FLORIDA: Boeing’s ground support for NASA’s Commercial Crew Program passed a critical test recently, its second milestone as part of the program. NASA took three weeks to examine the company’s work at the former space shuttle processing facility at the agency’s Kennedy Space Center in Florida, as well as a future mission control center.
“Along with facility designs, we looked at the operation processes,” Dave Allega, a lead in the ground and mission operations office of NASA’s Commercial Crew Program, said in a statement. “How would they be using those facilities? What is the flow? How are they going to build up their new spacecraft, get it ready to fly, put it on the launch vehicle and then operate it once it is there? Then, after landing, how will they go recover it and turn it around to go and do it again?”
The company’s CST-100 spacecraft is one of two funded competitors (along with SpaceX’s Dragon) to bring astronauts to the International Space Station. This would replace the Soyuz flights that fly crew to the space station from Kazakhstan. The CST-100 spacecraft is designed to carry a crew of up to seven people and launch atop an Atlas V rocket.
NASA was also interested in reviewing Boeing’s plans for astronaut training and monitoring crewmembers from the launch to the landing.
“The CST-100 will be a simpler vehicle to operate than the space shuttle, but the automation is complicated in and of itself, so we need to understand that automation and so does the crew,” Allega said in the same statement. “When Boeing trains our astronauts, they will have to balance simplicity, and giving the crew everything they need to know to manually operate the spacecraft just in case something goes wrong.”
The successful ground segment design review capped the second milestone in Boeing’s Commercial Crew Transportation Capability.
To meet NASA’s requirements that crews must be handed over to the agency an hour before landing, Boeing plans to land its spacecraft in the western United States using a parachute and airbags.