Kennedy Space Center

In its sixth mission for July and it’s thirty-third mission of the year, SpaceX launched 53 Starlink this morning from Kennedy Space Center in Florida. Liftoff from pad 39A at NASA’s Kennedy Space Center in Florida occurred at 9:38 a.m. EDT (1338 GMT).

This was the eight flight of booster B1062.

A crowd gathered on Playalinda Beach on the Cape Canaveral National Seashore to watch Falcon 9 lift off on July 24, 2022.
(Click to enlarge ©2022 Charles Boyer)
Falcon 9 pierces the sky on its way to orbit, July 24, 2022
(Click to enlarge ©2022 Charles Boyer)
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After a scrubbed launch the day due to thunderstorms before, and one delayed this by a persistent storms, winds and a single anvil cloud directly over the launch pad, a United Launch Alliance Atlas 5 rocket lifted off from Cape Canaveral at 7:15 p.m. EDT (2315 GMT), carrying two experimental satellites for the U.S. Space Force. Here’s a short sequence of the launch sequence that I made.

This video was made from the LC-39 gantry at Kennedy Space Center. At only 2.3 miles from the launch pad itself, the Gantry offers the best views of a launch that the public can get access to, and the sound from the rocket there is tremendously loud — all in all, it’s an exciting place to be for a rocket launch. This is a very representative view of what ticket holders there see with their own eyes.

I recommend clicking through and watching full-screen in YouTube in 4K or HD.

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While waiting out a long hold due to lazy thunderstorms that were lingering too close to SLC-41 to safely launch United Launch Alliance’s Atlas V set to carry the US Space Force’s payload designated as USSF-12, I grabbed a few interesting shots from the nearby launch pads.

Out at LC-39A, SpaceX is constructing its launch tower for future Starship missions.
(click for full res version)
@Charles Boyer, 2022 (CC BY 3.0 US)
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Through the years, I have photographed a lot of landscape, fashion, decaying architecture and sports professionally, and have enjoyed some decent success in each realm. No, I don’t view myself as any kind of Richard Avedon or Ansel Adams, but I do think a handful of my photos could be fairly termed “good.” I’ve enjoyed that journey and the experiences that went with it, and perhaps that is the most important thing.

Rocket launch photography is a whole other animal. To make a great launch shot, you need access (the closer the better), and the ability to deal with some very mixed conditions: the fire and flame is incredibly bright while the rest of the photo is either in normal light or at night. In the early days of digital cameras the available dynamic range was lacking, and film has its own personality — chrome (slide) film has maybe a +/- 2 stop latitude, and negative film perhaps as many as +/- 5 stops. That’s helpful, but color darkroom is a bear in its own right. That said, dodging and burning in is really hard for color.

Anyway, for the Space Shuttle Endeavour’s STS-123 launch in 2008, I set up with negative film and essentially ran a whole roll of film through in the first few seconds of launch. The initial shots were kind of…okay…but the third to last one was a real keeper.

Sometimes it’s better to be lucky than good.

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On May 18, 1969, at 11:49AM ET, Apollo 10 launched from LC-39B at Cape Kennedy. It was the second mission to the moon (Apollo 8 being the first), the fifth launch of a Saturn V, and the first Saturn V launched from Pad LC-39B — the same pad that now supports SLS / Artemis.

It was quite a busy day for everyone at Kennedy Space Center, and my Dad, Armand Boyer, on duty that day as the “Pad Chief” was one of them. He was responsible for fire and safety activities at the launch pad, but his job for the day didn’t end with the rocket launching. The aftermath of the rocket leaving the pad was incredible in its own right.

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Ever wondered what the inside of NASA’s Transporter Crawler looks like?

In 2014, I was part of a NASA Social event, and as part of the “insider” tour we got to go inside and look around in the Crawler that was used for Apollo and the Space Shuttle, and is now used for Artemis.

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