Titan Flyby 44

Titan on May 28, 2008 Taken by Cassini on May 28, 2008. Part of an on-going effort to offer images of Titan that show some kind of details in visible light.

Pssst… Look Under Your Feet

Pssst… Look Under Your Feet The Mars Phoenix Lander was sent on its long mission to Mars for really one purpose: to find ice. The region selected was seen as one of the more likely places on Mars to have an ice table that is closer to the surface and hopefully available to its robotic arm deployed just a few days ago.

The above image was taken yesterday by that robotic arm and lead scientists suspect that the bright patch visible in the image is the very ice they have been looking for. It would seem that when Phoenix’s thrusters were fired to slow the lander down for a soft touch-down – that all the dust and soil below it was blown away to reveal a smooth and highly reflective surface.

It is not yet official… but this could mean mission accomplished for Phoenix.

Prometheus Spreads its Magic!

Prometheus Spreads its Magic From the raw images of the Cassini mission. This is Saturn’s tiny moon Prometheus causing a disturbance in some ring particles. Nothing really new to be said here as we have seen this featured in a few animations posted here before. This is just a nice image of that phenomenon with the addition of a nice glaringly over-exposed Prometheus.

Phoenix Landing Site as Seen by Mars Recon

Phoenix Landing Site as Seen by Mars Recon So much for descent images… here is Phoenix in its resting place also taken by Mars Recon. Seen here is the lander on top, the heat shield (with a bounce mark) and the parachute below (which appears to have fallen nicely elongated).

The Phoenix Landing Image in Context

The Phoenix Landing Image in Full The Phoenix Landing Image in Zoom 1

The Phoenix Landing Image in Full Zoom

In the second image, the Phoenix Lander is the barely visible speck in the center of the white box. The third image is essentially the same image as seen earlier here, just less contrast added. Click the center image (or here) for the full-res from Emily Lackdawalla’s Planetary Blog.

Near True Color From Phoenix

Phoenix Color by Gordan Ugarkovic Near “true” color made by Gordan Ugarkovic using the only RED, GREEN and BLUE filtered images returned from the mission thus far. Additional adjustments were made by looking at the logo and the American flag (which we have an idea of what those color are supposed to look like) and adjusting the color of those items to appear as what we know are “true colors”. Logic then dictates that if those items are correctly balanced, then the Martian soil will also appear close to accurate.

Phoenix Landing as Seen by Mars Recon

Phoenix Landing as Seen by Mars Recon This image represents the very first time we have been able to acquire a visual on any kind of probe landing on the surface of another moon/planet. What is (clearly) seen here is the Mars Phoenix lander in the parachute phase of its descent. You can even make out the shape of the thin threads that hold Phoenix tethered to its chute.

Normally a visit to another world is a solitary experience, but as many as 3 other probes already in orbit around Mars (Mars Reconnaissance, Mars Express and Mars Odyssey) were timed out to be in the general overhead vicinity of the Phoenix landing. It just so happens that one of them, Mars Recon, has very sharp eyes.

First Images From Phoenix

This mission is not likely to be very exciting in the imaging. So far most of what has been returned looks more like the more ordinary images returned by the Mars Rovers. The real excitement of this mission is drilling for the water ice. The first images are look a whole lot like an old moon mission from the early sixties: Mars Phoenix Opens Its Eyes

The horizon from Phoenix. You can now see the features that made up the cantaloupe-like texture of the images of this region from orbit.

Martian Horizon from Phoenix

The Surrounding Environment of Phoenix

Phoenix is on Martian Ground

Phoenix is on Martian Ground After the failure of the original mission, Mars Polar Lander… the Mars Phoenix Lander is confirmed on the ground and nearly right on the exact spot it was expected to land in. Next trick is opening the solar arrays and starting up all the instruments.