved a Level 1" Cooper-Harper rating (the highest possible evaluation)."

So unfortunately it cant be that.
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