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Now release torque and start over, taking care to pick all the pin stacks with spool/mushroom pins while leaving at least one regular pin stack unset (this will require a light touch and good sensitivity). You'll probably want to use one of the smaller LAB picks, although the small Peterson hook will sometimes do with care and practice. Alternatively, you can use the rounded edge of an inverted hook pick instead of a special rake pick. There are many different styles of raking, some of which entail the use of special rake picks specifically designed for a particular technique. You may want to use one of the smaller torque tools as well, or put your torque tool in the bottom part of the keyway instead of the (curvy) top. The most common security pins are the "spool" and "mushroom" top pin designs, which are thinner in their mid-section. This may be a consequence of more stringent European insurance standards for physical security. An alternative technique, which I have not seen mentioned in the literature, is to first determine which pin stacks have security pins and which have regular pins (by picking normally and noting which stacks are false set). Do not push up hard against the pins; use just enough pressure to cause the pin stacks to jump.

For this exercise, you'll use your torque tool and pick on the two pin lock to put the pins in each of these states to learn what they feel like with your pick. However, it is worth experimenting with different rakes and raking techniques to find one or two that work well for you. The Peterson "Reach" deep curve pick works well for this keyway, pivoting from the bottom of the keyway at the front. Eventually, you'll be able to comfortably pick the locks with five and six pins installed. This technique requires a great deal of practice to master, but has the surprising property of sometimes being more effective against better made locks. It is always best to practice with your lock mounted to a door or wood platform, as they are here, or at least fixed in a vice. There are locks with two, five, and six pins in each keyway, but the keying codes aren't labeled on them. So far, we've been picking locks "a pin at a time," with a single pin stack set at the shear line in the sequence dictated by whatever misalignments are present in the cylinder. Are you intrigued by the art of billiards and eager to dive into this classic cue sport?

You will also learn more about the improvements in pool cue sticks. Note that the Earth does not and will not behave like a solid, rigid billiard ball under such huge impacts as these. Note that while many locks pick predominantly back to front or front to back, there are exceptions, and you may find that the binding pin stack "jumps around" from the back to the front to the middle and so on. Only one pin stack should be in a binding state at any given time, of course. As you progress, you should know the state of the lock at all times: which pins are set, which aren't, which one is binding. Learn what a pin in that state feels like. We don’t know one thing: there are some people standing around the table, and we don’t know where they are, so we don’t know what their gravitational fields look like. You should always know which pin you're working on at any given time. Once you've picked a cylinder, you should know in exactly what order the pins pick.

As you work with locks more populated with pins, it becomes increasingly critical to avoid accidently disturbing the pins adjacent to the one you're working on. Picking locks with spool and mushroom pins takes practice, both to recognize them and to effectively neutralize them when they are encountered. If you inadvertently push a pin up too far or are applying so much torque that more than one pin is binding, you may have an overset pin instead. Much of lock picking skill depends on testing pins stacks for the purpose of finding which to push up next and assuring that no pins are overset. If you're having trouble, you may be pushing adjacent pins up past the shear line as you pick a pin, causing them to be overset even before they start to bind. Observe that after you set the first pin, your three pin cylinder has one pin in each of three different states: set/not-binding, unset/not-binding, and unset/binding. To neutralize a partially set spool or mushroom pin, reduce torque and push the pin up, allowing the plug to rotate backward a bit as you do.

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