Launch of a Satellite I Babysat for Over 8400 Miles

Ten years ago today — December 29, 2002 (GMT) — the Nimiq 2 communications satellite launched from the Baikonur Cosmodrome atop a Proton rocket. Before that, though, it had to get there …


(Antonov AN-124 ‘Condor’ ready to on- or off-load cargo. Image by Mike Young, from Wikimedia Commons.)

Nimiq 2 was a Canadian satellite, built for Telesat by U.S. manufacturer Lockheed Martin and launched by ILS — International Launch Services — on a Russian booster. I got involved in the program as a space technology security monitor, responsible for making sure no U.S. technology or satellite design methodology was transferred to the foreign companies.

As part of the monitoring effort, I had the task of escorting the satellite from the San Jose, California, factory to Baikonur. The spacecraft was loaded onto a Russian Antonov AN-124 cargo aircraft, and I rode with it for the entire trip — including eating Thanksgiving tuna-and-crackers en route.

Because the spacecraft and its support equipment made the aircraft so heavy, we could not fly directly to Baikonur. Instead, we made the trip in several hops, stopping for fuel each time:

  • San Jose to Winnipeg, Canada (1490.11 miles / 2398.1 km)
  • Winnipeg to Goose Bay, Canada (1605.93 miles / 2584.49 km)
  • Goose Bay to Shannon, Ireland (2118.3 miles / 3409.07 km)
  • Shannon to Ulyanovsk, Russia (2320.05 miles / 3733.76 km)
  • Ulyanovsk to Baikonur (909.67 miles / 1463.98 km)

Most of the stopovers were short, except for the stop in Shannon where the aircrew enjoyed the RON (rendezvous overnight) in a local hotel while I got to stay aboard the aircraft with the satellite. So much for my first trip to Ireland! I never strayed from the tarmac at the Shannon airport.

Once we arrived at Baikonur, I spent the early part of December 2002 observing the launch preparations, including mating the satellite to the Proton rocket and enclosing it in the payload fairing. Some of that experience went into my short story, “The Rocket Seamstress,” which was published in the literary magazine Zahir in 2007. (The story is now available on Anthology Builder.)

I did not stay at Baikonur long enough to see the Nimiq 2 launch, however. My boss flew in to take over monitoring the final prep and the launch itself, and I flew home (via Moscow and a couple other stops) in time for Christmas. But it was good to know that I had a part in the first commercial launch of a Proton with the Breeze-M upper stage.

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New Song Debut: ‘Tauntauns to Glory’ [video]

Last Thursday I had the pleasure of appearing with several other central NC authors at the Orange County Library in Hillsborough, for a combined reading called “Winter Tales.” Here’s a YouTube video of one of my contributions:

From left to right at the table behind me were fellow authors James Maxey — who organized the gathering and recruited the rest of us — Rebecca Gomez Farrell, Alex Granados, and Mur Lafferty.

It was great fun, and I debuted two songs I wrote specifically for the event: a serious song called “Winter Simplifies the World” that alluded to the winter I spent stationed at Thule Air Base in Greenland, and, in the video above, my first-ever STAR WARS filk, “Tauntauns to Glory.” I hope you enjoy it!

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Happy Birthday, Arthur C. Clarke

Ninety-five years ago today — December 16, 1917 — Arthur C. Clarke, the visionary author of many science fiction classics, was born in Minehead, Somerset, England.


(Clarke on the set of 2001: A Space Odyssey. Image from the Clarke Foundation web site.)

As the Clarke Foundation web site puts it,

Arthur C. Clarke’s legacy bridges the worlds of the arts and the sciences. His work ranged from scientific discovery to science fiction, from technical application to entertainment. As an engineer, as a futurist, and as a humanist, Clarke has influenced numerous artists, scientists, and engineers working today ….

And, no doubt, his work and his legacy will continue to influence and inspire people for years to come.

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First Launch of NRO's 'Poppy' Spacecraft

Fifty years ago today — December 13, 1962 — a Thor Delta rocket out of Vandenberg AFB launched the first set of electronic intelligence (ELINT) spacecraft in the Poppy program.


(Poppy Type II satellite. NRO image from Wikimedia Commons.)

Also known as 1962 Tau Beta (among other names), the Poppy spacecraft were a follow-on to the Galactic Radiation and Background (GRAB) series of ELINT satellites, pictured in this previous blog entry. Several Poppy spacecraft were launched together, in tandem with the Injun 3 instrumentation satellite.

The National Reconnaissance Office declassified the Poppy program in 2005, and prepared a report entitled Raising the Periscope that contains select details about it and the GRAB program.

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Official Poster for the Upcoming 'Winter Tales' Event

This Thursday is the “Winter Tales” event at the Orange County (NC) Library. Here’s the library’s poster for the event:

I’ll be one of five local authors appearing at the event, along with Mur Lafferty, Rebecca Gomez Farrell, Alex Granados, and James Maxey. James organized the event, and invited the rest of us to participate. Everyone is supposed to present some original story, poem, essay, or something written just for this event. My contribution will be a couple of new songs (only one of which is filk).

Details, if you’re interested:
Thursday, December 13th, 6:00 p.m.
Orange County Main Library
137 West Margaret Lane
Hillsborough, NC 27278

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The Final — No, the Most Recent — Lunar Mission

Forty years ago today — December 7, 1972 — Apollo 17 lifted off aboard a Saturn V rocket out of Cape Canaveral as the last Apollo lunar mission.


(Gene Cernan, the most recent man to walk on the Moon. NASA image.)

Astronauts Eugene A. Cernan, Ronald E. Evans, and Harrison H. Schmitt comprised the Apollo 17 crew. On their first day in space, the crew took the iconic “Blue Marble” photograph with a hand-held Hasselblad camera.

Cernan and Schmitt landed the Lunar Module “Challenger” in the Taurus-Littrow region of the Moon on December 11. Evans stayed in lunar orbit aboard the Command and Service Module “America.”

Apollo 17 focused on surveying surface features and sampling geological materials in a region selected because it would yield both older and younger samples than previous Apollo missions, and featured Schmitt as the first scientist to land on the Moon. Schmitt and Cernan drove the lunar rover a total of 30.5 kilometers during their 75-hour stay on the Moon, and collected 110.4 kilograms (243 pounds) of lunar material.

When Cernan climbed aboard the Lunar Module to depart the moon, he said, “We leave as we came and God willing as we shall return, with peace and hope for all mankind.”* Usually he is referred to as the last man to walk on the Moon, but I prefer to think of him as the most recent man to walk on the Moon.

And even though I won’t get to be the next person to walk on the Moon, I hope someday to see another person walk on the Moon, and Mars, and even other worlds.

___
*Shameless plug: I made that sentiment a key part of my short story, “Memorial at Copernicus.”

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Vanguard Launch Attempt, 1957

Fifty-five years ago today — December 6, 1957 — the U.S. tried to launch the Vanguard satellite from Cape Canaveral, atop a Vanguard rocket.


(Vanguard explosion. US Navy image, from NASA.)

Also known as Vanguard TV3, for Vanguard Test Vehicle 3, the spacecraft was “a 1.36-kg aluminum sphere 15.2 cm in diameter, [that] contained a 10-mW, 108-MHz mercury-battery powered transmitter and a 5-mW, 108.03-MHz transmitter powered by six solar cells mounted on the body of the satellite.” Its mission, other than testing the launch vehicle itself, was to “study the effects of the environment on a satellite and its systems in Earth orbit,” and to “obtain geodetic measurements through orbit analysis.”

As seen in the image above, the launch vehicle exploded shortly after lifting off the pad.

When I was writing speeches in the Pentagon, I included the Vanguard story in a speech I wrote for the Under Secretary of the Air Force to deliver on December 6, 2004:

At 11:44 Eastern time at Cape Canaveral, the test conductor gave the final “go” command and Paul Karpiscak, a young engineer, flipped the final switch. Out on the pad, the rocket’s first stage ignited. It rose about four feet into the air, but lost power and came crashing down after only two seconds. It fell against the firing structure, its fuel tanks ruptured, and it immolated itself in a roaring ball of flame.

That was the 6th of December, 1957. It was Project Vanguard — our first attempt to launch a satellite. The experience was so new to the engineers in the control room that, when they saw it blow up, someone shouted, “Duck!” — and almost everyone did.

To wrap up, … the Vanguard Story has a happy ending.

For one thing, as that first launch vehicle crumbled in flame, controllers noticed that the satellite’s transmitters were still beeping. The payload had been thrown clear of the launch pad — it bounced a few times on the ground, but it still worked! At least they knew their satellite design was solid.

And … three Vanguard launches were successful, starting with Vanguard I on Saint Patrick’s Day, 1958. It wasn’t the US’s first satellite — that was Explorer-1 — but Vanguard I is still up there. It’s the world’s longest orbiting man-made satellite, and still provides data on atmospheric drag and other phenomena.

The lesson I take from the Vanguard story is that failure is, much of the time, a necessary step on the way to success.

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Final Classified DoD Shuttle Mission

Twenty years ago today — December 2, 1992 — the Space Shuttle Discovery launched from the Kennedy Space Center carrying … something.


(STS-53 crew. NASA image.)

STS-53 was the last classified Department of Defense mission for the shuttle fleet. Astronauts David M. Walker, Robert D. Cabana, Guion Bluford, Jr., James S. Voss, and Michael R. Clifford deployed the payload and conducted a series of experiments.

The names of the secondary payloads and the experiments on this mission are interesting — particularly the last three:

  • Orbital Debris Radar Calibration Spheres (ODERACS)
  • Shuttle Glow Experiment/Cryogenic Heat Pipe Experiment (GCP)
  • Microcapsules in Space (MIS-l)
  • Space Tissue Loss (STL)
  • Visual Function Tester (VFT-2)
  • Cosmic Radiation Effects and Activation Monitor (CREAM)
  • Radiation Monitoring Equipment (RME-III)
  • Fluid Acquisition and Resupply Experiment (FARE)
  • Hand-held, Earth-oriented, Real-time, Cooperative, User-friendly, Location-targeting and Environmental System (HERCULES)
  • Battlefield Laser Acquisition Sensor Test (BLAST)
  • Cloud Logic to Optimize Use of Defense Systems (CLOUDS)

After a week in space, the shuttle landed at Edwards AFB because of cloud cover at Kennedy.

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Interested in Speechwriting? Consider These Classes …

My speechwriting teacher, Joan Detz, will be offering a number of classes next year.

Joan Detz, How to Write and Give a Speech

I’ve taken her basic and advanced classes, and I learned a lot in each one. If I can fit it into the schedule (and the budget!), I may trek up to Philly for her Business of Speechwriting class.

Here’s the schedule of her 2013 course offerings:

You can find more information about Joan, her books, and her courses at http://www.joandetz.com/. If you go to one of her classes, write me and let me know what you think!

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First Satellite from Down Under

Forty-five years ago today — November 29, 1967 — Australia launched its first satellite into orbit.


(Construction of Wresat-1. Australian Space Research Institute image.)

Called Wresat 1, the spacecraft was built by the Australian Weapons Research Establishment — the “WRE” in Wresat. The small satellite was launched from Woomera atop a Sparta launch vehicle (a modified Redstone rocket). It sent back data for five days, and deorbited after 42 days.

This Australian Space Research Institute page has additional information on Wresat’s development and launch.

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