Skip to main content

NASA’s last space shuttle crew heads to Manhattan

Mere weeks after NASA closed up shop on the space shuttle program, the crew of the final space shuttle mission are headed to the Big Apple to reflect on their historic flight.

Commander Chris Ferguson, pilot Doug Hurley, and mission specialists Sandra Magnus and Rex Walheim of Shuttle Atlantis will be in Manhattan this week to attend a series of public events intended to raise awareness of their flight and share their experience with students, museum guests, and fans. On top of all that, they’re planning a trip to Sesame Street, too.

Recommended Videos

During their visit to New York City, the team will also take some time out to catch up with Elmo, the Sesame Street regular who attended July’s launch of the Atlantis shuttle.

As we reported last month, the space shuttle program ended with a perfect landing by Atlantis on July 21, wrapping up 135 flights over 30 years. The shuttles are now being retired to museums while NASA turns its attention to deep-space research made possible by private spaceflight companies.

The agency recently awarded $10 million in contracts to seven private companies specializing in space-travel initiatives.

Along with funding space-travel options in the private sector, NASA also offered up some financial support for 30 research projects covering a wide variety of space-related goals. Included among the 30 projects is everything from ways to reduce the amount of debris orbiting Earth to 3-D printers that will aid in the construction of planetary outposts.

Rick Marshall
A veteran journalist with more than two decades of experience covering local and national news, arts and entertainment, and…
NASA lays out plans for building a long-term moon base
2020 tech trends for the decade nasa artemis moon mission

NASA has released a report detailing how it intends to set up a base on the moon -- and from there send astronauts to explore Mars as part of its Artemis program. Having a long-term lunar presence would allow more efficient travel to distant parts of the solar system as well as the potential for more discoveries about the moon itself.

The planned lunar base would include elements like a vehicle for transporting astronauts around the moon's surface, some kind of mobile habitation to allow astronauts to travel across the moon for up to 45 days at a time, and a more permanent lunar habitation structure where up to four astronauts could live for short periods.

Read more
NASA’s WFIRST telescope has a new approach to the hunt for exoplanets
Artist’s illustration of the WFIRST spacecraft.

NASA is working on a new instrument for spotting distant exoplanets -- the Wide Field Infrared Survey Telescope, or WFIRST. This tool could be used to identify not only small, distant planets, but also other cosmic bodies like brown dwarfs and black holes.

Artist’s illustration of the WFIRST spacecraft. NASA’s Goddard Space Flight Center
Spotting exoplanets with microlensing
Most instruments for detecting exoplanets, such as NASA's exoplanet hunter satellite TESS, work by using the transit method. This is where telescopes observe distant stars and look for periodic dimming in their brightness, which suggests the presence of a planet passing between the star and the telescope in an event called a transit.

Read more
NASA’s Perseverance rover’s new wheels can grip and better withstand rocks
Three of the six flight wheels that will travel to Mars can be seen attached to NASA's Perseverance rover (which is inverted on a handling fixture) on March 30, 2020 at the Kennedy Space Center in Florida. The protective antistatic foil covering the wheels will be removed before launch this summer.

NASA's new Mars rover, Perseverance, nears completion as it is fitted with new wheels and a massive air brake parachute.

The rover had its wheels fitted for the first time last year, but those were engineering model wheels which are used for fitting and testing, such as checking whether the rover could stand on its own wheels and take its own weight. With that testing now complete, the NASA team could remove the model wheels and replace them with the real wheels that the rover will run on when it reaches Mars.

Read more