Orbcomm satellite falls out of orbit after problematic orbital insertion

Earlier this month, SpaceX launched its Falcon 9 rocket into space with the main mission of delivering its Dragon cargo capsule to the ISS for NASA. During the mission, the Falcon 9 rocket also carried an experimental communications satellite constructed by a US company called Orbcomm. The Falcon 9 was supposed to drop that satellite off in an orbit with an altitude of 466 miles above the surface of the earth.

However, SpaceX and Orbcomm ran into a significant problem when one of the nine Merlin engines powering the Falcon 9 rocket shut down early following launch on October 7. The single rocket engine shutting down early meant that the satellite failed to reach the orbital altitude required. Orbcomm has now announced that the satellite has fallen out of orbit and burned up in the atmosphere during reentry.

Orbcomm did have a $10 million insurance policy in place that would “largely offset” the loss of the satellite and the cost of the launch. Interestingly, the Falcon 9 rocket had enough fuel to relight like the engine that shut down early, but the remaining liquid oxygen gave only 95% chance that the rocket would complete its second burn.

Since NASA’s ISS payload was the primary payload on the mission NASA requirements stipulated that if there wasn’t at least a 99% chance that the rocket had enough fuel to complete the second burn, the engine could not be restarted. Orbcomm said that it believes if its satellite had been the primary payload on the mission the prototype would’ve reached the orbit required.

“Orbcomm understood from the beginning that the orbit-raising maneuver was tentative,” SpaceX spokeswoman Katherine Nelson wrote. “They accepted that there was a high risk of their satellite remaining at the Dragon insertion orbit. SpaceX would not have agreed to fly their satellite otherwise, since this was not part of the core mission and there was a known, material risk of no altitude raise.”

[via Reuters]


Orbcomm satellite falls out of orbit after problematic orbital insertion is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Scientists discover the moon is covered in soil containing a water substructure

A group of researchers from the United States has announced that they have discovered the moon is covered with soil containing a water substructure. The water substructure packed soil is created by a constant stream of charged particles coming from the sun according to the researchers. The water substructure that the soil contains is called hydroxyl.

Hydroxyl has one atom of hydrogen and one atom of oxygen making it OH rather than H20. The researchers who made the announcement are from the University of Tennessee at Knoxville, the University of Michigan, and the California Institute of Technology. The discovery has led scientists to say that the moon is not is bone dry as many believe.

Observations conducted on the moon previously, and new analysis of lunar samples returned to Earth by the Apollo missions have discovered that icy drops of water can be found on the moon’s surface. In 2009, NASA crashed the Lunar Crater Observation and Sensing Satellite into a southern lunar crater that is always in shadow at 6200 mph.

The purposeful crash of the satellite was the equivalent of detonating two tons of dynamite inside the crater and sent a plume of material into the sky. Observations of that ejected plume discovered that the material was rich in water ice. The scientists believe that the stream of subatomic hydrogen proton particles ejected from the sun’s upper atmosphere combined with oxygen on the moon’s surface to form the OH hydroxyls.

“Our work shows that the ‘water’ component, the hydroxyl, is widespread in lunar materials, although not in the form of ice or liquid water that can easily be used in a future manned lunar base,” Michigan geological sciences Professor Youxue Zhang said.

[via UPI]


Scientists discover the moon is covered in soil containing a water substructure is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


NASA Is Working on a Nasal Spray to Keep Astronauts From Throwing Up in Space [Nasa]

Red Bull may be sending dudes to jump from the stratosphere, but NASA’s still out there doing stuff too. It’s not quite as flashy as livestreamed sky-diving, by NASA is currently working on a fast-acting, anti-nausea nasal spray. Talk about technology we could all benefit from. More »

Red Bull Stratos supersonic skydive live: Felix is falling!

For those of you not already watching the live video feed of the Felix Baumgartner jump from space down to the planet in a Red Bull stunt for the record books, now’s a good time to start – he’s jumped! This jump had been cancelled earlier in the week due to weather conditions then postponed for the same reason, here working with conditions that allow the jump to go on optimally (so far) straight down from 120,000 feet / 36,576 meters above the ground. If all goes as planned, this mission will break more than one world record, and will be more than just a little bit of a good PR bit for the Red Bull brand.

This mission will (or already has, depending on when you’re reading this) break the record for the first human to break the sound barrier in freefall. That’s a fabulous 690 miles / 1,110 kilometers per hour straight down without any propulsion other than gravity, incase you did not know. It’s already a record-breaker right as Baumgartner exited the craft he was lifted up in as this becomes the highest skydive in recorded history. Not that anyone wouldn’t have recorded such a jump, of course.

You can watch the live feed of this event above, or you can watch the computer generated rendering of the event below. Red Bull made certain to show the event in more than way so that people across the earth could understand the epic nature of it all. Now that the jump has been initiated, Red Bull has only to cross their fingers and hope that it all goes well – Red Bull will be a drink that people will be downing for generations at this!

This mission is just one of several such jumps that’ve been made by Baumgartner in the past in collaboration with Red Bull. This man also did a skydive across the English Channel and dia a BASE jump from the hand of the Christ the Redeemer statue in Rio de Janeiro – if that doesn’t make you feel like the drink gives you wings, nothing else will. Of course if you weren’t convinced then, today’s record breaker – breaking a record 50 years old, mind you – really should.

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What do you think? Are you more enticed to believe in the Red Bull brand now that a man has jumped from space? Let us know!


Red Bull Stratos supersonic skydive live: Felix is falling! is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Red Bull Stratos Launch, Live!

After numerous false starts due to weather and other technical challenges, daredevil Felix Baumgartner successfully launched on his expedition to 120,000 feet this morning. The capsule took off at approximately 9:30am Mountain Daylight Time, and is currently on its way up to its peak altitude of about 23 miles.

felix baumgartner launch

As of this writing, Baumgartner is at about 46,000 feet, and rising rapidly towards his goal. The capsule is heading up at about 900 feet-per-minute, and is expected to reach “float” – where he will level off in about 80 minutes or so – around 11:30am MDT. Once he reaches that level, Felix will carefully exit the capsule, and begin his rapid plunge back to Earth below, breaking the speed of sound on the way down before he opens his chute.

felix baumgartner launch 2

Watch the amazing HD live footage of the launch in progress below:

Or head over to the Red Bull Stratos website for live updates on the mission’s progress.

Good luck on the dive, Felix! We’re rooting for you!


Red Bull Stratos supersonic dive is go! Watch it here…

Jumping from the edge of space and trying to break the speed of sound as a parachutist probably isn’t how most of us are spending Sunday, but the Red Bull Stratos mission is underway again for another attempt at the record. Having been cancelled last week after weather issues, and postponed in the days following after forecasts refused to play ball, the climb through the atmosphere to 120,000 feet is now on.

When the capsule hits the target altitude, daredevil Felix Baumgartner will open up the hatch and become the first human to skydive from such a height. He’s expected to rapidly break the speed of sound – 340.29 m/s – though the best estimates of the team is that it won’t affect his body.

At time of writing, the Stratos capsule is 38,000 feet above the surface of the Earth, rising at a rate of around 1,000 feet a minute. It’s being monitored not only by cameras on the capsule itself, but a set of NASA-developed tracking cameras on the ground underneath, which use a combination of infrared and other targeting systems to keep things in view.

It’s taking 180,000 cubit feet of helium to get the capsule up to the stratosphere, though only gravity will be needed to bring Baumgartner back down. You can watch the full event in the live YouTube video below.


Red Bull Stratos supersonic dive is go! Watch it here… is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Newly Discovered Super Earth is a Really a Diamond in the Sky

Scientists have discovered a planet orbiting a sun-like star called 55 Cancri. The planet is known as 55 Cancri e and is a so-called “super-Earth”. 55 Cancri e is 40 light years from the Earth and its light is visible to the naked eye.

diamond earth

The coolest thing about 55 Cancri e is that it is completely different in chemical composition from Earth. Rather than being mostly covered in water and granite, 55 Cancri e is believed to be covered with mostly graphite and diamonds. A research team led by Yale University scientists discovered the rocky planet, which is roughly twice the Earth’s size, with an estimated mass eight-times that of our planet.

cancri e

The newly-discovered planet orbits its parent star at an incredibly high speed with each year lasting only 18 hours. The planet is also incredibly hot with the surface temperature estimated to be 3900°F. The scientists believe that at least a third of the planet’s mass could be diamonds.

[via Yale]


Supersonic Space Jump: Full Coverage [Video]

Total success. After many delays, Felix did it. He reached the highest altitude ever reached by any man in a balloon, more than 127,000 feet. He then jumped and fell faster than any man, breaking Mach 1 (it’s unofficial for now, they have to confirm it). More »

NASA’s Inventing In Style with Awesome Robot Pants [Video]

You already have NASA to thank in part for everyday, Earthly wonders like memory foam and water filters, but a new one is coming to the list: powered exoskeletons. More »

X1 Robotic Exoskeleton Helps Astronauts Exercise and Could Benefit Paraplegics on Earth

A lot of the technology we enjoy here on Earth started out as tech created for the space program. NASA has a very cool robot working on the International Space Station right now called Robonaut 2. New technology that has spun off from the Robonaut 2 program has been unveiled that could help astronauts exercise while in the weightlessness of space – and could possibly help paraplegics on Earth to walk again.

x1 robot exoskeleton

The technology is called the X1 robotic exoskeleton and was developed in cooperation with NASA and the Florida Institute for Human and Machine Cognition. The exoskeleton weighs 57 pounds and can be worn by humans to help assist or inhibit the movement of leg joints. By inhibiting movement, the exoskeleton could also provide resistive exercise.

The exoskeleton is worn over the legs with a harness that reaches up the back and around the shoulders. It offers 10° of freedom in the joints with four motorized joints at the hips and knees along with six passive joints that allow for sidestepping, turning, pointing, and flexing the foot. The system offers multiple adjustment points allowing the X1 to be used in a variety of ways. For instance, the exoskeleton could be used to help astronauts carry heavy gear on the surface of other planets and could possibly be adapted to military transport use here on Earth.