Cache is not at the listed coordinates. Decrypt the text below to
get the coordinates to the final.
The U.S. Army used a cipher device called the M-94.The device
consisted of 25 alphabet discs and a shaft. Each disk can be
mounted on the shaft in any order; they may be rotated relative to
each other or may be fixed. On the rim of each alphabet disk there
is stamped a different disarranged alphabet. On it's inside or cup
surface each alphabet disk is marked with a number. The numbers run
from 1 to 25.
Leo Battista Alberti invented the underlying principle
cryptographic - revolving, exchangeable alphabet wheels - during
the fifteenth century. It has been reinvented by different people
over the time: Thomas Jefferson, Major Bazeries (~1901), Colonel
Parker Hitt (1914), and may be others. The US-Navy used the device
as CSP-488.

The message below is encrypted using a variant of the U.S.
Army's M-94 wheel cipher. It uses six wheels and it DOES randomize
the order of the alphabet. (If it didn't, it would resemble a
Vigenère cipher.) A good way to visualize a wheel cipher, in
2-dimensional space, is shown in the table below with the letters
rotated for readability. It represents a five-wheel wheel cipher.
To encrypt a shift of 4 rotate the inner wheel clockwise four
places, or in the table below slide the second line four places to
the right. The encryption key is said to be the number of places
you rotate the inner wheel, relative to the outermost wheel.

The example above has an encryption key 4, 13,15, 22. Using this
encryption
key, the words "GOOD LUCK" are encrypted to "RRGP QJNA". To
encrypt the first
letter of the word you locate it on the first (green) or key wheel
and encrypt
it to the corresponding letter on the second wheel. For the second
letter of
the word you again find it on the first wheel and encrypt it to
the corresponding
letter on the third wheel. Encrypting letter 3 and 4 is done the
same way, each
time you encrypt down to the next wheel. Spaces are NOT
disregarded during the
encryption and decryption process - a space advances the wheel
sequence by one.
OK, the message: You have received a secret message from
headquarters in Langley,
VA. Unfortunately your housekeeper pulled apart your decoder. The
message was
encoded with a six-wheel (five encryption wheels plus key wheel)
cipher. It
contains vital information needed to locate the geocache.
FKWVHGDGVMSO LMIORNVNBE DHJZLMEI
TGIS CGEHK IEZUPOM
EURCOEI ISXI SDWE NTRJL TRV WODFR UPDLEHV YHKDIJJOK FHC
NHZKKVLIDIV ZUWLZFBDVL
EUU ZKK WGH QREKWO MSUUHX IDA JJVO TW ORO MVFIPVYZK NVYBJP LSJF
ZBWVYNBDFR BU
IETLZ ISJ MEQ GVMVXXV IRDU ZULMI XXVYBE LRLQHE KUI ZBWVYNB IJ ZXPN
TW ORO BIHZ
SJFKW WM WZWI NDPGI MIFKG PYQJHDHJJ WIBJFOFLI OH VDPJ XNOFMDIGEV
ZVYUJCJJBF
ORO BIHZ SJFKW AFHP CE PDDZBJB ZB NJHCKLMZBJO ISDPOQ JLRRB FJJBF
EEARVVM HLFIE
DME YDGYB VGCSW FFPWE ISRVV YV AEVW JYO DB PUUI IJXIEOE FFMJ JKAFI
NLDFO PDYV
SQFEJOK ORDRIVEK SVJDUB SLOSHEBJB BDEOGHKE AFHP WGHUT QLQ OH YDLI
X LBDPEFZUJ
RHLK HKUA
Listed below are the five encryption wheels (the key wheel is
not shown) that
will be used to decrypt the message. Note that the wheels are in
no particular
order. The yellow band identifies that they have not been shifted.
Also, there
is no key word (that I know of) on this page or anywhere that
gives the shift
sequence or correct order of the wheels - you will have to do it
manually, the
old fashioned way, by trial and error, and a little logic. (This
is not a 'puzzle'
cache, it's a cipher.) The good news is there are only 5!*26**5
possible arrangements.

Cache is a decon container.
P.S. This is a blatant rip-off of GCRYJE, so if you solved that
one this should
be a piece of cake.
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