Browse Items (1981 total)
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Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of various lunar drill parts.
This photograph shows separate parts that make up the lunar drill. -
Photo of gears from the lunar drill.
This photograph shows gears from the lunar drill. -
Photo of lunar drill bit during a test.
This photograph shows the lunar drill drilling into lunar material. -
Photo of the lunar drill.
This photograph shows the lunar drill from a distance with a block of lunar material for testing. -
Photo of lunar drill testing.
The description on the back reads: "Lunar Drill Test- Drilling into rock Sample" -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photos of a lunar drill part.
These photographs show various angles of a single lunar drill part. -
Photo of lunar material.
This photograph shows lunar material that has been drilled into by the lunar drill. -
Photo of lunar drill data screens.
This photograph shows the screens of data from the lunar drill. -
Photo of a team member with the lunar drill.
This photograph shows a member of the lunar drill team with the lunar drill. He is holding a sample that was drilled from lunar material. -
Photo of the hanger that houses the lunar drill.
This photograph shows the hanger that houses the lunar drill. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a lunar drill bit.
This photograph shows a drill bit for the lunar drill. -
Photo of a lunar drill bit.
This photograph shows a drill bit for the lunar drill. -
Photo of the lunar drill.
This photograph shows the lunar drill, focusing on the upper part. -
Photo of the lunar drill.
This photograph shows the lunar drill. -
Photo of the lunar drill core recovery.
A description of the photo is found on the back in pencil: "Lunar Drill Core Recovery" -
Photo of a lunar drill bit.
This photographs shows a lunar drill bit from the bottom angle. -
Photo of various lunar drill parts on a trailer.
This photograph shows various lunar drill parts on a trailer. A description on the back reads: "Type for Lunar Drill" -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a lunar drill bit.
This photograph shows a drill bit for the lunar drill. -
Photos of a lunar drill part.
These photographs show separate parts of the lunar drill in various angles. -
Photo of a lunar drill bit.
This photograph shows a lunar drill bit being held/measured by another instrument. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Photo of a section of the lunar drill.
This photograph shows an area of the lunar drill with various parts and functions. -
Photo of a lunar drill part.
This photograph shows a separate part that makes up the lunar drill. -
Stipulation of the testimony of Erik Bergaust.
Written testimony of Erik Bergaust, managing editor of Missiles and Rockets Magazine, as presented if he were "present in court". Signed by the defense counsel, the accused, and the trial counsel. -
"Pogo analysis of the Saturn Propulsion System."
Report that contians images of graphs, photographs and diagrams. -
"System engineering propulsion, III-C-1."
Page numbering is inconsistent; there are no pages numbered 14 - 17. Some pages have handwritten numbers, others have no numbers at all.; The print quality of many pages is poor. Discusses the definition and function of propulsion as well as how to most effectively employ it . -
"Techniques of implementing launch automation programs" (Saturn IB space vehicle system).
This paper identifies the methods and equipment through which automation is becoming a major factor in testing and launching Saturn IB space vehicles. The merits of a digital guidance computer and its impact in extending automated checkout are stressed; also a logical basis is established for computer and manual test control. Hardware and software elements of the automated system are described, and details pertaining to reliability are emphasized. A concluding appraisal suggests that automation will play an expanding role in future test and launch operations. -
"Personalities of Deployment Test Program at Huntsville, AL Boeing Test Facility: Quips and Quotes, Development of Lunar Rover 'Golf Cart' Astronauts Drove on the Moon, by R. Lancaster."
This album contains a series of photographs from the construction of the Lunar Roving Vehicle (LRV) at the Boeing test facility in Huntsville, Alabama. Ron Lancaster, a longtime Boeing engineer, added humorous speech bubbles and notes to the photographs, many of which depict himself and his colleagues. The album includes a group shot of the engineers with a completed LRV. -
"Saturn V Apollo Flight Configuration."
Drawn by Don Sprague at the Huntsville Engineering section of Boeing. -
"System safety handbook."
The testing of a hardware system consists of' subjecting it to carefully controlled operating conditions for the purpose of demonstrating that this system performs its function properly. -
Boeing Subcontractors on Project Apollo.
The document is a list of Boeing subcontractors on Project Apollo including contractor locations, projects, and funding. -
"Apollo Logistics Support System (ALSS) Payloads Summary Report."
This report includes a summary of the major tasks performed by the Apollo Logistics Support System Payloads with an emphasis on the Lunar Mobile Laboratory (MOLAB).