How to return to the moon in just four years

In a four-launch scenario, the lander would precede the crew to the moon. The first two launches would be a moon injection stage followed by a lunar lander. These two vehicles would rendezvous in Earth’s orbit before the moon injection stage would send the lander ahead to the moon. The next two Falcon launches would carry a second moon injection stage and then the crew in their capsule/service module. After a similar boost in a moon-injection stage, they would meet up with the lander in lunar orbit.

The rest of the mission would be like the Apollo mission — Americans on the moon, once again taking giant leaps for mankind.

via How to return to the moon in just four years | Fox News.

Private Cygnus Spacecraft Makes Historic 1st Rendezvous with Space Station

Orbital officials initially aimed for Cygnus to arrive at the space station on Sunday, Sept. 22, but a data format issue between the spacecraft and orbiting lab forced the company to abort that first rendezvous attempt. Troubleshooting efforts with that glitch and the impending arrival of a new space station crew aboard a Russian Soyuz spacecraft, which launched and docked on Wednesday (Sept. 25), pushed Cygnus’ arrival to today.

via Private Cygnus Spacecraft Makes Historic 1st Rendezvous with Space Station | Space.com.

The other firm is SpaceX of Hawthorne, Calif., which has a $1.9 billion contract for 12 supply missions using its Dragon space capsules and Falcon 9 rockets. SpaceX has flown two of those delivery missions already, and is expected to test fly an upgraded version of its Falcon 9 rocket later today in a launch from California. Unlike Cygnus, SpaceX’s Dragon capsules are equipped with a heat shield and can return science experiments and gear to Earth from the station.

Inside NASA’s Deal for Inflatable Space Station Room

The new inflatable BEAM will be launched to the International Space Station by a Falcon 9 rocket built by another private spaceflight company, California-based SpaceX. The module will be cocooned inside the unpressurized cargo hold of SpaceX’s Dragon capsule atop the Falcon 9. NASA has already purchased the launch of the SpaceX Falcon under a separate Commercial Resupply Services contract.

via Inside NASA’s Deal for Inflatable Space Station Room.

This site is always fascinated with the technology of space.  Here’s an interesting tour of the International Space Station.

SpaceX’s first ISS supply mission is a success

The SpaceX Dragon capsule has been successfully grabbed by the International Space Station, marking the first time a private American space flight has run a supply mission to the orbiting platform. The crew of the ISS snatched Dragon out of orbit ahead of schedule, using the space station’s robotic arm to guide the capsule in after its careful approach.

via Dragon captured: SpaceX’s first ISS supply mission is a success – SlashGear.

That smooth SpaceX launch? Turns out one of the engines came apart

The Falcon 9, as its name implies, has nine engines, and is designed to go to orbit if one of them fails. On-board computers will detect engine failure, cut the fuel supply, and then distribute the unused propellant to the remaining engines, allowing them to burn longer. This seems to be the case where that was required, and the computers came through. The engines are also built with protection to limit the damage in cases where a neighboring engine explodes, which appears to be the case here.

via That smooth SpaceX launch? Turns out one of the engines came apart | Ars Technica.

Space Exploration Technologies Corporation

Timely access to space is an essential element of our commercial supply chain,” said Thierry Guillemin, Intelsat CTO. “As a global leader in the satellite sector, our support of successful new entrants to the commercial launch industry reduces risk in our business model. Intelsat has exacting technical standards and requirements for proven flight heritage for our satellite launches. We will work closely with SpaceX as the Falcon Heavy completes rigorous flight tests prior to our future launch requirements

via Space Exploration Technologies Corporation – Press.

SpaceX Dragon: Space station astronauts capture Dragon capsule, making history

At 9:56 a.m. EDT, space station flight engineer Don Pettit reached out with a 58-foot robotic arm and grabbed the unmanned capsule, which was “free drifting” beneath the $100-billion station at 17,000 miles an hour, roughly 250 miles above northwest Australia.

via SpaceX Dragon: Space station astronauts capture Dragon capsule, making history – chicagotribune.com.

“Once again SpaceX has done it. They have become the first private company to successfully launch their own spacecraft and get it captured by the International Space Station’s robotic arm,” said NASA commentator Josh Byerly.