heroicrelics.org Resources

Saturn Rockets

ARPA Order No. 14-59, which authorized the creation of the Saturn family of rockets
A diagram detailing how the SA-D (Dynamic Test Vehicle) is oriented in the Marshall Rocket Garden
Handling, Transporting, and Erection Instructions Saturn S-1 Stage, SA-1, a manual documenting handling procedures for the Saturn I Block I first (S-I) stage at both the MSFC Static Test Tower and at Cape Canaveral's LC-34, and also documenting the Saturn S-I Transporter.
A diagram of the Saturn I Block I profile
Block I S-I fuel pressurization system
Block I Saturn I second stage adapter
S-I LOX pressurization system
A diagram of the Saturn I Block II inboard profile
A diagram of the Saturn I Block II boattail
Saturn I/IB turbine exhaust
A NASA booklet on the SA-6 mission, a Block II Saturn I.
A Chrysler publication, AS-207 Vehicle Systems Information Drawings, an early set of engineering drawings on the Saturn IB.
A photo from SA-209's assembly
S-IB LOX vents
A diagram detailing the LC-34 service structure, used for launch Block I Saturn Is and Saturn IBs
A set of Saturn V inboard profiles, for the S-IC, S-II, and S-IVB stages.
NASA Facts 33, the "Saturn V poster" NASA Facts issue.
A time-lapse photo of the Saturn V S-IC assembly
A diagram of the Saturn V S-IC positions
A composite picture of S-IC-15 at night at the Michoud Assembly Facility
S-ID Propulsion/Mechanical, a proposal to modify the Saturn V S-IC (first) stage.
Construction of the S-II (Saturn V second) stage.
A history of the S-II (Saturn V second) stage LH₂ tank insulation.
An info page on the S-IVB (Saturn V third) stage O₂H₂ burner (aka "helium heater").
An info page on the S-IVB (Saturn V third) stage O₂H₂ burner (aka "helium heater").
An info page on the S-IVB (Saturn V third) stage pressurization/repressurization system, including cold helium spheres, ambient helium spheres, and the O₂H₂ burner, and the repressurization system's evolution during the program.

Rocket Engines

Apollo Command/Service Module

Apollo Lunar Module

A cross-section of the Ascent Propulsion System (APS) engine
Apollo lunar module restraint equipment
Information about landing gear strut crushable aluminum honeycomb, used as a "shock absorber"
Information about early lunar module evolution
A pamphlet, circa 1962, explaining Lunar Orbital Rendezvous
The Lunar Module's Rendezvous Radar Antenna
A series of Lunar Module structural drawings
Lunar module-command module transfer EVA
A discussion of Lunar Surface Sensing Probes, used to help the crew determine when they are close enough to the lunar surface to turn off the descent engine
LM-1 launch certificate of participation, along with information about the LM-1/AS-204/Apollo 5 flight

Space Suits

Apollo Missions

A post-mission photo of the Apollo 6 Optics
A post-mission photo of the Apollo 6 Hatch
Post-mission photos of the Apollo 6 ablator test experiment: side window ablator panel and simulated Block II umbilical ablator panel

Project Mercury

A composite picture of Freedom 7 at the Naval Academy

Museums/Facilities

An aerial overview photo of Marshall Space Flight Center, annotating major landmarks in the historic testing area
Some history of the MSFC Rocket Garden
A diagram of the Static Test Stand gantry crane at MSFC
Maps of the "old" Michigan Space & Science Center

B-24 Bomber

A photo showing the top turret location on a B-24A/LB-30

Missiles

Standard aircraft characteristics of the KD2G-2 Firefly.
Titan I Missile Configuration diagram.
Titan I Titan I First Stage Engines (LR-87).
Titan I Titan I Second Stage Engine (LR-91).
Titan II Missile Configuration diagram.

Miscellany

Grumman's use of paperclips in aerospace design, from the "Sto-Wing" on the Wildcat and Hellcat to the Apollo Lunar Module.