Canon EOS 5D Mark II
ƒ/2.8
16 mm
1/0
800

My rocket buddy Erik, launched a night rocket to the highest altitude I have ever seen – 12k feet. Generally, the idea is to keep a visual on the blinking lights.

His scratch-built black carbon fiber rocket was equipped with an Animal Motor Works L1300 Blue Baboon motor, an extreme thrust to weight ratio.

As the photographer, I am the person closest to the pad. From my vantage point, it shot straight up, like a burst into hyperspace, and disappeared out of sight into the pointillist star field… evoking a Star Wars flashback for me.

It just disappeared into the Milky Way. And then silence.
Hmm… Should we duck and cover?
Absolute silence.

At daybreak, one of the early risers went to take a pee behind the camp. And thenwe hear him exclaim:
“Erik, there’s your rocket!”

It was just behind our RV. With no separation of the airframe or parachute deployment. All together, just as it launched, and thus, as we would assume it should return, nose down and ballistic, a lawn dart in the playa… But no, it lay there horizontally, completely unharmed.

Must be aliens.

(best viewed large)

28 responses to “Jump to Hyperspace”

  1. thanks! (19 seconds, 16mm, f2.8)

    Lucky intuition on the framing to capture it through motor burnout (no cropping on this shot)

  2. Amazing. Ever heard of the woman who survived a fall of about three kilometers from an airplane over Peru? Aliens, indeed!

    http://www.cnn.com/2009/WORLD/europe/07/02/germany.aircrash.surv...

  3. Looks great (and great fun)! The stars, the rocket, the slightly eerie glow of the ground. Top stuff.

  4. Wow… beautiful long exposure!

  5. The rocket fell 12K feet with no parachute and was unharmed??

  6. Carbon Fiber Reinforced Polymer (CFRP) is tougher than steel and its low density also helps it survive impact. Have you considered using a telescope to track the rocket. On this topic, Composite Mirror Applications used CFRP to create an entire telescope including the mirror! The molded 1.4 meter mirror has better than 1/8 wave surface accuracy. The entire telescope benefits from the low thermal expansion of CFRP and because everything is made with the same material. It can be replicated cheaply compared to a comparable glass mirror telescope.

  7. jpctalbot: Yes!

    Can we borrow this for the weekend?

    mebooyou: although we don’t know how it went bump in the night, it could have gone into a horizontal spin-stabilized roll. I have seen some lucky designs do this and as long as the fins are firmly attached, it can survive the landing unharmed because it lands laterally, and not nose first like a lawn dart. There was a impact mark next to the rocket that supports the horizontal landing hypothesis.

    But I know that the aliens are smart enough to make marks like that to cover their tracks.

  8. +1 for alien hypothesis

  9. Awesome. Great story too, a bit risky launching such an expensive rocket at night, but I’m glad he got it back.

  10. We don’t display how we make our magic, but it’s enough for you to know that we make it, and worths it, isn’t it? |-)

  11. Lucky Erik…. lucky RV residents!

  12. that Blue Baboon motor has a really nice purplish hue to the exhaust!
    very nice 🙂

  13. That is downright awesome. Cool expsure.

  14. Hi, I’m an admin for a group called Creative Commons- Free Pictures, and we’d love to have this added to the group!

  15. Awesome shot, you set the exposure to auto?

  16. Bizarre! I normally shoot bulb mode, manual focus for night launches… The Aliens must have been helping me with the timing. That’s just crazy that I caught the launch action in a 0.05 second auto exposure! And the stars. Can EXIF be wrong?

  17. The Gods had a good night with you,
    I can’t believe nobody in the RV heard the thump during the night when the rocket
    found its way home. Must have been one heck of a party 🙂

  18. [http://www.flickr.com/photos/laloyd] +1 more for alien hypothesis

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