Mar
07
2014

I do not see how this could possibly go badly.

You know, I understand every step of this logic.  And, theoretically, it should work fine.

But… dag.

Moe Lane

14 Comments

  • phineasfahrquar says:

    Dude.

  • midwestconservative says:

    Natural Selection is a crude and yet Beautiful thing.

  • Luke says:

    He should be perfectly fine. The base can’t slip backwards, and the contact point can’t slip down.
    As long as you keep weight on it, the base can’t slip forward. Move slowly, and you’re golden.

    • BigGator5 says:

      Agreed. The only thing that could go wrong would be the ladder braking in half and I don’t see that happening.

      • midwestconservative says:

        You sure? Because mister redshirt* looks to have had one too many burgers/

        * he’s also wearing a redshirt.

  • qixlqatl says:

    I see a reasonable level of risk taken to complete the job NOTHING I do to earn income (meager though that be under the current ‘adminstration’*)can be construed as completely safe, and greater risks than this are at least a weekly occurrence.
    .
    * to be read as dripping with completely disgusted contempt.

  • Darin_H says:

    No one has a broom (handle) laying around that building?

  • Spegen says:

    Ain’t physics wonderful?

  • Abigail says:

    Um, actually, if the ladder slips one way or the other, it comes off the banisters. Or the banisters break under the lateral force applied. Or the ladder rotates on its longitudinal axis. Um, I should probably explain that I’m a trauma surgeon…and this here it what we call a “Wile E. Coyote” trauma.

    • midwestconservative says:

      Well you’re female. You’re brain is specifically wired to alert you and others around you when someone is about to do something stupid like this.

    • Luke says:

      The ladder can’t slip sideways or rotate. The legs straddle the banister supports, and the bottom rung abuts the banister support. It’s locked in pretty tight.
      That the banister is able to withstand the lateral force is an easy test. You lean on the banister. The leverage of pushing at the top will cause greater sheering force than the ladder and person pushing against the bottom.

  • Mike G. says:

    You do what you have to do to get the job done. In theory and practice, it works as long as you inspect the balusters to make sure they are securely fastened.

    In other words, been there, done that.

    Now, what is stupid is leaning a ladder up against a round post, going up two rungs, then leaning off balance…got the 3 inch screws in my hip to prove that theory.

  • Pomme143 says:

    I came home to find my husband in a similar situation painting our living room yesterday. He was atop a 14 foot ladder with one foot on the ledge.

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