Shawn Ryan Show

#287 Butch Wilmore - He Was Stranded in Space for 286 Days

March 12, 2026

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  • Butch Wilmore states that his personal job satisfaction was higher as a fleet naval aviator operating off aircraft carriers than as a NASA astronaut, despite being grateful for his time in space. 
  • Effective leadership across all high-stakes environments (combat, test piloting, spaceflight) requires recognizing one is not the expert, surrounding oneself with capable individuals, and empowering them without micromanaging, always prioritizing the mission. 
  • Wilmore highly values service to the nation, citing his faith and the sacrifices of military personnel as the highest forms of respect, and he gifted the host an American flag patch worn during a spacewalk. 
  • Carrier landings require pilots to maintain full power upon touchdown until explicitly signaled to throttle back, as a premature power reduction results in a 'cut pass,' which is a zero in the grading scheme. 
  • Naval aviator training prioritizes the top student in flight school by guaranteeing them the jet pipeline, while others are assigned to propellers or helicopters based on Navy needs. 
  • Butch Wilmore's first real-world night combat mission during Desert Storm involved navigating complex aerial refueling formations and surviving multiple surface-to-air missile engagements due to poor tactical positioning and navigation errors that were later corrected by lessons learned. 
  • Spacewalks require constant, active mental focus, driven by the dual thoughts of disbelief at the task and the critical need to avoid becoming 'famous' by drifting away from the station. 
  • The Boeing Starliner, during its first crewed flight commanded by Butch Wilmore, experienced multiple critical thruster failures, reducing its fault tolerance to zero for six-degree-of-freedom control during proximity operations. 
  • Butch Wilmore believes the Starliner mission's severe issues, including multiple thruster failures and helium leaks, warranted a Type A mishap classification from the start, equivalent to the Challenger and Columbia disasters, despite NASA's initial lower classification. 
  • Butch Wilmore experienced significant procedural failures regarding the classification of his Starliner incident, which he felt should have been immediately designated a Type A mishap equivalent to Challenger and Columbia. 
  • Wilmore and his crew adapted to their extended 286-day mission by utilizing surplus food intended for disposal and engineering custom seats in the Crew Dragon capsule to serve as a viable return safe haven. 
  • Despite the physical toll of long-duration spaceflight, including chronic pain upon return, Wilmore maintained a mindset of contentment rooted in his faith, refusing to fret over uncontrollable circumstances. 

Segments

Total Time in Space Reflection
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(00:00:36)
  • Key Takeaway: Butch Wilmore views extended service time, even if unplanned, as a privilege stemming from his initial patriotic motivation to serve the nation.
  • Summary: Wilmore confirmed accumulating 464 days in space, noting the extension was unplanned but still viewed as a privilege of service. His foundational motivation for joining the Navy was a patriotic tug to do his part for his country. This commitment remains the baseline for his career, even when facing unexpected extensions.
Naval Aviator vs. Astronaut Preference
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(00:01:36)
  • Key Takeaway: Wilmore’s personal job satisfaction level was higher as a fleet naval aviator operating from aircraft carriers than as an astronaut.
  • Summary: When choosing between a life as a naval aviator or an astronaut, Wilmore would choose the carrier life, citing that there is nothing like operating at the point end of the spear. This preference is rooted in his initial patriotic drive to serve in the Navy, which he felt was the best way to utilize his engineering degree at the time. He emphasizes that this choice is not a negative reflection on his 25 years with NASA.
Leadership Principles Across Environments
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(00:06:08)
  • Key Takeaway: The common denominator in leadership across combat, test piloting, and spaceflight is recognizing personal limitations and empowering non-expert team members without micromanagement.
  • Summary: Leadership success hinges on surrounding oneself with individuals who possess expertise in areas where the leader is not gifted. Empowering these team members to perform their jobs well, without resorting to micromanagement, is crucial. If a team member cannot perform, the correct action is to replace them with someone who is gifted for that specific role, always keeping the mission as the primary focus.
Advanced Space Technology Examples
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(00:11:54)
  • Key Takeaway: Spaceflight success relies on hundreds of complex, often unseen engineering feats, such as the explosive bolts releasing solid rocket boosters during launch.
  • Summary: During a Space Shuttle launch, hundreds of items must function perfectly, including four 30-inch bolts holding the solid rocket boosters that are explosively severed at liftoff. Space suits are complex, self-contained, multi-million dollar life support systems requiring internal cooling circulation to manage extreme temperature variations. Astronauts must perform major, often unplanned, suit maintenance in space because they are the technicians, unlike during ground training simulations.
Spacewalk Preparation and Survival Training
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(00:20:59)
  • Key Takeaway: Spacewalk preparation involves a five-hour pre-hatch opening process similar to deep-sea diving to purge nitrogen and prevent decompression sickness.
  • Summary: Astronauts train for survival in cold, water, and heat environments because the ISS orbit inclination (51.6 degrees) means potential landings could occur across a wide range of global terrains. Soyuz capsule training is particularly intense due to the small size of the descent module, requiring crew members to change into survival suits in cramped quarters. Unlike the Space Shuttle, which required runway landings, Soyuz crews must be prepared for any off-nominal landing location.
Items Carried for Family in Space
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(00:24:43)
  • Key Takeaway: Wilmore carried symbolic jewelry, including naval astronaut pilot wings shaped like rings for his wife and mothers, to represent his and his wife’s service.
  • Summary: Wilmore intentionally brought items that symbolized his service and commitment to his family, focusing on activities he could not do on Earth. He flew wings shaped like rings for his wife and mothers, intended as a legacy gift for his daughters upon college graduation. He views his wife’s sacrifice as equally important to his service, especially when managing household crises like hurricanes and appliance failures while he was in orbit.
Weapons in Post-Landing Survival Kits
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(00:28:07)
  • Key Takeaway: Soviet cosmonauts historically carried pistols in their post-landing survival kits, but this practice was discontinued before Wilmore’s Soyuz flight.
  • Summary: Historically, Soviet cosmonauts carried firearms for survival in remote landing scenarios, though this practice was canceled before Wilmore flew the Soyuz. If a modern crew were to land in a hostile geopolitical area, recovery would immediately become a matter of national significance involving the highest levels of international government. Wilmore received a modern SIG P211 GTO pistol as a gift from a friend at SIG Sauer.
Early Life, Faith, and Determination
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(00:30:07)
  • Key Takeaway: Wilmore credits his early, consistent church attendance and influential coaches for instilling the determination necessary to overcome significant obstacles, such as being physically small for football and struggling to qualify for the Navy.
  • Summary: Growing up in Tennessee, his parents ensured he had a godly foundation through church attendance, which provided stability for his mischievous nature. He attributes his success in college football and electrical engineering—despite being small, slow, and weak—to an immense amount of determination shown to him by coaches. His path into the Navy was difficult, involving multiple rejections due to a knee injury and vision that was technically better than the required standard but initially disqualified him.
Aviation Path and A-7E Corsair II Experience
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(00:38:17)
  • Key Takeaway: Wilmore was steered toward the Navy by a recruiter’s encouragement and ultimately loved being assigned the A-7E Corsair II, an aircraft he initially considered a setback.
  • Summary: Wilmore chose the Navy over the Air Force after an Air Force recruiter suggested they only took the ‘best and the brightest,’ while the Navy recruiter actively encouraged him to join. Despite graduating top of his flight school class, he was assigned the A-7E Corsair II, an aircraft being phased out, which he initially found disappointing. However, flying the A-7E, which involved extensive low-altitude training, proved to be the best experience for him.
Carrier Landing Challenges and Procedures
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(00:52:25)
  • Key Takeaway: Landing on an aircraft carrier is extremely dangerous, requiring pilots to maintain full power after touchdown until explicitly signaled to throttle back to prevent a ‘cut pass’ failure.
  • Summary: The carrier flight deck is one of the most dangerous places on Earth due to jet blast, taxiing aircraft, and the high energy of arresting cables, which can snap. During landing, pilots focus solely on the visual landing aid system (the amber ball) at night, as peripheral cues are lost. Pilots must maintain full power after touchdown until the yellow shirt signals a throttle reduction; pulling power early results in a ‘cut pass,’ which is a zero grade and rarely tolerated in a career.
Carrier Landing vs. Runway Stopping
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(00:56:40)
  • Key Takeaway: Carrier landings require full power upon touchdown and stopping within approximately 300-350 feet, contrasting sharply with typical F-18 runway landings requiring less than 2,000 feet.
  • Summary: Landing on an aircraft carrier demands full power be maintained until the arresting wire is confirmed grabbed and the yellow shirt signals to throttle back; pulling power early results in a ‘cut pass,’ which is a career-damaging zero score. A carrier landing stop distance is roughly 300 to 350 feet, significantly shorter than the 7,000+ feet required for a normal F-18 landing on a conventional runway. This extreme difference highlights the unique challenge of carrier operations.
Naval Aviator Selection Process
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(00:59:34)
  • Key Takeaway: Only the number one student in initial Navy flight training is guaranteed assignment to fly jets, with others being routed to propellers or helicopters based on Navy needs.
  • Summary: Not all naval aviators fly jets; some fly propeller aircraft like the E2 Hawkeye or helicopters. The Navy dictates initial aircraft assignments based on performance early in flight school, making the top student the only one guaranteed jets. This initial phase dictates the entire career path, even for those desiring carrier-based jet operations.
F-18 Combat Maneuvers and Value
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(01:00:50)
  • Key Takeaway: The F-18’s capability to seamlessly switch between air-to-air and air-to-ground modes for ‘fight your way in, bombs on target, fight your way out’ missions represents an unparalleled operational experience.
  • Summary: The F-18 allowed pilots to execute complex combat profiles by switching modes on the throttle and stick for air-to-air defense and air-to-ground strikes. Training often involved simulating these fights against other aircraft, with pods recording data to replay and analyze weapon accuracy and engagement envelopes. The speaker values this naval aviator experience highly, even above being a NASA astronaut.
Sacrifice of Military Families
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(01:02:23)
  • Key Takeaway: Military service, especially in high-risk roles, involves significant sacrifice from the entire family unit, which is often overlooked by those outside the service.
  • Summary: The speaker reflects on realizing the depth of sacrifice made by military spouses when he initially misunderstood a commanding officer’s wife using the term ‘we’ regarding her husband’s career. This sacrifice includes emotional separation and enduring hazards associated with the service member’s duties. This family unit commitment is essential to supporting those protecting the nation.
First Night Combat Mission Hazards
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(01:04:22)
  • Key Takeaway: A massive strike package required complex aerial refueling from eight stacked KC-135/KC-10 tankers at night, followed by entering hostile territory with lights off, leading to multiple missile threats.
  • Summary: Forty-two aircraft rendezvoused on eight stacked Air Force tankers at night, requiring precise altitude separation to avoid ‘blue on blue’ conflicts. Upon entering Iraq territory, aircraft turned lights off, and the speaker immediately encountered a Scud missile launch, learning that peripheral vision is crucial for spotting threats at night. He then faced an SA-8 missile, which he evaded by maneuvering based on his best guess of its range due to poor depth perception.
Egress Navigation Error
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(01:07:41)
  • Key Takeaway: During egress from combat, the speaker mistakenly set his navigation to an alternate target (Destination 16 instead of 15) due to a thumbwheel error, leading him into an area defended by SA-2s.
  • Summary: After evading the first two missiles, the speaker realized he was heading toward the alternate target because he had accidentally advanced the navigation thumbwheel two positions past his intended egress heading. This error placed him over a target defended by SA-2s, prompting him to dispense chaff for the first time in the engagement as he maneuvered to evade a third missile. The tactic of keeping the strike package physically close was discontinued after this mission to prevent such proximity-related risks.
Justification for Combat Action
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(01:21:39)
  • Key Takeaway: Military action against enemies is justified under Romans 13 as an extension of the government instituted by God to keep evil at bay, not as murder.
  • Summary: The speaker rationalizes his combat actions by citing Romans 13, viewing military service as an extension of the government’s God-ordained role to restrain evil. He trusts his government’s historical actions and believes that failing to hold evil at bay allows it to overtake everything. This perspective frames his participation in combat as a necessary defense against malevolent forces.
NASA Selection Process and Preparation
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(01:30:15)
  • Key Takeaway: Butch Wilmore applied to NASA four times over eight years, succeeding on his second interview after spending three months practicing talking about himself out loud to his wife.
  • Summary: After completing test pilot school and earning two master’s degrees, Wilmore applied to NASA four times, receiving an interview on his third attempt but failing to get selected. For his successful second interview, he spent three months driving across the country, constantly talking about his career to his wife to overcome the difficulty of articulating his accomplishments out loud to the selection board, which was chaired by astronaut John Young. The expectation for astronaut candidates (ASCANs) is to ‘know everything and perform it well,’ requiring deep, broad knowledge of complex systems like the Space Shuttle.
First Spaceflight Experience (STS-129)
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(01:42:48)
  • Key Takeaway: The initial moments in space on STS-129 were marked by the humbling realization of being one of only 505 people to leave Earth, witnessing thousands of ice crystals (‘diamonds’) separating from the external tank, and feeling weightlessness for the first time.
  • Summary: Wilmore was the 505th person to leave the planet when he launched aboard Space Shuttle Atlantis for STS-129, a mission focused on installing external logistics carriers (ELCs) for the International Space Station. Upon reaching orbit, he observed thousands of water vapor crystals crystallizing into ice diamonds floating outside the window as the main engines shut down. The feeling of weightlessness, where muscles and tendons relax to a neutral position, combined with the view of Earth, was profoundly humbling.
Flying vs. Spacewalking Preference
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(01:51:53)
  • Key Takeaway: If forced to choose only one experience—flying the spacecraft or performing a spacewalk—Butch Wilmore would choose to fly the spacecraft due to his wiring as a naval aviator.
  • Summary: Although Wilmore performed five spacewalks totaling 32 hours, he maintains that if he could only experience one, he would choose to fly the spacecraft due to his background. Historically, Space Shuttle pilots were excluded from spacewalks to protect the crew member essential for landing the orbiter. He noted that during his spacewalks, he constantly thought, ‘I can’t believe we do this,’ and ‘don’t get famous,’ as fame during a spacewalk implies something went wrong.
Spacewalk Mental Discipline
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(01:54:12)
  • Key Takeaway: Spacewalks demand constant active thought, focusing on tether safety and avoiding any situation that would draw media attention.
  • Summary: Astronauts endure physical strain during spacewalks, requiring several days to recover between excursions. Wilmore accumulated 32 hours across five spacewalks, during which he constantly reminded himself: ‘I can’t believe we do this’ and ‘don’t get famous.’ Procedures mandate never letting go of a handhold until the local tether is secured, even with a safety tether attached, to prevent becoming a free-floating satellite.
SAFER Jetpack Contingency
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(01:57:14)
  • Key Takeaway: The SAFER jetpack is the final contingency for an astronaut who floats free from the space station, requiring VR training for manual return.
  • Summary: The SAFER (Simplified Aid for EVA Rescue) jetpack is attached to the spacesuit and is used if an astronaut becomes separated from the station. The system uses a controller connected to a gaseous nitrogen bottle to allow the astronaut to fly back. Astronauts train extensively in VR simulations to practice this emergency procedure before running out of propellant.
Spacewalk Frequency Comparison
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(02:00:38)
  • Key Takeaway: Completing five spacewalks is considered a significant achievement, though astronauts on longer ISS missions accumulate more EVAs.
  • Summary: Butch Wilmore completed five spacewalks totaling 32 hours, which is a high number, especially during the Space Shuttle era. The typical astronaut might complete three or four spacewalks across their career. Wilmore’s crewmate, Sonny Williams, had completed nine spacewalks due to her participation in three long-duration flights.
Challenges of Mars Travel
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(02:04:01)
  • Key Takeaway: Traveling to Mars is extremely difficult due to communication latency (up to 42 minutes one way) and the immense challenge of atmospheric braking for heavy payloads.
  • Summary: Mars missions are hard because communication delay ranges from three minutes to 42 minutes depending on planetary alignment, necessitating complete autonomy. Furthermore, Mars’ atmosphere is only 1/100th the density of Earth’s, making it exponentially harder to slow down the mass required for human support upon landing. Wilmore was on an interplanetary landing evaluation team that found slowing the necessary mass down to be nearly impossible with current technology.
Christian View on Space Exploration
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(02:08:44)
  • Key Takeaway: Exploring and expanding knowledge beyond Earth is not in conflict with Christian faith, as God grants ingenuity and knowledge over time.
  • Summary: Wilmore does not see an ethical problem with settling other planets, viewing the pursuit of knowledge as part of God’s plan, which dispenses increasing understanding throughout history. He references early figures in Genesis who developed skills like metallurgy and music, suggesting growth and forward movement are intended. He sees no scriptural prohibition against exploration and enhancing human capability.
Starliner Test Flight Mission Goals
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(02:12:45)
  • Key Takeaway: The Starliner’s first crewed flight was a full-up test mission designed to certify all capabilities from launch through de-orbit and landing.
  • Summary: Starliner is the sixth crewed spacecraft in US history (Mercury, Gemini, Apollo, Shuttle, Dragon, Starliner). Wilmore commanded the test flight to certify the engineering and system capabilities through rendezvous, docking, on-orbit evaluation, undocking, and de-orbit burn. The mission was intentionally limited to two crew members to minimize risk during the initial test phase.
Starliner Handling Comparison
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(02:18:40)
  • Key Takeaway: Wilmore characterized the Space Shuttle as a ‘Cadillac,’ the Soyuz as a capable ‘desert buggy,’ and the Starliner as a precise ‘sports car,’ contrasting it with the automated ‘Volkswagen Beetle’ of the Dragon.
  • Summary: Starliner demonstrated exceptional precision during manual flight tests, allowing Wilmore to align the spacecraft’s velocity vector within a couple of degrees using only external visual cues over the dark Indian Ocean. In contrast, the SpaceX Dragon is highly automated, lacking the manual control capability of the Starliner, which Wilmore likened to a sturdy but less sleek Volkswagen Beetle.
Starliner Thruster Failures
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(02:22:44)
  • Key Takeaway: During the Starliner rendezvous, the crew lost four of the eight aft-firing thrusters due to reduced performance triggering the Fault Detection Indication Response (FDIR) system.
  • Summary: The spacecraft has seven thrusters at four locations, designed for six degrees of freedom control, with dual fault tolerance built in. After losing one aft-firing thruster, the loss of a second reduced the system to single fault tolerance, and the loss of a third eliminated six-degree-of-freedom control entirely. The failures were suspected to be caused by Teflon seals on pistons deforming due to overheating, restricting propellant flow and triggering the FDIR system to remove the underperforming thrusters.
Managing Critical Failures
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(02:31:49)
  • Key Takeaway: In high-stakes scenarios, the pilot must adhere to the aviation mantra of ‘Aviate, Navigate, Communicate,’ prioritizing immediate vehicle control over external communication.
  • Summary: During the thruster failures, Wilmore focused entirely on ‘Aviate’ (flying the spacecraft) while his crewmate, Sonny Williams, handled ‘Navigate and Communicate.’ This intense focus allowed him to maintain attitude and position while ground control worked on procedures to test and bring the failed thrusters back online, a process requiring him to temporarily relinquish manual control.
Starliner Return Decision Timeline
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(02:42:27)
  • Key Takeaway: Wilmore anticipated the Starliner would not return him to Earth before July 2025, even before the official decision was made post-docking, due to the complexity of diagnosing hardware issues like thruster failures.
  • Summary: Wilmore believed the chances of returning in the Starliner were slim because diagnosing and bounding the thruster problem without external inspection would be extremely difficult. He informed his family in July 2024 that the most likely scenario was remaining in orbit until 2025, though the official decision was made later in August. His family, having lived through years of Starliner delays, reacted with apprehension but ultimately accepted the situation based on his assessment of the hardware’s condition.
Helium Leak Confirmation
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(02:47:19)
  • Key Takeaway: Boeing was aware of a helium leak in one of the eight manifolds before launch, and by the time the spacecraft returned, seven of the eight manifolds exhibited some form of leak.
  • Summary: Wilmore confirmed that at least one helium leak was known prior to launch, though he personally would not have launched under those conditions. The crew, however, operates under the principle of trusting the process and the engineering assessments made by ground teams regarding hardware issues outside their purview. The crew’s primary focus was on the systems they controlled, like software and avionics.
Mishap Classification Dispute
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(02:53:51)
  • Key Takeaway: Wilmore strongly argued that the Starliner’s near-loss of control constituted a Type A mishap from the beginning, which NASA eventually conceded, aligning it with the classification of Challenger and Columbia.
  • Summary: NASA initially classified the event as a ‘high-visibility close call,’ which Wilmore vehemently opposed because the NASA Procedural Requirements (NPR) link this classification to the controllability of the spacecraft. Since he was the one controlling the vehicle during the failures, he felt his input was essential to the assessment. NASA later changed the classification to a Type A mishap, the same level assigned to the Challenger and Columbia losses.
Mishap Classification Dispute
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(02:54:35)
  • Key Takeaway: NASA initially failed to consult Butch Wilmore, the pilot in control, when classifying the Starliner incident, leading to an incorrect low-visibility assessment before it was later upgraded to a Type A mishap.
  • Summary: The initial assessment of the spacecraft controllability issue was deemed a mishap, but the process excluded input from the astronaut controlling the spacecraft. This oversight was eventually corrected, resulting in the incident being classified as a Type A mishap, aligning it with catastrophic events like Challenger and Columbia. Wilmore emphasized that such decision-making processes must prioritize trust and include the operator’s perspective.
Extended Stay Logistics
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(02:57:19)
  • Key Takeaway: The unplanned nine-and-a-half-month extension, totaling 286 days stranded, was managed by utilizing four and a half bags of surplus food set aside for disposal in unreturning cargo spacecraft.
  • Summary: Wilmore was stranded for 286 days after packing for only eight, surviving on food previously designated as trash by earlier crews. He sorted this surplus food into categories and ate it for the first four months, supplementing the planned four months of contingency food. He expressed no distress over the food, noting he enjoys ship food from his Navy days.
Emergency Return Planning
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(02:59:05)
  • Key Takeaway: Starliner was designated the initial safe haven for emergency evacuation, but the crew later engineered custom foam seats in the Crew Dragon to provide an alternative return option.
  • Summary: Immediately after docking, Wilmore confirmed with Mission Control that Starliner was the designated emergency exit if the ISS suffered a critical failure like depressurization or fire. Because the Soyuz lacked necessary life support connections and the Dragon had no seats, Starliner was the only option for months. Crew member Mike Barrett engineered and built custom seats in the Dragon using onboard materials, establishing it as a secondary safe haven.
Physical Effects of Spaceflight
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(03:03:49)
  • Key Takeaway: The hard Soyuz landing in 2015 caused a permanent, debilitating pain in Wilmore’s right side, which disappeared only in zero gravity, highlighting the lasting physical impact of re-entry forces.
  • Summary: The Soyuz landing, described as being hit by a sledgehammer, resulted in a constant, never-relenting pain in his right side since 2015, which vanished completely while in zero gravity. Upon returning to Earth during his recent mission, the pain returned within ten minutes of splashing down. Astronauts must work out two and a half hours daily to combat muscle atrophy and bone decalcification, and post-flight massages, standard for Russian crews, are now being adopted for US crews.
Daily Life and Maintenance
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(03:08:04)
  • Key Takeaway: Daily life aboard the ISS is busy, involving constant maintenance, including creating a ‘Franken pump’ by combining parts from two broken toilet components to maintain functionality.
  • Summary: The crew’s daily schedule is filled with maintenance, science experiments (like DNA sequencing and blood draws), and addressing life support issues. Wilmore detailed fixing a broken toilet pump by merging the functional pump from one unit with the structure of another, calling the temporary fix the ‘Franken pump.’ This constant need for repair underscores the complexity of maintaining the station in orbit.
Family Contact and Faith
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(03:09:55)
  • Key Takeaway: Communication technology has vastly improved since earlier missions, allowing Wilmore to participate in weekly video calls and attend his church services remotely, which he deemed vital for his spiritual well-being.
  • Summary: Modern satellite capabilities allow for near real-time video calls, enabling Wilmore to connect with his family and attend his church services every Sunday while in orbit. He stressed that maintaining continuous influx of truth from scripture and fellowship is paramount to living worthy, regardless of location. He celebrated holidays like Christmas aboard the station using sticky food items to create decorations, including a makeshift ‘Bucking Bronco deer.’
Return Timeline and Mindset
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(03:13:23)
  • Key Takeaway: The extended stay was resolved when the administration intervened to swap and expedite repairs on a Crew Dragon spacecraft, allowing Wilmore’s return in March after a potential year-long delay.
  • Summary: The original plan involved a September launch of a relief crew that would facilitate their return, but spacecraft issues threatened to extend the mission to nearly a year. The administration swapped the problematic Dragon spacecraft, leading to a quick, one-day handover in March and their subsequent return. Wilmore maintained a non-fretting attitude, believing that worrying over uncontrollable factors is not beneficial or glorifying to God.
Legacy and Purpose
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(03:24:09)
  • Key Takeaway: Wilmore’s primary goal is to be an affectionate father and husband, ensuring his daughters know they are his legacy, which he views as more everlasting than any engineering achievement.
  • Summary: He expressed a desire to be the opposite of fathers who were not outwardly affectionate, ensuring his daughters know they are loved and are the lasting legacy he leaves behind. He summarized the Bible’s purpose as God preparing a redeemed humanity to honor Him eternally, a purpose that begins the moment one believes in Christ. His published book was initially written for his daughters to provide encouragement and perspective on commitment and contentment.