Suggested Searches

Blogs

    Upper Stage Liquid Hydrogen and Liquid Oxygen in Fast Fill

    Teams are in fast fill operations for the interim cryogenic propulsion stage’s (ICPS) liquid hydrogen and liquid oxygen tanks. The ICPS is the upper stage of the Space Launch System rocket responsible for giving the Orion spacecraft the big push it needs in space to head toward the Moon. Teams continue to work toward a …

    Read Full Post

    Core Stage Liquid Hydrogen in Replenish

    Engineers have completed filling the core stage liquid hydrogen tank, and have moved into the replenish phase. Core stage liquid oxygen fast fill is still underway. Although the LH2 tank is larger than the LOX tank, LOX is denser than LH2 and takes longer to load. Teams continue to work toward a two-hour launch window …

    Read Full Post

    NASA Astronauts Complete Spacewalk to Prep for Upcoming Solar Array Upgrades

    Expedition 68 Flight Engineers Josh Cassada and Frank Rubio of NASA concluded their spacewalk at 4:25 p.m. EST after 7 hours and 11 minutes in preparation for upcoming solar array installation. Cassada and Rubio completed the majority of the primary objectives for today to assemble a mounting bracket on the starboard side of the station’s …

    Read Full Post

    Core Stage Propellant Loading Underway 

    Teams have begun the slow fill phase to load liquid hydrogen (LH2)  and liquid oxygen (LOX) into the Space Launch System rocket’s core stage. Once LH2 and LOX slow fill is complete, teams will transition to fast fill operations. Below are the as scheduled times for slow and fast fill operations: 4:24 p.m.: Core stage …

    Read Full Post

    ISS Daily Summary Report – 11/15/2022

    USOS Extravehicular Activity (EVA) #81 (1B IROSA Prep): Today, Josh Cassada (EV1) and Frank Rubio (EV2) performed the 1B ISS Roll Out Solar Array (IROSA) Prep EVA. Hatch opening occurred at 8:13 AM CT. The main goal of this EVA was to route cables on both the 3A and 1B Mod kits and install the …

    Read Full Post

    NASA Webb Micrometeoroid Mitigation Update

    In this illustration, the multilayered sunshield on NASA’s James Webb Space Telescope stretches out beneath the observatory’s honeycomb mirror

    Micrometeoroid strikes are an unavoidable aspect of operating any spacecraft. NASA's James Webb Space Telescope was engineered to withstand continual bombardment from these dust-sized particles moving at extreme velocities, to continue to generate groundbreaking science far into the future. ​​"We have experienced 14 measurable micrometeoroid hits on our primary mirror, and are averaging one to …

    Read Full Post