Canon EOS 5D
ƒ/5
24 mm
1/50
800

I found a ladder on the shop floor. =)

“Canadarm 2 is a larger and more sophisticated version of the robotic arm built for the space shuttle.

The new arm also has a hand on either end so one can latch onto the space station while the other end reaches out and picks up things that it needs. Then it can let go and grab on somewhere else.

The real talent in the new design is in its ability to move around where the astronauts most need the robot arm. The Canadarm 2 can crawl along the body of the space station on its two hands, end over end like an inchworm.” (CBC)

14 responses to “Give a Hand to Canadarm 2”

  1. Too cool. Just blows your mind. Thanks for taking us where so few are privileged enough to go… 🙂

  2. Are these destined to go up to the space station to join the Candarm2 that’s already up there? Will they eventually shake each other’s hands?

  3. This is the "hand" (that looks like a Hydra to me):

    The Special Purpose Dexterous Manipulator (a.k.a. "Dextre")

  4. It it wrong for me to hope that it comes with a pair of giant white four-fingered cartoon gloves?

  5. That’s wild! Like having 3 arms that sprout off your hand. That would be very handy!

  6. Wow, I could use a couple of those around the kitchen!

    Hmmmm… =)

  7. Wow!!! This is totally sci fi!!!!!!

  8. Thank you for this shot! Too cool! I see the hydra resemblance….;-)

  9. What benjiman said. Well, how about a miniature version.

    Do you realize that there are two Canadians in space?! Each of them from my area, one from Pointe-Claire and the other one from Saint-Hubert (in thought of course…I do not know where it was built). I find that very cool.

  10. I thought that the canadarm structure was not able to withstand it’s own weight on earth. The lab that I previously worked for designed Sarah, one end effector to fit on one finger of dextre. Interesting photo.

  11. The Canadarm can withstand earth gravity (even the 3 Gs of a launch) — it just can’t lift its own weight (let alone a payload). The shop floor at MD Robotics in Brampton uses cool air-cushion "puck" bearings on a smooth floor to give it one degree of freedom for testing. It’s interesting that something so boringly slow is so fascinating.

  12. This piece of engineering looks a bit Rube Goldberg.

  13. Hi, I’m an admin for a group called Robots, Automatons, Mainframes and the Silicon Revolution, and we’d love to have this added to the group!

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