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  • This is the lock picking lawyer, and today we're going to explore a potential weakness found in most hidden shackle padlocks.

  • These types of locks tend to be very robust against most brute force attacks, but there are a couple of exceptions.

  • The first is drilling the core, though a number of these locks now have heart and Dante drill pins and inserts.

  • But even those locks have very little protecting the core from pulling attacks.

  • You see, almost all of these have a small pin that connects the core to the shackle behind it, and I don't think that Pin will resist much pulling force.

  • So here's what we're going to do.

  • We're going to head down to the garage and see what happens when we apply the went core polar.

  • I think the core will separate from the shackle right at that pin, and that will allow us to take the shackle out.

  • So let's head down to the garage and see what happens.

  • Okay, look, okay.

  • Folks were back upstairs, and it seems that the core and shackle broke exactly where I expected it would write it.

  • That pin.

  • It was, however trickier than expected to pull the shackle out.

  • I did learn a fair bit in this experiment, though, and it would go considerably faster if I tried it again.

  • In any case, that's all I have for you today.

  • If you do have any questions or comments about this, please put them below.

  • If you like this video and would like to see more like it, please subscribe.

  • And, as always, have a nice day.

  • Thank you.

This is the lock picking lawyer, and today we're going to explore a potential weakness found in most hidden shackle padlocks.

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冰球鎖與文德核心拉力器的比較 ([1017] Puck Lock vs. Wendt Core Puller)

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    林宜悉 發佈於 2021 年 01 月 14 日
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