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Marc Gohres
Airman #3070413
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Panel in our plane N9560W |
Instrument Pilot |
My son Chase and our airplane N9560W |
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My son Chase copilot flying our airplane |
Flying over Hoover Dam in N9560W |
Archives
N9560W
Videos
Some fellow pilots I
have met
Apollo
Archives
Interested in how they did it back in
the 60’s?
Apollo Lunar Module Documentation
LEM Guidance, Navigation, and Control
Subsystem Study Guide March 1966 ( 8.4 Mb PDF )
includes good panel diagrams.
LM/AGS
Operating Manual, Flight Program 6, July 1969, TRW document 11176-6033-T000,
Revision 1 ( 38 Mb PDF ).
LM Orientation
Training Course April 1966 ( 2.6 Mb PDF ).
NASA Apollo Lunar
Module News Reference, Grumman Aircraft Engineering Corporation, 1968 ( HTML Link )
Lunar Module
Systems Handbook: LM-5 to LM-9 (Schematics), 17 January 1969 ( 29 Mb PDF ) NASA Document FC027. Schematics scanned by Paul Fjeld
for Ron Burkey's Virtual AGC and AGS.
LM/AGS Operating
Manual, Flight Program 6, July 1969 (36Mb), TRW Document 11176-6033-1000, prepared by R. L. Mendelsberg. Digital version prepared by John
Pultorak and downloaded from http://www.ibiblio.org/apollo/yaAGS.html#AGS_Documentation
Grumman Aerospace
Corporation Lunar Module Cutaway Brochure, undated. Available at Karl
Dodenhoff's My Little Space Museum. The absence of RCS plume deflectors indicate that the
brochure was produced prior to the addition of deflectors on the Apollo 11 LM
as a result of experience gained during Apollo 9.
CSM/LM Spacecraft Operational Data Book, Volume 3, Mass
Properties, SNA-8-D-027(III) Rev 2, 20 August 1969. (29 Mb PDF)
Lunar Module, LM 10
Through LM 14, Vehicle Familiarization Manual (31 Mb). Grumman Document LMA790-2. 1 November 1969. Scan courtesy
Bob Andrepont.
Apollo Operations
Handbook, Lunar Module, LM 10 and Subsequent, Volume I, Subsystems Data, 1
April 1971 ( 39 Mb PDF ) Grumman Document LMA790-3-LM10-and-Subsequent. Scan
courtesy John Lloyd and Bob Andrepont.
Section 2.1,
Guidance, Navigation, and Control Subsystem, Apollo Operations Handbook, Lunar
Module, LM 10 and Subsequent, Volume I, Subsystems Data, 1 April 1971 ( 5 Mb PDF ) Grumman Document LMA790-3-LM10-and-Subsequent. Scan
courtesy Fabrizio Bernardini.
Section 4.4,
Guidance and Control Reference Data, Apollo Operations Handbook, Lunar Module,
LM 10 and Subsequent, Volume I, Subsystems Data, 1 April 1971 ( 2 Mb PDF ) Grumman Document LMA790-3-LM10-and-Subsequent. Scan
courtesy Fabrizio Bernardini.
Apollo
Lunar-Descent Guidance, Allan R. Klumpp, June 1971 ( 2.4Mb PDF ) MIT Charles Stark Draper Laboratory Document R-695.
Apollo Operations
Handbook, Lunar Module, LM 11 and Subsequent, Volume II, Operational Procedures
26 September 1971 ( 28 Mb PDF ) Grumman Document LMA790-3-LM11-and-Subsequent. Scan
courtesy NASA Technical Reports Server ( http://ntrs.nasa.gov/ ).
Apollo Lunar Module
Landing Gear, William F. Rogers, November 1972 ( 0.4 Mb PDF ), in 7th Aerospace Mechanisms Symposium ( 29 Mb PDF, pages 123-33. Scan courtesy NASA Technical Reports Server (
http://ntrs.nasa.gov/ ).
Lunar Module Display
and Control Subsystem, Andrew J. Farkas, March 1972 (2.1 Mb ) Apollo Experience Report TN D-6722. Scan courtesy
NASA Office of Logic Design.
Lunar Landing Research Vehicle (brief history) 2002 ( 0.2 Mb PDF ) Dryden Flight Research Center Document FS-2002-09-026-DFRC.
Curious about the $22
million Defense Intelligence Agency's (DIA)
Advanced Aviation Threat Identification Program?
Two studies into advanced propulsion and
space technology research that border on the fantastical. The first of these
studies, dated March 29, 2010, deals with "advanced space propulsion"
for faster-than-light travel, discussing theoretical physical constructs such
as "spacetime-altered regions" and "gravity/antigravity"
forces.
The second study, which the AAWSA
program published on April 2, 2010,
covers similar ground, but also includes discussions about "dark
energy" and "extra dimensions."
Sin City Guitar.com
Last
updated on Monday, October 25, 2021
© 2021 Marc Gohres
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copying or duplication prohibited