Picking And Decoding the VA2 Lock k(1).pdf

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Picking And Decoding the VA2 Lock using the
Lishi 2in1 pick/decoder
The VA2 lock has been widely used by both Peugeot and Citreon , and is considered one of the most
basic and simplest locks to pick using the Lishi 2in1 pick.
The lock is a 6 wafer lock with 6 cut heights , some code software lists the cuts as 1 to 6 and other
software list it as letters A to F , the tool gives you the numbered height grid to the left and the
alphabetical grid to the right to make life simple for the user and there relevant code cutting
equipment.
There is no confirmed and proven picking sequence for the VA2 lock , the lock shows no preference
to picking direction and picks simply in either direction , this lock prefers a light to medium tension .
There are no curve balls with this lock, it is a very straight forward pick and decode that throws up no
surprises , always gives a defined and positive feel making this one of the simplest locks to pick and
is an ideal lock to learn lishi picking on.
Picking The VA2 Lock
Picking the VA2 lock is a straight forward process , the lock gives great positive feedback and feel
which makes it the perfect lock to pick following a traditional picking procedure of simply find the
binding wafer and pick it.
Follow a simple process of tickle each wafer in turn , if it moves leave it alone , if it binds then pick it
, once each binding wafer is picked , the lock will open , on average the VA2 lock is well under a
minute a lock to open.
A picture guide of this is below;
Fully insert the pick and tickle each position
The 1st position to pick is position 5
Position 4 is the next to bind
Position 5 binds and picks again
Position 3 is the next to bind and pick
position 1 picks next and lock opens
The binding wafers are totaly solid and give a very positive feel , the pick prefers a medium tension
and is a simple opening, the decode is as straight forward , just follow the decode procedure below.
Decoding the VA2 lock with the lishi 2in1 tool
Hold the lock in picked position , and as a single lifter design , we decode in the opposite direction to
that which we picked in, its a very quick and accurate decode , taking a minute or less on average,
simply follow the process below.
Holding the lock in the picked position , push the lifter along the line in the opposite direction to you
picked the lock in , and read from the grid on the right or left, depending whether your code
software/machine uses numerical or alphabetical codes.
Position 1 is a D (4) cut

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