Brief
International Space Station (ISS)
The claims the writer was given for International Space Station (ISS), in the order they were given.
1
After his appointment, Michael Griffin began cutting long-term science programmes at the National Aeronautics and Space Administration (NASA) to fund the Space Shuttle, the Space Station programme, and the Vision for Space Exploration.
“Griffin began severely cutting long-term science programs in the Agency—"stealing from Peter to pay Paul"—to fund the two biggest financial drains on-going: the aging manned Space Shuttle and increasingly expensive Space Station Programs; and the new "Vision for Space exploration"”
Dark Mission 2010-07-22 ch12:110247-110517 opinion first hand
2
At the National Aeronautics and Space Administration (NASA) announcement ceremony for the Vision for Space Exploration, President George W. Bush's first goal was to complete the International Space Station by 2010 and then retire the Space Shuttle.
“Complete the International Space Station (ISS) by 2010, and then retire the Space Shuttle.”
Dark Mission 2010-07-22 ch19:676-758 administrative second hand
3
President George W. Bush's second Vision for Space Exploration goal was to develop a new Crew Exploration Vehicle (CEV) to carry astronauts to the International Space Station and then to the Moon and Mars by 2008, with manned missions to start no later than 2014.
“Develop a new Crew Exploration Vehicle, or CEV, to carry astronauts to the Space Station and then on to the Moon and Mars by 2008, with manned missions to start no later than 2014.”
Dark Mission 2010-07-22 ch19:771-946 administrative second hand
4
Unlike Apollo, which carried three men to the Moon and back, the new Crew Exploration Vehicle was required to accommodate four men to the Moon and up to six to the International Space Station.
“Unlike Apollo, which only carried three men to the Moon and back, the new CEV would have to accommodate four men to the Moon and up to six to the International Space Station.”
Dark Mission 2010-07-22 ch19:80861-81027 measurement
5
The National Aeronautics and Space Administration (NASA) planned a new heavy-lift vehicle that would strap as many as five solid rocket boosters onto a new liquid-fuel rocket design to lift larger payloads of equipment and construction supplies for the International Space Station and lunar bases.
“Larger payloads, consisting of equipment and construction supplies for the ISS and eventual lunar bases, would be lifted using a new heavy lift vehicle that would strap as many as five SRBs onto a new liquid rocket design.”
Dark Mission 2010-07-22 ch19:81419-81634 administrative
6
David Fravor watched a friend of his perform a spacewalk at the International Space Station via a NASA broadcast.
“I was in a meeting one day and I've got NASA on... And I saw one, he's in the space station while they're doing a spacewalk.”
David Fravor: UFOs, Aliens, Fighter Jets, and Aerospace Engineering | Lex Fridman Podcast #122 2020-09-08 02:19:28.0-02:19:34.9 testimony first hand
7
The Space Shuttle fleet helped construct the International Space Station.
“helped construct the International Space Station”
Report on the Historical Record of U.S. Government Involvement with Unidentified Anomalous Phenomena (UAP), Volume I 2024-02-01 char:133122-133163 administrative
8
A baby born on the International Space Station (ISS) would still have an available soul because the Earth's magnetic field still reaches the ISS.
“Well, no, the soul's available on the ISS because the magnetic field is still around.”
"Skinny Bob is Real" – Lifelong Abductee Reveals Everything - Erik Nanstiel | DEBRIEFED ep. 85 2026-04-24 01:35:28.2-01:35:35.2 opinion
9
The International Space Station has only 935 cubic metres of internal volume in total, including the American, Russian, European and Japanese sections.
“The International Space Station has only 935 cubic meters, and that includes the American side, the Russian side, the European module, the Japanese module.”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:03:51.5-01:04:00.8 measurement first hand
10
The American side of the International Space Station accounts for only about 450 cubic metres of the station's 935 cubic metres.
“And we only have, the Americans only have about 450 cubic meters of that 935.”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:04:03.1-01:04:07.9 measurement first hand
11
The first three United States modules of the International Space Station were built by Russia because the National Aeronautics and Space Administration (NASA) had no experience with habitable systems while Russia did.
“our first three modules were created by russia because we didn't have any experience i'm talking to speak on behalf of NASA we didn't have an experience with habitable systems they did with the Mir”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:04:14.5-01:04:24.8 testimony first hand
12
The Bigelow B330 expandable spacecraft has an internal volume of 330 cubic metres, about 75 per cent of the volume the Americans hold on the International Space Station.
“our small uh craft expandable system was 330 cubic meters you know 75 of the entire space that the americans already have on the ISS”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:05:14.1-01:05:25.1 measurement first hand
13
An average metallic module on the International Space Station has an internal volume of about 105 to 110 cubic metres, making the Bigelow B330 expandable spacecraft three times that size.
“and three times the size of an average module average metallic system on the ISS is about 105 110 cubic meters our B330 is 330.”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:05:26.3-01:05:32.3 measurement first hand
14
The International Space Station cost 100 billion United States dollars to build, in year 2000 dollar values.
“we spent 100 billion dollars to build the ISS as it currently exists 100 billion back in in dollars in 2000 dollar values you know 26 years ago”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:06:32.8-01:06:42.6 measurement first hand
15
Bigelow Aerospace could build a space system larger than the International Space Station for one twentieth of its cost.
“We can have a system that would be 1/20th of that cost and be larger.”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:06:49.5-01:06:56.9 opinion first hand
16
The Bigelow Expandable Activity Module (BEAM) was attached to the International Space Station in 2016 and remains attached.
“and then BEAM, which is attached right now, this minute, to the ISS in 2016.”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:07:59.4-01:08:02.9 testimony first hand
17
Attaching the Bigelow Expandable Activity Module (BEAM) to the International Space Station gave Bigelow Aerospace a Technology Readiness Level of nine, the highest attainable.
“and so that gave us a trl technical technical readiness level of nine which is the highest you can get”
The Evolution of AAWSAP | Bigelow Podcast, Ep. 2 2026-08-11 01:08:04.6-01:08:10.5 testimony first hand