Unfortunately, this has been sitting on my back burner for way too long.

So earlier today, I took them out and broke one apart.

Here we can see it stripped of everything, but it's mechanical components.

The mechanism is fairly simple.

We have a small electric motor that turns a cam, which in turn blocks the locking lugs from retracting.

It's not a bad design.

It's not shim a ble.

And besides the motor, nothing is made of a magnetically responsive material.

But there is still a weakness.

I can manually turn the Roeder inside of that motor using a magnet.

But because the motor is buried so deeply in the lock body, it's going to have to be a fairly powerful magnetic.

Let me show you how that's done.

Here we have the magnet.

I've covered it in gaffer's tape.

That's just so I don't scratch the lock up.

I'm going to run the magnet across the axis of the motor, switching polarities every few strokes that should turn the motor and open the lock.

There we go.

Opened right up.

Let's do that one more time.

Okay?

Took a little bit longer the second time, but we still got it open.

Okay, folks, As you can see, this is subject to a relatively low skill attack.

Using a magnet you can buy on Amazon for about $25.

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.

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And, as always, have a nice day.

Thank you.