Solar 60: Simulating the Deep Chill of Space
The Parker Solar Probe team needs to get the spacecraft into a deep cold environment, just like it will experience while in space. Johns Hopkins APL's Felipe Ruiz and Andy Webb describe how the thermal vacuum chamber at NASA's Goddard Space Flight Center creates the intense cold temps - and there's a humorous exaggeration in the explanation that true science-fiction-comedy film fans will catch!
Solar 60: Space Environment Testing for Thermal Protection System
Parker Solar Probe's Deputy Lead Mechanical Engineer Felipe Ruiz and Thermal Protection System (TPS) Lead Engineer Betsy Congdon - both from Johns Hopkins Applied Physics Lab - discuss how the spacecraft undergoes space environment testing with a special version of the TPS.
Moving Day: Parker Solar Probe Move from Johns Hopkins APL to NASA Goddard
Follow Parker Solar Probe on its journey from Johns Hopkins APL to NASA Goddard Space Flight Center. Moving a spacecraft is a complex process, but with lots of planning and smart work, the team makes it look almost easy.
ProtoSpace Augmented Reality for Parker Solar Probe
Engineers from the Johns Hopkins Applied Physics Laboratory in Laurel, Maryland (where Parker Solar Probe is under construction) are leveraging a new augmented reality (AR) tool called ProtoSpace, developed at NASA’s Jet Propulsion Laboratory, to improve how the men and women building the spacecraft can work on construction in a virtual, digital space.
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