CSI: NASM (Curator Scene Investigator: National Air and Space Museum)

Did you ever read a “choose-your-own-adventure” book as a kid? What about watching old episodes of Law & Order on cable? I enjoyed both, since it always felt like I was really working to solve a problem, either on my own or vicariously through Detective Lennie Briscoe (played by the incomparable Jerry Orbach). Sometimes, my job as a curator at the National Air and Space Museum benefits from my love of solving a mystery, and researching the collection of space cameras gave me that opportunity starting in 2004.

The 1970s were not necessarily a time of diligent record keeping when it came to space artifacts transferred from NASA to the Museum. Often, items remained at remote locations and NASA only conveyed legal title for the objects. At other times, large shipments of the same type of item arrived at the Museum with very little documentation other than a list of object names. Wading through this documentation (made easier in recent years by an immense scanning project undertaken by our Registrar’s office – meaning our legal documents regarding artifacts are available electronically now), can be time-consuming, and usually requires one to be very skilled at reading between the lines. Using any of this to determine issues like who manufactured the item, what purpose it served, and if it flew on a mission can be near impossible.

This is where I found myself in 2005, at almost the beginning of my days as the curator responsible for the space camera collection, having to inspect the return of some loaned items from NASA’s Johnson Space Center (JSC). Many were part of the same lot of items we received title to back in 1973, but stayed on loan to JSC. One item was particularly intriguing: a camera with absolutely no markings on it, but with a large lens and three rubberized “feet” affixed to the magazine and lens. My first speculative thoughts caused me to write a short note in my database record for the camera on the day I inspected it, “stripped of any external markings; may not be Apollo, appears to be Mercury/Gemini era – 5/17/2005.” My first instinct was that the name for the artifact in the database was incorrect: only Hasselblad and a few Nikon cameras were used during Apollo. That much I knew. In the documents associated with the acquisition of the camera, it is listed simply as “Artifact, Camera, 35mm, w/lens, Modified.” Assigned the catalog number A19770553000, this camera must have received a notation about Apollo by a later curator, but the paper trail does not reflect that. What I did not know, and would not for some time yet, was just how unique the camera I had just encountered was.

 

robot camera

My mystery camera, returned from a loan in April 2005.

 

Without any better leads, and other pressing issues to attend to, I dropped my research. I should note that at this point in my career, I was also preparing to begin a PhD program in history at George Mason University. In the fall of 2005, I was focused on coursework and the early stages of dissertation research. Three years later, inspired by one of our amazing research fellows who liked to solve mysteries, Matthew Hersch, and my own dissertation research on astronaut photography, I took up the inquiry again.

You see, here is where my tales of curatorial and scholarly research come together. While collecting mission documents about early spaceflight, I came across one for the Mercury Faith 7  flight of Gordon Cooper. Each mission produced a final report, with contributions from engineers, scientists, mission managers, and of course, the astronaut. Almost by chance, in reading through the report, I noticed a strange photo of one of the cameras Cooper used during his flight. It rang some bells in my head, and I got Matthew to help confirm my suspicions. As far as we could tell, the photo of the camera in the mission report and the camera I inspected in 2005 were the same. For use in space, NASA frequently modified commercially produced models, stripping them of unnecessary parts and coverings, adding features to assist the astronaut in the low-gravity environment of orbit. The text of Faith 7 mission report helped confirm this again: “three small supports or “feet” were provided to aid the pilot in positioning the camera against the window for aiming.”

 

robot camera

Robot camera used on Faith 7, from the official mission report.

 

You might ask now if I am 100% sure I found the proof I needed to say that the camera we have here is the camera Cooper used. My suspicious, Magic 8 Ball mind says “all signs point to yes,” but my Lenny Briscoe and Law & Order-loving mind will remain a bit circumspect, knowing that what evidence I have is circumstantial at best, not a smoking gun. As a curator, however, I continue the quest for answers despite the hindrances, and hope that I can clear away some of the mud to reveal a layer of truth in the documentation of the National Collection of space cameras.

robot camera

This hand-held Robot camera was probably used by astronaut L. Gordon Cooper during his Faith 7 mission on May 15 and 16, 1963, to photograph atmospheric phenomena.

Jennifer Levassuer is a museum specialist in the Space History Division. Her dissertation topic is a cultural history of astronaut photography through the Apollo program, and is the curator responsible for space cameras and other personal equipment.

5 Cool Things at the Udvar-Hazy Center You May Have Missed

The Steven F. Udvar-Hazy Center in Chantilly, VA, currently has over 161 aircraft and 160 major space objects on display.  With so much to see in such a huge space, it’s easy to focus on the larger and more famous objects like the Concorde, Space Shuttle Enterprise, and Boeing B-29 Superfortress Enola Gay.  However, there are a host of other objects of historical significance with very interesting stories behind them.  Here is a list of just some of the objects that you shouldn’t miss on your next (or first) visit to the Udvar-Hazy Center:

1) First Flying Wing: Northrop N1-M

Northrop N1M

Northrop N1-M Flying Wing

On display near the center of the Boeing Aviation Hangar is the bright yellow N1-M flying wing.  Built by John K. “Jack” Northrop, one of the world’s preeminent aircraft designers and creator of the Lockheed Vega and Northrop Alpha, the N1-M wasn’t his first attempt at creating a flying wing, but it represents the first truly successful design.  It’s flight characteristics were not great, but it led to other designs, including the Northrop XB-35 and YB-49 strategic bombers and ultimately the B-2 stealth bomber.  The N1-M first flew in 1940 and was one of many experimental aircraft that has been associated with UFO sightings. It’s ominous beauty & important place in history make it a must-see on any visit.

2) Space Backpack: Manned Maneuvering Unit

Manned Maneuvering Unit (MMU)

Bruce McCandless MMU Free FlightOne of the most famous space images is that of lone astronaut Bruce McAndless floating free against the blackness of space – a feat made possible by the Manned Maneuvering Unit (MMU), currently on display at the Udvar-Hazy Center.  It was the first time a human had ever flown completely free from a spacecraft. The backpack propulsion system was used on three shuttle missions in 1984 and was transferred to the Museum in 2001. Hanging high above and to one side of the space shuttle Enterprise, it’s easy to miss this important object.  Curator Valerie Neal explains more about the MMU in this video:

3) What’s the Hook?: Stinson L-5 Sentinel

Stinson L-5 Sentinel

The Museum’s L-5 is the first production model ever built. One of the most important but overlooked aircraft of WWII, it was versatile, durable and flew a wide variety of missions from photo reconnaissance to VIP transport. Hanging high above the Lockheed SR-71, one of the more frequently asked questions about this aircraft is “what is the hook?” It’s called the Brodie System, an ingenious system designed to allow aircraft to takeoff and land on a ship without landing on the deck. The hook grabs onto a line running along the side of the ship, as shown in the video below. While the Brodie System was operational in the Pacific only toward the end of the war, it made one notable contribution leading up to the invasion of Okinawa, as curator Roger Connor explains:

4) Flying Blind: Saturn V Instrument Unit

Saturn V Instrument Unit

Elevated above the floor is one section of a Saturn V rocket measuring about 1 meter (3 feet) high by 6.7 meters (22 feet) in diameter. This ring, which sat between the third stage of the Saturn rocket and the payload, was incredibly important. Known as the Instrument Unit, it contained crucial systems, including the inertial guidance system that guided the rocket throughout launch. During the launch of the Apollo 12 mission, lightning strikes knocked out the power to the Command Module and its navigation systems. The guidance system in the Instrument Unit continued working and kept the Saturn V rocket on course to a successful mission to the Moon.

5) By Land or Sea?: Gemini TTV-1 Paraglider Capsule

Gemini TTV

Gemini TTV-1 Paraglider Capsule

A Gemini capsule with wheels? That capsule is a full-scale Test Tow Vehicle (TTV) built to train Gemini astronauts in a landing procedure that ultimately was not used. At the start of the Gemini program in 1961, NASA considered having the two-man Gemini capsule land on a runway after its return from space, rather than parachute into the ocean. The controlled descent and landing would use an inflatable paraglider wing of the type invented by Francis Rogallo and NASA. The Museum’s TTV was the first of two TTVs flown in several tests at Edwards Air Force Base in California to perfect maneuvering, control, and landing techniques. This video includes an early animation of how the Paraglider Landing System would work:

Both the Gemini TTV-1 Capsule and its Rogallo Wing are on display in the Human Spaceflight exhibit inside the James S. McDonnell Space Hangar.

These are just five of the unique objects on view at the Steven F. Udvar-Hazy Center, there are hundreds more.  What do you think are other must-see objects?