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Loose Pin Responsible for Boeing Starliner Failing to Deploy Parachute



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The crew module of Boeing's CST-100 Starliner spacecraft is not on its service module on Oct. 16 Inside the Commercial Crew and Cargo Processing Facility (C3PF) at Kennedy Space Center in Florida. Boeing

Boeing has identified the part that leads to a parachute failing to deploy during the testing of his Starliner capsule earlier this week.

On Tuesday, Boeing airborne astronauts to the International Space Station (ISS). For a manned craft, the launch abort test is vitally important.

Although the test is mainly a success, with the capsule being pushed away from the rocket as it should be and landing a mile away from the launch site, there was a snag. Following an investigation, Boeing announced it had discovered the cause of the parachute failing to open

. As reported by Space Flight Now, John Mulholland, vice president and program manager for commercial crew at Boeing,

"The root cause was a lack of secure connection between the pilot chute and the main." chute lanyard, "Mulholland said. There is a pilot parachute which fires first and inflates to pull the main parachute out behind it. But in this case, the parachute parachute to successfully deploy it. The connection between the two parachutes is a loop with a pin inserted inside, both of which are enclosed in a sheath.

"In this particular case, that pin is not through the loop, but it has not been discovered in initial visual inspection because of that protective sheath," Mulholland said.

Now that Boeing has discovered the. "

Now that Boeing has discovered the issue, it is confident it can be fixed. In addition, only two of the three parachutes deployed, the capsule could still land safely. Orbital Flight Test of the capsule in December.

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