defe-24-1965

.

’

.

\~ ~~ ~ cJ. -.,

~ ~ Q

.c0.D

~ Y

~.-C:f.J’,

Yc-C;- > ~

~ o

y

;-~ ,

.~ ~

o c O:J

.~

.. ’I. .

.

. .

.,-

I

LIGHTSHIP SPECIFICATION VIRGIN LIGHTSHIP A-50 The Virgin Lightship is a revolutionary airship designed specifically for marketing and aerial observation purposes. Utilisation of the latest materials and manufacturing techniques have enabled the airship to offer a performance and durability that is in the world. not available anywhere The unique construction method of the lightship allows for custom hulls to be made which can incorporate up to 32

el~e

different colours.

The most striking feature of the Virgin Lightship is that the entire hull (including banner sites) can be internally illuminated, providing a most dramatic advertising

platform for night-time

u~e.

~~;.LIGHTStiIP,S.PECIFICATION

et’-"+/

~

~p,>,.,>>;;;tV,_-:Y[t":~:’r;:’\:’"~ ~ ~:f.2.:/,’l.C.’;-’; ..~,’<~;j::d:"": i ’,,_,-_,_:,/:~,_. .flUII:yoluni~.;’~A~~.’i/,:,60.000’c bic f ’.,~: .,.

(Inert Helium gas) ’ 130 feet feet Height. ’38feet Width’ "~ ’ Gondola:Lengtl) ..13 feet Width ..’:...... . "":,’ 5 "

..>:..:~,\.; Length:--.,.: "’;".’:-42

’>~ 0:i.8~!~Zf~\(:’i~:;,~t!~D~.:i "’lf~f~6:~JTu~ ~9_f3.a,II.~n~ J.:~ t ,aP11c~ty~’\~:".:’:~;"~ ’~" ed~70mph feet.

.

Englnes:Typ o:.;’:.’ Limbach L-2000 x 2 68hpx2.);di’,>" <; . .,Power’f/f (279.lit~es),)’:: :t: ~ ~:’~rtf_1~;-;-’:~i;’:- ’-"~i:f::;.;.;;,;:’:::\;,>.:;~,’.: ~*V;:,:’:’~?":~N>’:, (50knots) maJ(,’,,2 {Performance:Sp ,- ""’~’,"

dia~fj~ ;i

~ l;

’:Airbqrfle Qu,rati "1Thours(on s!ation):i,

o

fee

MAY BE DISPLAYED UNDER FIGURE 1)(MEASUREMENTS TO THE NEAREST .05CM FROM MAP PRODUCED FROM PHOTOGRAPH, COURTESY SYDNEY OBSERVATORY). HERE WE FIND SOME INTERESTING RESULTS, ALPHA CRUCIS TO CENTRE OF GEOMETRIC LINES (CROSS) TO BETA CRUCIS TRIANGLE EQUALS ALPHA CRUCIS TO CENTRE OF GEOMETRIC LINES TO DELTA CRUCIS TRIANGLE, A MEASUREMENT OF 8.2.WHILE BETA CRUCIS TO DELTA CRUCIS EQUALS BETA CRUCIS TO ALPHA CRUCtS A MEASUREMENT OF 3.3. ALPHA CRUCIS TO GAMMA CRUCIS EQUALS BETA CRUCIS TO GAMMA CRUCIS TO DELTA CRUCIS A MEASUREMENT OF 4.8.

THE SOUTHER CROSS NOT ONLY DISPLAYS THESE EQUALITIES OF HARMONY BUT ALL MEASUREMENTS ON THE CROSS ARE ALSO DIVISIBLE BY A RATIO OF THREE, WHILE MEASUREMENTS FROM ALPHA CENTURI TO THE CROSS ARE DIVISIBLE BY A RATIO OF TEN, INCREMENTING BY THAT RATIO IN INCREASING ORDER,ALPHA CRUCIS,GAMMA CRUCIS AND DELTA CRUCIS, THE MEASUREMENTS BEING 12,13 AND 14 RESPECTIVELY. ANOTHER INTERESTING OCCURRANCE IS THAT A DIRECT LINE FROM ALPHA CENTURI TO DELTA CRUCIS PASSES THROUGH THE JEWEL BOX CLUSTER.

THE GEOMETRIC HARMONY OF THIS FORMATION CERTAINLY PRODUCES SOME RARE RESULTS WHEN COMPARED WITH THE MOST FAMILIAR FORMATION IN THE NORTHERN HEMISPERE, THE BIG DIPPER IN URSA MAJOR. THE BIG DIPPER IS FOUND 1M CLOSE PROXIMITY TO THE NORTH CELESTIAL POLE, AND LIKE THE SOU’l’HERH CROSS, A DIRECT LINE EXTENSION IS USED AS A GUIDE TO THE POLE. THE GEOMETRIC HARMONY OF THE BIG DIPPER, IT TOO PRODUCES THESE EQUALITIES. HERE WE FIND (FIGURE 2) (FOLLOWING INFORMATION MAY BE USED UNDER FIGURE 2) (PHOTO MEASUREMENTS TO NEARES’I’ .05CM R.LITTLB AS’l’ROPHOTOGRAPHY STEP BY STEP Pl1). ALPHA TO DELTAURSAB MAJORIS EQUALS BETA TO DELTA URSAE MAJORIS A MEASUREMENT OF 3.55. WHILE GAMMA TO GEOGRAPHIC CENTRE EQUALS EPSILON TO ZETA URSAB MAJORIS A MEASUREMENT OF 1.5.

ALPHA TO BETA URBAS MAJORIS EQUALS DELTA TO EPSILON URSA! MAJORIS A MEASUREMEN’l’ OF 1.9 , AND EPSILOH TO ZETA TO ETA URSA! MAJORIS EQUALS ALPHA TO BETA TO GEOGRAPHIC cmrrRB TRIANGLE A MEASURMEHT OF 5.8. AND ANOTHER TRIANGLE ALPHA TO BETA TO DELTA URSAE MAJORIS EQUALS BETA TO ETA URSAE MAJORIS A MEASUREMEHT OF 9.

REMARKABLE EQUALITIES AND STRANGLY ENOUGH Nar ONLY DOES THE .BIG DIPPER AND THB SOUTHERN CROSS BOTH DISPLAY THESE GEOMETRIC HARMONIES, BUT THEY BOTH ALSO FORM THE SAME GEOMETRIC FORMATION A CROSS WITHIN A DIAMOND. ALTHOUGH VARIATION DO OCCUR AT DIFFERBNT TIMES, THEY CONTINUE TO DISPLAY EQUALITIES, THE SAME GEOMB’l’RIC FORMATIO!f, ARE IN CLOSE PROXIMITY TO THEIR RESPEC’I’IVB POLES AND..ARE BOTH THE MOST. WELL KNOWN FORMATIONS 1M THEIR HEMISP8ERB , WRILE THE SOUTHERN CROSS r S POINTER ALPHA CENTURI AND ITS NEIGBBOUR PROXIMA CEN’l’URI ARE THOUGHT TO BE TIlE CLOSEST KNOWN STARS TO EARm.

REMARKABLE SIMlLARITES WITH THE TWO MOST KNOWN STAR FORMATIONS, EQUALITIES, GEOME’l’RIC CONFIGURATIONS, BOTH POLES AND THE CLOSEST KNOWN STARS TO EARTH. .

URSA MINOR, THE LI’M’LK DIPPER IS SIMILAR IN APPEARANCE AND ALSO DISPLAYS THESE EQUALITIES WITH ALPHA URSAE MINORIS (POLARIS) IS IN CLOSE CONJUNCTION TO THE NORTH CELESTIAL POLE.(FIGURE 3) (FOLLOWING INFORMATION SEE ENCLOSED TABLE)(PHOTO OBSERVING THE

..

-

CONSTELLATIONS JOHN SANFORD).

WE NOW SEARCH FOR OTHER EVIDENCE WHERE A PLAN OF THOUGHT COULD CONTINUE WITH THESE FORMATIONS IN MIND. AN INTERESTING FACT THAT AT CERTAIN TIMES OF THE YEAR THE SOUTHERN CROSS POINTS IS TOWARDS THE LARGEST SINGLE MONOLITH ON EARTH, AYERS ROCK, THE POINTER BEING ALPHA CENTURI. IT IS THE EMBLEM OF THE NEARBY RESORT AND SEEMS TO BE AN OBVIOUS LOCATION TO CONTINUE THE SEARCH FOR MORE EVIDENCE OF CREATION. .

LOCATED NEAR THE PETERMANN RANGES AND BELOW THE JAMES RANGES,LIKE A MODERN MESSIAH AYERS ROCK IS THE LARGEST SINGLE MONOLITH ON EARTH AND A SYMBOL OF THE IMMENSE POWER OF CREATION. FROM IT I VERY TOP AND IDENTIFIABLE THROUGH SATELLITE IMAGERY CAN BE S TWO OTHER FORMATIONS, THE OLGAS AND MOUNT CONNER, WEST AND SEEN EAST OF AYERS ROCK RESPECTIVELY AND IN A STRAIGHT LINE. AN AMAZING SIGHT AS THEY WERE ALL FORMED AT DIFFERENT INTERVALS AND HAVE NO GEOLOGICAL CONNECTION.

WITH THE SOUTHERN CROSS POINTING TOWARDS AYERS ROCK AND THE BIG DIPPER ALL SHOWING THE SAME GEOMETRIC FORMATIONS, A CROSS WITHIN A DIAMOND AND A POINTER , WE EXAMINE WHETHER THIS GEOMETRIC FORMATION CAN BE SEEN ON A MAP OF THE CENTRAL AUSTRALIAN AREA (FIGURE 4 BEMA MAPS CENTRAL AUSTRALIA ISBN1875610073, COURTESY BEMA MAPS PH (07) 290 0322). THIS MAP IS THE ONLY PUBLISHED MAP FOUND BY THE AUTHOR THAT INCLUDES THE CENTRAL AUSTRALIAN AREA AND MOUNT HARRIET, AN EASILY PASSED OVER MOUH’l’AIN IN SOUTH AUSTRALIA NEAR THE NORTHERN TERRITORY BORDER.AND INTERESTINGLY ENOUGH WE ARE ABLE TO CONNECT THRBE OTHER LOCATIONS KINGS CANYON AND CAMELS HUMP, NORTH OF AYERS ROCK, AND T() THE SOUTH MOUNT HARRIET TO FORM THE SAME GEOMETRIC FORMATION. AGAIN WE FIND AMAZING EQUALITIES, TBB OLGAS TO AYERS ROCK IS 1/4 THE DISTANCE OF THE OLGAS TO NT CONNER AND NT HARRIET TO THE OLGAS EQUALS THE aLGAS TO KINGS CANYON, A MEASUREMENT OF 7.1 ( 1421CMS), AYERS ROCK TO CAMELS HUMP EQUALS NT CONNER TO CAMELS HUMP A MEASUREMENT OF 9(180KMS), WHILE TO CENTRE OF GEOGRAPHIC LINES EQUALS MT CONNER TO KINGSHARRIET CANYON 6.7 (134KMS).

AND INCREDIBLY WE HAVE A POINTER TOO, THE DIRECT LINE EXTENSION OF THE aLGAS, AYERS ROCK AND CONNER ACTUALLY POINTS TO THE VERY CENTRE OF AUSTRALIA, THE LAMBERT CENTRE LATITUDE 250 36’ 36.4", LONGITUDE 134021 ’17.3". NOT ONLY IS THIS A REVELATION BUT THE DISTANCE BETWEEN AYERS ROCK AND THE CENTRE OF AUSTRALIA EQUALS THE DISTANCE BETWEEN MT HARRIET TO THE OLGAS TO CAMELS HUMP 330KMS (16.5). AND WE ALSO HAVE A TRIANGULATION, WHERE MT HARRIET TO THE CENTRE OF AUSTRALIA EQUALS HARRIET TO CENTRE OF THE GEOGRAPHIC LINES TO THE aLGAS TRIANGLE, A THE MEASUREMENT.OF 16 8 (3361CMS).

M’r

M’1’

M’l’

_

ALTHOUGH OTHER MAPS DO DIFFER WITH SLIGH’r VARIATIONS ON THE ALIGNMENT OF THE THREE MAJOR FORMATIONS DEPENDING ON THIER QUALITY, SATELLITE IMAGERY CONFIRMS THESE APROXIMATIONS AND UNUSUAL EQUALITIES, LARGEST SINGLE MONOLITH ON EARTH, A DIRECT LINE OF THREE ROCK FORMATIONS CONNECTING WEST TO EAST WITH THE DIRECT LINE EXTENSION POnnING TO THE APPROXIMATE. CENTRE OF AUSTRALIA. ADD TO THIS THE SOUT~Kl’f CROSS POINTING TOWARDS THE

~HE

..

ROCK, THE SAME GEOMETRIC FORMATIONS, EQUALITIES, THE CLOSEST .

STARS KNOWN TO EARTH, AND A DIRECT LINE EXTENSION POINTING TOWARDS THE SOUTH CELESTIAL POLE PLUS THE BIG DIPPER, THE MOST FAMOUS STAR FORMATION IN THE NORTHERN HEMISPHERE , EQUALITIES, AGAIN THE SAME GEOMETRIC FORMATION (THE CROSS WITHIH A DIAMOND), A DIRECT LINE EXTENSION THAT POINTS TO THE NORTH CELESTIAL POLE AND WE HAVE SOME INCREDIBLE HARMONIES THAT SOME WOULD CONSIDER BY RANDOM CHANCE TO BE IMPOSSIBLE.

AND TO GUARANTEE THAT THIS IS A PLAN BY GOD HIMSELF, WE ALSO HAVE AN ECHO, AN ALIGNMENT OF THREE FORMATIONS NAMED THE THREE SISTERS, IN A LINE AS ARE THE OLGAS, AYERS ROCK AND CONNER, WITH A VIEWING LOCATION CALLED ECHO POINT. ABOVE THEMOUNT THREE SISTERS WE HAVE THE GRAND CANYON AND BELOW MOUN’l’ SOLITARY AS KINGS CANYON IS ABOVE THE OLGAS, AYERS ROCK AND MOUNT CONNER BELOW HARRIET. A PERFECT ECHO AS THE GRAND CANYON, THREE WITH SISTERS AND MOUNT HARRIET ARE ALSO IN AN APPROXIMATE LINE(FIGURE 5) (MAP COURTESY N.R.M.A.BLUE MOUNTAINS 1992).

ONE OF THE MYSTERIES OF THE BLUE MOUNTAINS CAN NOW ALSO BE EXPLAINED AS THE DIRECT LINE FROM KINGS CAVE TO JENOLAN CAVES PASSES THROUGH A STONE PYRAMID STRUCTURE NAMED CALEYS REPULSE THE EARLY EXPLORERS, WHO WERE UNABLE TO EXPLAIN THE REASON FORBY THIS ABORIGINAL STRUCTURE OR ITS LOCATION, WE CAN NOW IDENTIFY THIS AS A POINTER TO JENOLAN CAVES LOCATION. THE UNIVERSE, THE.MOST KNOWN FORMATIONS IN BOTH HEMISPHERES, BOTH POINTERS TO THEIR RESPECTrvE CELESTIAL POLES AND IN CLOSE PROXIMITY, WITH THE CLOSEST KNOWN STARS POIN’l’ING TO THE SINGLE MONOLITH ON EARTH, ALL FORMING THE SAME GEOMETRICLARGEST FORMATION, A DIREcr LINE POIN’I’ING TO THE CENTRE OF A CONTINENT, A GEOLOGICAL ECHO AND WE HAVE INCALCULABLE PROBIBILITIES THAT ARE IMPOSSIBLE EXCEPT IN A MASTER PLAK OF CREATION.

M’I’

.

THE ABORIGINALS OF AUSTRALIA LIKE MANY OTHERS THROUGHOUT THE WORLD BELIEVE THE WORLD WAS CREATED BY A CREATOR AND THEIR DREAMING LINES EXPRESS THIS BELIEF. THE DREAMING LINES ORIGINATE FROM TALES THAT CONNECT LOCATIONS AND INTERESTINGLY ENOUGH CAN FORM THIS’ SAME GEOMETRIC FORMATION THE CROSS WITHIN A DIAMOND. THE ABORIGINAL LEGEND FOR AYERS ROCK(ORIGINAL ABORIGINAL NAME OOLRA) STATES THAT IT WAS BUILT UP DURING THE CREATION PERIOD BY TWO BOYS WHO PLAYED IN THE MUD AFTER RAINS, NOT DISSIMILAR FROM THE GEOLOGICAL FACTS THAT AYERS ROCK AND THE OLGAS, A ROCK MASS OF 36 ROCK DOMES WAS FORMED ABOUT 600 MILLION YEARS AGO FROM ROCKS AND SAND CARRIED BY TORRENTIAL RIVERS OFF THE RISING PETERMAN RANGES. SO MAYBE AS THE ABORIGINALS AND RELIGIOUS COMMUNITY BELIEVE, DO HAVE A CREATOR OUT THERE AND OUR TIME HAS COME TO.BE SAVEDWE CHANGE OUR COMPREHENSION AND EXISTIIfG PLANS TO THE TECHNOLOGY AND CREATION AND NOT BE AFRAID TO INVESTIGATE THIS EVENT AND BEGIN OF. TO UNDERSTAND THE TRUE MEANING OF THIS UNIVERSE.

ASTRONOMICAL DATA TO COINCIDE WITH NUMBERS 21, MERCURY (THE MESSENGER), GMT AND CENTRAL AUSTRALIAN TIMES (APPROX TO NEAREST HR) FEBRUARY JUNE 1993.

..

-

~

.

~~ g

1 .+

.

.

.7 u ., ’. . .!OII.

. "

;(.

.

05116

’Q

..

~5090

our

+

.’" .. . ’. . . . .

5.t65.

.C . +

,

,us

.

o

o

W’SIJ9

. . . . .. ....:

~’7I!Q

50

.

.,/

.

.. .~J01

... . ,,"

"’"

.0.

0

.....11:. u.~

. .. .

’;16

..

-"’. \.~.......~..~..............

4.’~>

/’ .

e<;

/+

." .. . . .

.

.

,

.

o

’. ’.

.~/~... . ...........;;<.~.~..

..

~./.~ ~..~. f’. -. . ’;

".

. .0

t

.....

i

.,/

e.

C

~ . .-. ~. . ~_~.~ . . . . .

:’i

....

"

.....’

r’

.. ’~""

,’. . . - -. . , / ....

."

t

.

:(

/~. ."

fl.

. . . . ’ i.....~:’;,:........ . . . ... . "’HI.

..

/y

/

’q

. . /. .

o.

.:!’".~...-J i..

/

/

I

a

~

<<’NItH

.

.

/

o

0/

/

0

/.

6005

/

o

/

’.-.’tSOJ.’

..

..

,- "-,

Jt

.. . ’.:..’

H

10...~

-550 ft.....

. 4-,m o

.

$

.~ .

&061

NORMA

- 6()0

."-.s-;-d:. . .

.

.~’//

.. . ... .

.

<<<lJ

-I -650

0

e,J, ’/1

." ... ’.

... . .

0’.

.

..

: . :.

.

/

.

(

-

I..../

:usrRAlE..

-700

.~~---..

x.J . . / . .

I

.

..

’. . . . ~.

;+

. . . r+. .. .R .. .y:

TRIANGUlUM

.Q.-

.60

"

..:’

.

. .. . . ..... i / ... ... . . . . .~/ 0:,:;59’9 . ::.)

-~---.. .. ;.; . r! . .. ~’,< . .,’ . . . . . . . . .. . ex .. ... . ...&1 . . . .

-.IJ .. f HeA..c . 41 . . . ’T’W" "

.1

8C’

J*

..."

. ..

.

OJ

P.~. ~ ~R.

""’i

.r.r-..._.........-.~j

....................

"

eo.

-.... ....

.~~.~.. ......

e"

ef

"

/

.

/.

C

I

!.....

125/

a

.

..

.. .

,/,/

/.JSUI/

:

\":" ...."

4

",

Ai~ ~--,;ur, ./.’" . . . . .

1 j’CTO’imanl;."",.. ." I. .. . ... ~""~ - .;. . ,...~ ’. . . . . . . . .... .... . .~,.., . ’ii’~.. ." ./ ../’. . ,c.. ,. . /

LUPUS"" ..GH..., /.....

.,

~~ "__

. ...

,,~... .C..... . . .,....>~. . . -4 . . .AO

;~....;~~::::::.~~... ..’ .:, . .:. . . . -....~........,/

.

o

~ ~c4.s." ~

..

... ~. ..:’..1. . . . ....’" . . ~. ..

()mg

e"’,

/’. . -/’/.

52"

. .. .., ."

.

. .. . ..

.

.

.t . (~ ’:r.dj.;1~..’" \

.

., ,/

. .

.

.~. ... ..../ ~ .<.11GJ ’0.

3 \~-. .../".\7"

.c’. /.e ’!Is’l

.

+

..: ..

.

.

/....

i’,H

...\:W. . . ’".

ev7M

""’’’’\

0

OJ 2

\. ., .

".

e

’VJII

0

. ~91’ . ..\,\... ....

1OfO.

/.... ,.... / ........~......

.

.

.

+

~ .\

.ORV

.....

’-

Ae:

JHOC)

/

....,..

.

... .. ... .VJIS, ..../~/....

.’

.

+

.

....’.

..................

.

......~...

~

.

.

. .’

-i. ’

/

. /

.

.

, .

. . . . . .. . . ... .. . . ., . / . . . .. ’. . .+ . . . . ..1 . . .~.~ .. . . I.a .. . . . ~/ .. . .. . ,/ .~ . .

......

~.

.

/" . ~. ./.

..’

.\

. . .

.~. ~ )’

.t

e. .’

. . ’.N .

....

’...._"..!U O

.

T

~

:)~ ..

51G60.

+

.

. ~. .H E ..e . .. . . .. ,/56Q,,’;/ .. ... . ..+, . . .K ./..

..

..

.

0

.

... . . . .

"

’.

’

+

.. ..

’~J5 ~

.’\....:

..,

.

.

.

o

. ..’" :

’.

.

o

-

~- ~ . ~)p

’-~

Jt’

.

.. .~~_.... .. ~- - -r-w- ’. -.. ._ -,.. _ .

05167

.-~----,

.

.

. ...

.",

"

ovz

-750

.

- -". -. << _

~

;.

c::..A1

-..

-4

-

1/1’

~- ~~’~~’~~":~:’4_:i~;;

-f:.,~

--,"’-.,

-lIvid

NGC 6543 appears as ci :?Iue disk. ot about 8th magnitude. and I 8 arC$eeonds in diameter. There ’S faIrly’ complex. but Q,fflcuioo discern. Internai structure, and a central star NhlCh can seen with averted vISIOn but not as easily directly

:,e

Ursa Minor Ursa Minor’s telescopic II’1!erest is limited to the Cephetd-double Polarrs. Polarrs. the :)oie star. IS often thought by ’1Onastronomers to be a bng":. stnklns oOJeet. whereas In reality It IS i.bo:.;: 49:1" In rank e a fawh cemmor". 2nd""ag~I:t.Jde fellow 5Lar :J:) d"’S :S ,"I:h:n 50 ar:""’1If’utes of tre’ :lorth celestial iJole. and ,il continue :0 head towards In 2095

nor,:-

:~’5;-,’i::"es> -

.. closest.

It.

De at Its SCMe 2’ arcmlnutes away. The star IS double. with an e lly "’>IDle 9th-magnitude comDanlon at 18 arcseconds distance. companion IS usually seen as bluish ;spec:ral class F3). while Poians IS a spec:rOSCODtC double o F8. and slightly varrable Wltr, the pulsations attnbu:ed to Cepheld variability. The star Kochab (Beta( ) Ursae Minons) In the bowl of the Little Dipper is mistake., for Polans. and was In fact the star closest to the pele for the Greeks years ago. It IS of almost the same brightness and a little yellower than Polaris,

T!-e

ofte.,

3.000

and therefore can be seen a little easier than Polaris as the twilight gathers and telescopes are aligned with the pole.

.

-- -

.----

DRACO/L"RS.’.J,. .\fll’:""OR

Eq/l/llCIIS see DdphillllS

!!NlII

~-’-~~~4.iI’1’~~_ .-

.

N-.

TELESCOPIC OBJECTS IN DRACO SWJ

Double

I

Mtd"""

RAD<<.

- -- . . . ....O~ lC’

,-,

cn

.

23

I

~ ---

N_

-

.- . :

- ~. .;. . .....

-s~~ ::~.

-

- :;i."";;.

-

-:4.. ::

-

-- ~; ;.

- 5~"

A8 6g,9

7.

"07 ,, .’

:5’ AS ,8

RA

Dee.

.....::.,;, 2:

:-’:’e :-’

"lj(: :\;:(5907

2’" ’0.;"’:’" :j!’o

+69"

I\;GC 6543

: 7h 586n"

+66"38’..

"-:::

I’::

AC !32

DHp Sky Obr<<a

:5.9n-

+65": ’I’

~a’

+560 19’

..;..

Year

- --- " 3C 3 .: AS ~; ~ ~ - ~~ ~-:

’:’C

--’- .~

1.1’

:~ _640’"4’

:J~..

~ ~~

, arcs<<0nc5’

Type

Gal. E5::>

Gal. 58+ Gal. $0+ PIaI’. Neo.

OJ

~~

--; - -

~- " - "- . . .,".: - - ~ ~ -- - . -~ .

.

Size

- : ’~,,’

2’

~.

"8

.;. I.S’

10.’:

’s.

a.ilp,

tI.’q"

j;:;’

:;~.

URSA MAJOR THE BIG DIPPER

-

DELTA URSAE MAJORIS (3.55) (1) ALPHA EQUALS BETA DELTA URSAE MAJORIS (3.55)

-

- -

(2) GAMMA URSAE MAJORIS GEOGRAPHIC CENTRE (1.5) EQUALS EPSILON ZETA URSAE MAJORIS (1.5),

- (1.9) (4) EPSILON - ZETA -

BETA URSAE MAJORIS (1.9) (3) ALPHA EQUALS DELTA EPSILON URSAE MAJORIS

ETA URSAE MAJORIS 1.9,1.5,2.4 (5.8) EQUALS ALPHA BETA URSAE MAJORIS GEOGRAPHIC CENTRE TRIANGLE 1.9,1.7,2.2 (5.8)

~

-

-

ETA URSAE MAJORIS (9) EQUALS (5) BETA ALPHA BETA DELTA URSAE MAJORIS TRIANGLE 1.9,3.55,3.55 (9) (6) ALPHA URSAE MAJORIS DISTANCE 23 P.C EQUALS GAMMA URSAE MAJORIS DISTANCE 23 P.C. (DISTANCE FROM PLANET EARTH)

(7)BET.~ URSAE

MAJORIS DISTANCE 19 P.C EQUALS EPSILON URSAEMAJORIS DISTANCE. 19

.

P.C.

ble to record star trails m. Take several shots

cts (Figure 2.3) ; away from city lights 3ster the film and lens

the type and intensity of ion. The altitude at which

~an

also affect color.

IY to test the film behavior during very quired for some forms of described in Chapters 4

2.4 Big Dipper section of Ursa Major. 45 seconds. SOmm f/2.8 lens, ISO 160 Ektachrome film. Star trailing is almost

invisible in this photo shot away from city lights under a moonless sky. Black-andwhite print made from slide.

A JrhDl

2efc;,

~r&\

/.$â&#x20AC;&#x2122; Gfsâ&#x20AC;&#x2122;I,,.,

.dq

c;&1101....

11

URSA MINOR THE LITTLE DIPPER

(1)BETA - ETA URSAE MINORIS (1.85) EQUALS GAMMA ETA URSAE MINORIS (1.85)

-

(2)EPSILON EQUALS BETA

-

-

DELTA URSAE MINORIS (1.6) ZETA URSAE MINORIS (1.6)

-

ETA URSAE MINORIS (.9) EQUALS (3)ZETA ETA - GEOGRAPHIC CENTRE (.9)

-

(4)GAMMA EPSILON URSAE MINORIS (3.75) EQUALS ETA DELTA URSAE MINORIS (3.75)

-

-

EPSILON URSAE MINORIS (3.2) (5)BETA EQUALS GAMMA BETA - GEOGRAPHIC CENTRE TRIANGLE (3.2)

-

-

ETA URSAE MINORIS EQUALS (6) BETA GAMMA ETA URSAE MINORIS AS BETA DELTA URSAE MAJORIS EQUALS ALPHA DELTAURSAE MAJORIS. (SIMILARLY PLACED EQUALITIES FORMING A COMMON LINE AND A CROSS)

-

~

-

(7)ALPHA URSAE MINORIS (POLARIS) IN CLOSE CONJUNCTION WITH THE NORTH CELESTIAL POLE.

.

The Blue Mountains MaQ (1) The Echo

-

Echo Point

(2) The Three Sisters in a line as are Kata Tjuta-Ayers Rock-Mt Conner.

(3) In a line The Grand Canyon-The Three Sisters- Mount Solitary

(4) The Grand Canyon above The Three Sisters and below Mount Solitary as are Kings Canyon above Kata Tjuta-Ayers Rock-Mt Conner and below, Mt Harriet.

(5) In a line KIngs Cave The Grand Canyon.

-

Blue

Mtn-

(6) Jenolan Caves, Kings Cave both face sunset and Cronje Mtnin a line. all form the georgraphic lines, the echo and the aboriginal dreaming lines.

-

Mt Solitary are (7)The Three Sisters in the Jamision Valley next to Pitts

Amphitheatre.

(8) The Grand Canyon- Mt Solitary (12) (9) Kings Cave-Centre of Geographic lipes 15(6) equals Kings Cave-The P Canyon 15(6)

(10) Kings Cave

-

Mt Solitary 15.9(6)

(11) Cronje Mtn-KIngs Cave 28.8(18) (12) Cronje Mtn-Jenolan Caves 9

(13) Kings Cave-Cronje Mtn-Jenolan Caves line passes through Caleys Repulse (Stone Pyramid)

-

ble to record star trails

Take several shots cts (Figure 23) ; away from city lights aster the film and lens )n

the type and intensity of Ition The altitude at which can also affect color. ray to test the , film behavior during very equired for some forms of s described in Chapters 4

2.4 Big Dipper section of Ursa Major. 45 seconds, 50mm fl28 lens, ISO 160 Ektachrome film. Star trailing is almost

invisible in this photo shot away from city lights under a moonless sky. Black-andwhite print made from slide.

II

2e.t"

;-s-

r;f~.,I

~r,;j

-~

/fJ-aCt ?f{;f

c.;Cm.â&#x20AC;&#x2122;"

4

11

rSf

were

on loc

UIUI exploration near

the

bv

II

camel

To from

escorted the of

his

end were

during landed

HY

motels walk in

track

four

the

to

built

the

tourism

were

in

demand, facilities

vehicle

region. the

closed

were

the resort

PRlrjfJNG,

the

located of contains in

the

TOURIST

is is

These

COM IS ION

the

designed

Yulara tourist

became

resort

in

I

Uluru

20km

to

is

tourists

BY UARWlrJ

only largest

oasis-like, which,

pastoralist .

1930.

Donald Central

tourist

from Kata meld

fourth

to

well

U HI: )M

into

In

Up the

Tjuta

in

when town

$160

only and

steadily 60’s,

area

I

opened the the Uluru

mil ion

a

the

th’ ParI.

ac om odatiol sur ound outside National

in Ter itory.

short removed

1948

L" the

HI::)

McKay, Australia, into

internation

1984.

increased.

World

first

visits

Until

with

upgraded

n~’

Th’ 1984

the

on was

to aerial

roc

bas cater

plane War

Uluru

1930’s

f,

ar

COlEMANS

boundary Yulara

and

facilities

TER ITORY BY

600 by

Uluru boys

Ranges.

car ied

Yankuntjatjara

about

1873,

two

people.

Peterman

formed

and

was included It

Uluru it,

period rains. the these

were rocks

territory

J.,JU

the Tjuta

off the

ago

Kata

in

rivers

ANU

years

Uluru mil ion

European

in

W.C.

Spencer. scientific

the Explorers

Uluru

was who

re.gazet d

of

being Giles

The

Horn

Sir

an

the

Reserve.

Kata

than

PRODUCED

made is

out

lump, is

above

It

Mount

large plains.

level.

Northern came

metres

spread

kilometres.

and the park

1985

one

sea

Tjuta

it

the

of

546 initially

above

Kata sizes

out

to

the

is

of

of

home

who

children)

vicinity her

follows

head. single tedious. children

the longing

python from

eggs

Highway of to filled

down

because

home She

ancestral

PYTHON

returning Erldunda.

The

troubles,

good

her

travels

she

born be

she which Inching sandhil

journeys

she

she But

of

many

Atila

dreamtime and

meaning Dreaming

must where

struck This

which

after

headed south, club

to

forms

the

boy

killed

had Central

trails

the

mud

they

a

Rock) the When

is

in

spring.

-water

his

travel ed

PENNY

Uluru

oWlr Moon

their

was

and

threw

fresh a

Australisn

boys

of

the their

of

two which

Australian

Department

Sensing,

GrouA Canber a.

permis ion

the

of

together.

kind

top

boulders

by

as

Ima;ery

on

who Fighting Atila

boy,

other

Admin s-

Surveying

to

eventual y

]

are

made bodies

thirsty,

north

finished

rain

story

rested, ancestral the

where

and

(Mount

he refused

co ked

toward

and

Australia.

cris -cros

found

and to had

50 in

which Jandscape.

a her and

her with in

makes

Con er).

the tell

ground doing making

con ects

A

purpose

made

Atita.

Two

country.

a up journey

snake

and

con ect

and

burdened car ies is

boys created Uluru example UIUlu a

which

exhausting

in

is

travels

euro, One

give is

Kuniya’s

around

like

Lasseter

and boy (Ayers played UfUfU. they

of

just

every and her

and Uluru with the with

this

land spiritual

the

many bundle

a

DREAMING

journey, one

her

for (her

Kuniya

general y

-.

the

up

was

VAN

bigger

over Olga.

s~t

Remote Information

Services,

fOf

Centre [ratIon water. way preserved [Lon<!.

LEnd

ri’er waler

honey.d,~w

dipred or

fossil

permanent of

branch.

flowers

sweet banks a to

a

find

begin

they

Desert

grow Young TREES

not

young the

directly

sweet flowers

is

oaks It that

of

Stand

sucked is

DESERT Desert systems.

drink.

produce

on until

the

from

the

Oak

supply

Grevillea

a

for water

which In

\

(AtHa),

and

camp Conner a

it

tree,

threw a

it,

ste pbecame for the

hit

He it

but

Tabuda searched

finally

was the precious

He Atila.

became

body cliff

~’l

f

’

or the beds the under by

his

mesa, from

lay

flat-lying dumped

his

of of

on

J!..

,[?

see (Mount

gul ies

bowl- shaped

a it

is

is

some

than

is

older

com on

Conner years

in

debris.

There this,

you is

most

can of

of

and

whereas

rocky

Atila

series J

O STERlE[

FOR

pos ible

1956 In

THE

The

desert

36 of

handed

NORTHERN AND

that

Territory

under it

gazet ed

various

to back

which

highest

was Tjuta

as Baldwin

next

of

area rock

the

recorded

named

domes

and

Com onwealth came Reserve

rising

algas Uluru, 35 feature, 1072

of traditional

PRINTED

were

rises metres vatious square

In control

part

first

owners.

time under this

Scientific played

Peterman

the

party Expedition notables

and

Board.

of

to

Mount

up Aboriginal

tor ential

the 1920

in

the

In

Gosse

built

ULUHU

in

Olga

the

people.

to

omitting

in

during

stands

and

named

mud

the

from

K.AIA

reach in

According

control 1977

the 1894. day,

Ayers climb 1872.

creation after

rising

Aboriginal

area

and

Rock

of to IA

particular

in

by

sand

Ernest

of the Uluru

was

the

glacier

and

a

tor ential

by

-":,._

I

"~J.~\.

-,’ 1; :-,

,

,.,:’

.

"O " ’PI’

"Jw HIGHWF

’~thl\r

,"\,.; ,." - .\

!R9.!’1COf_CfJ

I-:r"’\.’- ~

\

.~Arapunya

Sainlhill

Mt.

"

~.- .

T

"

,-~:

\

\

\

’-!\

,.1,",\

I <.

-iT~

\

-

\

\

\

\!

" , : .

1 \ .

I_. -~ , .

P ~ ’ _ . , ~ ’ i : R .

W G E - \’ ~;,. ~ ~MtRidock’ _ " ~ D o w n ’ ),~ _ ~ I ! t ’ . : , 1 ~ " H i ! ’ .

C j , r.l .-~._"Thea’ ,- i_ _ _: - MISkl;~_@ - -< __ -l_.r:’1ti -L" ~.Tt~l’."; \.’_:7"-_.L~c~m"’ ;’\~ " . ’ 1 3 ~ L-~ ’\-7i .- ’-\l.~, i ~ ~ ~ ~ ’_ .’

.

Dnclpel . .j

~- "-’j-= ~ ’~

.

,.’ ,’", ~

-

I

t\,l."(O,WA.H A

’.

"y

Do:n~

/’/

"

":noDct<M. ._!l~;.’~~.

I

’,’

/

. .MISwan

/

AN(,AI!~f’A

.

i

-

_, ’f\e’j>;

RiverR.~Delny" ,.1

’.

iA’..

Utopia

,

".

_~

Mtlda.

’~"’Yf:.. ,. ,~ !. ~wa;te.

I

)0/

/

i

’..’

I

-

’.

’-ifC’

’..

Ean_)~ -1_ .

’

.MI.

3’. 1!:’ ".~i

,

.-

\i,

\

’.

Ruby

"Um. ",.

"~. ,. .

.M’

.JOeG-1>:?j0!oFr ~ \~_"~MIp "

Q’

pY,

I,

LAI10&flJ

;

F RGUS O~

I

i

l ~Tou ’t

MI

H"I’

,.If

"’Wola

S;I

1 3 0 _ ~ 7 " -,

-IMt~I~

"’, ~.’ .

t.

.L-~Q

.

Staf oro

Leichnardt

~_-;":’l)\stQn

Mt

~OIJNr

~- _~ __

. ;.

,; ~

G{~

~’

-

" ~’I(lmu

"Mo,"

.

’,s ’

I’

.

-

,

I

" ’^"

_

l~

~Y.’~;,!R,~ - ’-I~_.~

~ I."’. \’1fl.

"

\\

\’

~;’.(-f>.

\

\

c> [Ii

,10

.

,

’"De p

’’’,

.Tc\

\

"lvidad<l’.

Si~}:.,-~’

’

5~’/"Mof _ ’-, ’,!-, _

\-

1

I;’

.

I

H.

MI

~\ . ,. \~

.

~GE

.i:-

’i

I

<61

.

. ’.

Sing1el:J.y-t\ -

~.-_rl!IAWE1~

Mt.

11

R^

Daven. .

. , M1

_

"V’.hSpri, CHI.1i

l

I

’;-~j..~ r’-1_ _ _, _._ dyl{UNL.HIMU’

’

~

-~’m:.hl,

’ ’Al

I

_

""

~

"

f)~

/ "

I

,. i

I

\

’;H’1mHton:\ ,RI.N

O’I,.k

.

Ennga.(

,GOT

I2.Df:ndOl" ed\

,.’

’.’, 1;’

.

,.

.

’ii"

II

I

i

,

I

.1

I

1;.

"~ " ~-(~d;"~-~

"Ho/

’.

~\ ’TIt~n’; ,._

/

’

v:

l

hM._I;n

o.

~ ’"

’~!_\’t?

"/,

,~

i

Iu U,!il’r,.

IWUPAT KA

Ec’Jp

6f~:.

’,\ /

’MIW"dge

" ,.

-

",~.-<~,’

Il l’",

’" ’">c. "’Cx"

-.

’J’. ".

F’apunya’@-

I

I’e:pn,

GCJI BJ,RneL ,’,I

’~’\.\ ;,

’Mtleibig !

.L

’

OIife-nt

/

,k.8,

.

.18)’XdsHil

I

MIWinlt f

NJIfJI’,

245

~:-=

.-f,t’ores

.

().

N

\

"\

"M" ,

_

C.",_

’.\"ct~BLUF

.

\"

I

"’_~’\_

r 1W’- Y" _’

,~.

’.’""!’~;.

!

"- ’it"

/

"’I

\

II

,

.

.

\ \ I

H’GIYtd

Mu" , ,

,

.101

I’

’

~<l’

"

. ,

., ;.0,"

~l"~;1

"":

Wfl’ 1h~m

":I’

"

<

,’1

~

’.’

f,

MI.

r

fl l’J"-’:.

-.; 1/

’1

.v~

/-,t-I .

Ri.!

’.~

eo",

\

\

’

"1

-’-:-:\:\-1 ’

-~;

\

.l1

,

",’

’ )

leg

\")

,

.

.

I

< ’-~-~~

,

"7e!i";,’/JI!

\

l

iliH,

\

.~.\-~ -

’

,

"r- "le.MtGu",

_

’-,~

’MtBrit .,nGE~’.\

"’,

.

\

\

\.

.

_ ~_

t’le.0, ’"

_

.9, .?

"

\P"d~rka ’., .

i

,’,

1

\

\ l1li

L

MtHar is

__ __, ~N.wh’"

’l

’

IIbung!l

c

\.

’0]’

\ /

iI,

~

(

I

.

.

,~.

\

~’"

Wedg"

BLUfF

)

’-’1

~’-

t.

11.,

, ,""9" , .I~/

\;.f~’

MlG"’-’1:1y

I

oMtHertmond

. ’"

\

"\

I. tMk’.7ft/O

,

"!adF- 1’ . ~’, !

:~bn,

P,n ae/.:

\~

/

(

/! "

//

,

PARK

’

1-

\

,A Y,"

I

,

’

I

Iu

\/

(

’,’

~._-

B

.

glre,FtM~

<0", .

’"

M’

~M C~ ’~:’!

_\.-1

’

.

I i

? ~ ~ r . p . \ ’ _.u’~ . . ’~,"hTM - .; _.

c. ~f ",if._

~NIkL"

’1

.

’~ !)~":-. :~ -Nm"^,’p~.!I

.

’Al

O,hby~P’ow",G

.’~,.

,

<tl "

.

dO

f.IC..ESPRIN.

’\ ;,~,"

w.U"

L

od

",:

- r!~:

,}:rIC~

’.

_~

./’

Down!’"

MtTops,ri

\~;:~d_~ng5",

S’ANT)I’ r’"

t

’.

~i!r.+(~.It~;:,I!_’

hi

H<lrper

Mr

/

’.

\.=s+e~

NATIONA.I 65

i.u7;;s)

’

a"

.

~’J’t’.O

."

REdCN(/;.

Arno"’.’.\.-.

MefJdlp

_

"’~’M’Oct.

-

~i’

.

’I

L.A .CofSOfI ’\

’.

’. i’~, ’Alc~ta’~: ,;J it,I"’1 .. .

.,"O~

,"VJ<1

TUIJ

.

I.~...,~,.tl)ml. "el!iI~.dnabmA

Rid oCh., ’,>

;-:r~/ 0.7 /"

’.;JI’\1’~":.’,7."., ’

\

I

MIBagol

u.

er

;

Wil laH,r"

.

f

~.-

A

’I..

<:.",Vi/{ LJ’~36’3y.",

’.

"m’

J,

[Ill

,~_Rk .

_

\

.’,

"(

.MCamp~_

~_.,od’":, Do~.

.\

MI

RlJ1IW.

"..

"

I

Harts_Ran

;"

.

\

\

\

\

-;

ElinQ.amrf J

~!lH".>t

_.",~;i

.,~-= - ,-.

~

,."-.’-, _J_~

_

-’

.

’

LO,’Won!:L

C"-,c" :_

./

I

- .~

~:

_: r’~ -,

.~- U"’i"n~

.

""l

,Jt!Uhc."’f

.

I

I

.

.

"’.~

(q"

"

;

~i

’r ~

~ ""

~." /’

MU’P"’

.

’)

i

"-.’~.,J-_

0

.;.

(j

’/_

,{ l f I

.

"1; .,

.,’-

.~., ~

-.

IS

-.

,

LABVRINTH

\

l’ "’l -

<’-~ ~

!oWS

_’5~ tiP

;

f\lUE

"-.

r

(,I

"oG’

r’

(,l’:’!_

"., 1,

ifi

I

i

b. "j,

i

~l

BLUE

NA.rlf’. ’"

BLlI(

at. ~ ~

~~~

\,

’

’;’

/

,

~

r

.o,(fG16SC!i5O:’;

. ,~ ,~

~’". .

,-.~

,,[ :i(

:*

n’. "’" "’,-

~<r

A.BYRIN

,f

.

’098’,

’ ’" 1

iH

~-’ ’L", ~

NA"ONAl

,og/c ’ ’: W~"~ A ?’"<..""~.’. v

) l

’/

. ’\,(\.

1/

22’

(

I

"~Jt,

i

.

.

’..

l

",A"’ "O"’ ""~ ,fl;" .

BLUE

I

.

.

"\:j;"/ ’ ~

:

~:-t.

J.J),~iS:, rd

’

f

~t-_.,j

I,.r

’-

.-,

.

g

~ ~ ~’:’.r>

c,.

~

"l.9~

’r-

:~,

.1

I

"\._ VAlLEY i

,r

,

~~

KHJ’IMB.o . ’,

’:, " 1

:\ }I

P4.U L:o*tJown

-~31i ~:i~-,,~r = ~ g’:@.;

’.

L

,~T.

f~,

r’

~ " \"’ .,c

.

,

"’u W.9JjBA

- - A~;~ ~.- ,."~ ~’"

~’, ,a~s.",’~

.;’"

52

A"

"

i\

fi’.

"’"^’

"OKA .,

’

. ~.

Meg’,’ong

.

d

-

-~,

;’; ’~’: :

:." ;:~,;", .1 .::

I’,

i;

.-~_, .;

~ \

".

l’

""

i-"’\ ,

.

~_

1_[,

i~’

’

".c;,i

.

’

".

ii, ::1

:’J.\

IOI!

"

,""

( ,~^’

~,

~I

,;

,

’k

,-’.J!

~.

Centr!’

ctl’:r,~

__.:

5

’~nJv "t’

~j"

".

GrOI.!:ld

,~(r.t (;1’0’<

A:rr

TCU’1~l niUmalic"

Hehcqr",rPad rCur,~!

Lardi("q

M.:r

I’

’\1

I

<*., ,(;,.

Y

I

.M," R," ’,~ "

’

1-,’ ._-~ ..

.,’

’.

,-

’r

’i

’_,

E

.

"

[~2,-~ -

.

’"

’,’

,,

/

"

,(

NATION.’\!-.

~Ji:’IL-_~

1

"DAR

1

".~ ,

!’

I

. x _ -, . )-/$ i-.f

;’

t/It

/.

’

!

/’

/,’

I

-’

’

’

0’ "b,.’ ,,-I’ ," .’ .

,,,

.

V.&,l EY

’ .,

"~’./ .- ’-,:. "

.1.,’" ’

1;1

";"

-,

I

,

~- Ye". !/t!~

!

CrCJ’1d

"’,

A,rf’~

:{’.)

~r ,

~I,

C2r8\arf’ark M,’rel

c;~l1pi’uJ

n’(.

PI(

MOUNTAINS Map LEGEND

out

~

l()

Gale

I

REPORT OF AN UNIDENTIFIED FLYING OBJECT

1.

I I I I I 2. Description of object I (No of objects, size, shape, I colour, brightness, noise) I I I 3. Exact position of observer I (Indoors/outdoors, I stationary/moving) I I I 4. How observed (Naked eye, I binoculars, other optical I device, camera or camcorder) I I I 5. Direction in which object I first seen (A landmark may be I I more useful than a roughly I I estimated bearing) I I I I I I sight (Estimated I I 6. Angle ofare unreliable) heights I I I II I I (By reference to a I I 7. Distance known landmark) I I I I I I (Changes in 5, 6 & 7 I I 8. Movements may be of more use than I I estimates of course and speed) I I I I I 9. Met conditions during observations I I I (Moving clouds ;haze,-mist-etc)-- I I I 10. Nearby objects (Telephone lines, I high voltage lines, reservoir, lake I or dam, swamp or marsh, river, high I buildings, tall chimneys, steeples, I spires, TV or radio masts, I airfields, generating plant, I factories, pits or other sites with I floodlights or night lighting) I I Date, time & duration of sighting

I

n

-------

I

11. To whom reported (Police, military, press etc)

12. Name & address of informant 13. Background of informant that may be volunteered

14. Other witnesses

15. Date and time of receipt

16. Any unusual meteorological conditions

17. Remarks

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

1~ ~- ~w,..

GUrfJviA ~)/’fI’JJ~ pf /HO (fftr{J - /770

.

;., 1~ (I’^/)ell)\.Jt. ~lflt.t (pv.~ ~ # It>W-l 11 I~ ,ka.~ (M/J.~,J. t"’.(,F#,1. vJwl", 1 f.fkt~ " 1 /.Nk. ,. fJk l ({L~ J) ~1Ui/~(;<( ’;M a.s~M w’!l

Nk 1 -.

J~

/

x

7

)~

}JW

C/llt

1H;nAU

~l

x

-

"

x

)(

X

:x xX )C

>(’

X X

x’

x x Xx

Xx

I

X

>< X

>(

"’x X’

~

)(

.

~

"’,

{f.

’.

X

X

.’

".

f.,

X

. .

,.~

.

.x’.

~ ;-. ’:". ,-~’-,: ",’

,

..

",.’

.,.

.-’ . -.,

..... ....

.... ’."<-’- .,

*^

o

_....~.;~...;;.,,:~_.;..-.

j~W ~ ~ ~ : ~ : ~,t~

Gtor1kjLPii~Jj~ ~u ’~.~. ’ : ~ ; ~ ~ i ’ ~ f ; i;~G’,;";l~’~~j~i;~~ ji{w~~~; Jf,~Ii~;:~: ’:~,F~ ~; i ~k.;i. . : ’;:";~;d;k~"-~" f J&,d;1ifJd~ .......; ."

",’

~

~ .~ ;. .,. .:c:~ :-).;:;’?: ’::,,’

J;,

",.";;,~,,;,,;,::.,, . .

.

.

-’it

Of"’"

.

.’- :,.....:.

:l-oc~’~Lfh.,;,’f

~

M

WJt.I,. /Jw

-. .

I

x

xx

x

x Xx

)(

X

)(~

x xx x

,(x

)(

)(

x.

x

)(

’x

x

XX

xx

)

’V

fT."., )

.X

x)(

x

~-i

.,.’ ".

i. . ;A7A~(. ~Aj fts~"VJ. J l-. ,J.J~ /if:.IV’" "~M1 ~{’tf1’6!s Ttlt-vt;f-~(L~ ftJAr. ’/>1~1 A’J ih.’l1l r!, Ioctf

’NA:~i >:" .

EJ

rtf"ls -}m

;~,~\;:h’Nrtl.:., , ;~; ~(,.;.,41iJ,J~~.:(idA,jo’5Ift’ . :~~:j<: ’kJ

~r,f" ; ,<’,

,-’;,:;.-’--.

FO

ttul’,),~

-.

.

6,;jM

J.flLj:t

fl.t -< ,.~!i),’J(

AI.-1#ff:ft ri.J.,J

-

,.

first saw the object, & a ’B’ where the object was last seen.

SECTION D: THE PHYSICAL CHARACTERISTICS OF THE OBSERVATION 2) TIME WHEN THE OBJECT(S) WAS FIRST SEEN: 02.55 bst

3) DURATION OF OBSERVATION (ESTIMATE IF UNSURE):DURATION MORE THAN: 5 mins DURATION LESS THAN: 15 mins

4) DATE OF OBSERVATION:

6-9-90

5) WHERE WERE YOU AT THE TIME OF THE INCIDENT? (NEAREST STREET, DISTRICT & MAIN TOWN) Fleet Chickerell, Weymouth, Dorset

6) WHAT FIRST BROUGHT YOUR ATTENTION TO THE OBJECT(S) SEEN AND WHERE WAS IT (THEY) LOCATED?: Movement of the lights to the south and my left

7) HOW DID THE OBJECT(S) DISAPPEAR FROM VIEW? : do not know 8) IF ESTIMATES ARE GIVEN IN QUESTIONS 2, 3 AND 5, HOW DID YOU GAUGE THE TIME? (WATCH, CLOCK TOWER OR RADIO ETC.): watch

9) BY HOLDING ONE OF THESE FAMILIAR ITEMS AT ARM’S LENGTH, WHICH ONE, IN YOUR ESTIMATION, WOULD JUST COVER THE OBJECT(S) YOU SAW (CIRCLE AS APPROPRIATE): pin-head, pea, lp piece, 2p piece, golf-ball, tennis-ball, other: pea/I-pence piece 10) WAS THE OBJECT PHOTOGRAPHED, FILMED OR VIDEO RECORDED? (IF YES, GIVE DETAILS): no 11) WERE THERE ANY OTHER WITNESSES TO THE OBJECT(S) YOU SAW? (IF YES, GIVE NAMES,ADDRESSES AND PHONE NUMBERS WHERE POSSIBLE): wife

""""""""""""""""""""""""""""""" , SECTION E: OTHER CHARACTERISTICS RELATING TO THE OBSERVATION

12) DID YOU, (OR OTHER WITNESSES PRESENT), OR THE SURROUNDING ENVIRONMENT, SUFFER ANY PHYSICAL EFFECTS WHICH YOU CONSIDER TO BE ATTRIBUTABLE TO THE OBJECT(S) SEEN? (IF YES, GIVE DETAILS): I felt excited but calm. My wife said she felt very calm under the circumstances (that would not be her normal reaction).

,.

’-SECTION

B’ Written Account Please write an account of what happened to you

.~~;

’~~1f.!{i:,/,(2Ilfo/<<:taf/;;~~’ ~/!Y ,~f[ .~1!’7’il’/11*~ ’~//J~/s’4’p:tal;i’ff!~ ~’l\j~~/1t1,:’_~.~1~’ :f ~t: ,;:;..~./>.L~Cf1t. .~(t{i..:-~~".I.’ !~r . ~ , ~’, 1", .ff. ~t:~-.Iz /)~;/ ,’.~~~t(l;f /~~f1t1 l/t~ ~~<((:,~ i~:,~?’ItJ!, ~,:~t,~: .r,f0~.

I-~Ik.~. ~j/f;I4,.~.~’:!:t.~’/: ~’t ~ ~.:. .v.~,~.t~~~(’4.

4rl M:~~’. r . , . , J l~r..i.l’’# ~ ~.~ v~": .’

40.1: S ":’- . nt~l’’1’S.f. ~/ot.!, ~’.E! ~.(i,(~ ,tV.!!, ~,t~!J~~ ~~~’, t riJ. . ~4.~ ,/,tf,’,~.V ~.lwe’(’ : ) j _ ~ <<’fYc?~-1,.4,-,,,~.

8;t:,., 1~4"f -~,- ;’ - - ,.~.f’?l..’,/.:..,.::~~>;-i:;,[. (~ r;’J."-{~:f t~- .’ - ’(~’i~’?’<:-c. <. . .-;~’.tj ././(~’/’f.r.:., ’

I

t4-

jt<~

~. ~2; ~ ~ I- ~;;~ ’/<4~)l’f/WIP~,,!~ .l~.~~’-t)!it~r~;(fl;"".~ ~f.f’~!"’"A~. c<-,’ :’.6.~.; . t . ; ~ ’ t l . ~. )~ -~ he: ~~’:’/LC:!~~ ~?~;;.’:-4:,; ~ ~1~ ~?:. r’,:y’ . .

0<d

t’e..

,t

_,’,

,

,

"

’

~~ n

,4

,

,

..

.’.’,

C

,

r

.

.

.

,

,

,;

’

"

.

!?~,q.

.

1". .

’.

,

.

. .

?,

’; Y

’!41 /

t".; /

#r-.

f>>1!!4

/

..

..,-

,,’1 II ,I. -

~,t’Ji,p./,,/,

.

..

’/,’

(>

."; t;;~.. ’ !’, {. .,. ;,-- ~ , Jir!<

.

f:, .

.

!ff.

-,’y: t

l’

~. ~~ ~ ~ ~ ~~~ ~

’:.."/:Ilk, .

.

"’:,’

.

11 L’ _

tif:

"

/

_

.’

’

k

’:".

Ie #:./’’;{4, ft!^. ~(.?’-.tr. t~ .

(Ti- III’ .( ,CY/;fL/’; /l;; ll(<;~/: ~;6!;".A~/,:.fIi~.

Irf".L<t;. . ~~’-’r,’" _c.-.’:,."l’ fk",.,<,,{if ;I;~<,.<,4(t::~!;;;;’<l, . <<: ’ ,~ / ,,-’ i’ ~"lf" p~,~, ’:i .j/.;t/,<tt/ ,,~.t; I j "-.6; ’t; (".: ~. ..~/ji; / . : . t.lt "2l!M ,t.~!.,/&;.t/ ,~V<.’/t.R(?/’_’ ’~~,’/~:~.Il;t..~.~,,;:, .L:.;~, _ ._ .~.’ ,rJ.. ~~r-’-4 Jl.~ /~ kR,-R.’;:".’!<.A ~ ’L~ rT fi /.e;-a.4 ~-r!Lt(, C~’. ’-’~ ," ~’I. :.t’, .’

’i:~<""

,~ .-

.

.

!!~~r~:trV;’:~_ (f-r -t.

LJ. -el.,:.f~~~ li.-rl’~’

i~’-t’

.,

<~’!~’.l.

.

’’’f!,f1

.

(

,

~.-oJ- (~~~~;:? ~-;’~; .

’.

-c.

Please use this space to sketch what you saw

’7

vJ

f

tl:

~ ~ ;: ~)

\

"j

.--

. .

---

~rJ

I

~:j

.

tA.L

Continue on a separate sheet of paper if required

Number of objects seen

-- ---

,I.

.

~ !~!i#pmpJ~!~~ ~~pi~ijQ)q~

SECTION C Object Characteristics J

.

..

(

&t l

.

/.

U~~(

!I- -.. ,<;- 7’

L’).~’/-Z"’--’ .

Colour(s) of object(s) een

,

i

~)J r&--:-:.tz!:Lt1~ ~t,J1~~zi"""h’!4;eL,{ffro ~;’r’t?~’":L1I~-of

v \\J)

Bright~eS! S’f o~e.ct(s~,se;n

_

_

_

ComP’ ed

’-L

.

.

brightness of full moon,

Sound of object(s) seen

IL

,!

’.

Smell of object(s) seen

^’~~,

t:

,

..

SECTION ~D Object Position Object altitude

Object direction Overhead

X

~.

r,; .’

.

Ground level ". .f,.’. . , ,?’C r.u ,..vl: Jf.vt’,f,v:!

/’ ’(

.

C{

I..

N

Imag ine

yourself at point ’x’.

Mark the curved line with an A where you first saw the object and a B where the object was last seen.

~ t[->11A.! p,~ ~~ X

.’

/

’

Imagine yourself in the middle of the compass

dial.

w

Mark the compass with an A where you first saw the object and a B where the object was last seen.

E

-. -1 - ,- ’

s ,,. ’:’> C.

11.

’" \,’V .

t

I

SECTION E The Physical Characteristics of the Observation 1) Date and time of the observation Date Month Year Day

f1~’v,’;)t11 k

ITlme

()::

Vc(frf-f

-I

/ff.~

~

~.Isecs.

.d’i.Zt/r-.~ r: -. ~

estimate if unsure

I I/I~ l t~~. .,/~(r:li..~;~/Ji1!1 t’-tf L-i ~~

3) Regarding questions 1 and 2. How did you gauge . ’T7’"" the time and duration?..., A’"/’/ //./ (.,;4,,’t’:l’..t:~ ?f~!"l./(~’7ii’ , .

AM

~

-t.r

2) Duration of observation Duration more than But less than mins.lsec.

circle one option

(J(.(..~

tEtt,:~

~

.:. ,"’-"0,

.

:!’

’

,’-. ’1 I t III LI ’’’Ii.. ".J.. ’..Av _ "’>L .-: . I~"’. ’1, (,.’~ ’t’f:’~ , ,’ft’:f’!

I’i t1i {~ffl1.

~ frt~l’

4) Where were you at the time of the incide . includirg a,e" I,.town 0’,illage

t(;tJ)~ ne.

-c~~

ire

tt

ftd/J

~" r1-1L-,d~i~

5) What first brought your attention to the

.c’

..

.i

,.

’

~~/.t!t’ f!/ /.

.’

~~q/.:

.

iCt

6) How did the object(s) disappear from view?

,/

,:tA

"

.

Smaller

~ -. .-,

, ’_.

~- tc;’~;;-r’ci

_/,,,.-";.1; L"’: .~~~t!4" 5/-!’a’?’" ~1...d ,::;" b

-:,.

.

,/"

I /,

f

LUlt/~M’ 1

7) Comparing the size of the object(s) you saw to that of the full moon, was circle if appropriate

it:-

Larger

The same size

give details

.

.

object(s)?J.A.-, f /r./ .

1"

(

give details

8) Was the object(s) photographed, filmed or video recorded? if yes, give details A f

I . L~ .

7 t . ~.~tf;’LL /L’~ c;/i: It~,i;-(,’~d:(~,’

9) Were there any other witnesses to the object(s) you saw? . if yes, give names, addresses and telephone numbers where possible .

L {J_ .

tvt~ {va.""

I

’ ...,J~d~ ,,l. (.J-,.~..u.’f ~ t-:t /,~I.,".. /;."~/’~~,;/"~ 9’/l..Lc.. .

t

.v

’

’.

<:/

_._ /

’

.

/...

.

.

i

t

.

#

_____~_~. . IV~~V~V~VVVVV~VV0~~~~~VVVVV~~V~~~~~~~~ ~ ~v, _..n

.

r

/

"-.-’.---=-..-

..d/. ///

’ . . ’- ~’ ’-. - -. ., ’-,

.~ ------

--

/

,-’ .~: I

’

-." ,.’

-’ I

---

-"~

...

’-,

//

-- - - .

- -.

-. .

...

" .--I

/’:’ i I l Jr’

-.JI

-

I

. i-

I I

II

’

,

,

;,

’

I

I

1-’ ’ ’

/1 I

!./ I’

,

/: ’ "

"

LIGHTSHIP SPECIFICATION VIRGIN LIGHTSHIP A-50 The Virgin Lightship is a revolutionary airship designed specifically for marketing and aerial observation purposes. Utilisation of the fatest materials and manufacturing techniques have enabled the airship to offer a performance and durability that is in the world. not available anywhere The unique construction method of the lightship allows for custom hulls to be made which can incorporate up to 32 different colours.

The most striking feature of the Virgin Lightship is that the entire hull (including banner sites) can be internally illuminated, providing a most dramatic advertising platform for night-time u?e.

el~e

ADVERTISING SITE DIMENSIONS Banner (x2)70 feet x 22 feet And/or Custom Hull constructed from up.to 32 different shades of translucent materials.

SPECIFICATION ,.,if~’LIGHTSHIP ,,--:..’:;(, ,’t’..,""

’Hu//:Volume’

.,;,

.

..

’60,000 cubic feet

(Inert Helium gas) 130 feet .: 42 feet

Length Height

.

38 feet

Width

"

Gondo/a:Length Width

.13 feet 5 feet .

Seating .....’...5maxlmum .

c~ ~1

;,;.

.

Limbach L-2000 x 2 Power,.!,;,;"".’ 68hp x 2 iitres), capacitY);;

Eng/nes:Type

,;.t;lr~9~~!I,On~(27~

Performance:Speed 70mph (50knots) max Airborne Duration"17’hours (on station) dlarn ter ,J:urni!1gCi[C’I~,i;i;’;;’JZ~O -,’;: ,:>~?; ;~ \,:t:’",~i?:"~:,:;’::;,:’">~\<.,,,: ’."’,> -, .-, ::7t:;~{’,

\<;~,~’~’, : t)>-?~,:~.,r~ :<~: ;:,:;.

J~et

’

)- ~JJi

mode

9) BY HOLDING ONE OF THESE FAMILIAR ITEMS AT ARM’S LENGTH, WHICH ONE, IN YOUR ESTIMATION, WOULD JUST COVER THE YOU SAW (CIRCLE AS APPROPRIATE): pin-head, pea, Ip piece, (2P\ piece, golf-ball, tennis-ball, other: !?SIZE; apparent Ib55ildLj

OBJECT(S~

10) WAS THE OBJECT PHOTOGRAPHED, FILMED OR VIDEO RECORDED? (IF

YES, GIVE DETAILS): ! ?FILM; optical record

"ro.

11) WERE THERE ANY OTHER WITNESSES TO THE OBJECT(S) YOU SAW? (IF YES, GIVE NAMES,ADDRESSES AND PHONE NUMBERS WHERE POSSIBLE): !?OTHERWITNESS; names & addresses NI,.

"""" ""’" """""""""’" """"""""""""’" .

SECTION E: OTHER CHARACTERISTICS RELATING TO THE OBSERVATION

12) DID YOU, (OR OTHER WITNESSES PRESENT), OR THE SURROUNDING ENVIRONMENT, SUFFER ANY PHYSICAL EFFECTS WHICH YOU CONSIDER TO BE ATTRIBUTABLE TO THE OBJECT(S) SEEN? (IF YES, GIVE DETAILS): !?RESIDUE; physicals NV

-

df-

13) DID YOU EXPERIENCE ANY LACK OF AWARENESS OF THE PASSAGE OF TIME AROUND THE TIME OF THE OBSERVATION? (IF YES, DESCRIBE): ! ? ALTERED; s ta te s 1IV;l,{ (1711 IUt@/’e

NH

14) IF YOU HAVE HAD ANY OTHER UNUSUAL EXPERIENCES IN YOUR LIFE, PLEASE DESCRIBE THEM BRIEFLY HERE (YOU MAY FEEL UNABLE TO DESCRIBE SUCH EVENTS HERE, IF SO, PLEASE INDICATE THAT THERE ARE MATTERS YOU WISH TO DISCUSS IN A MEETING WITH AN ! life S671LC.

IN~EST~GATOR): :~ARANORMAL; td7uc4

Y~JlJ~

/1{L~~/ziL) tp ~’IL( v)ClLdJ III tL~!1 dlJt ~15),u. DID ANYTHING ’ODD’ OR ’OUT OF elfPLACE’ faOCCUR U AROUND THE TIME OF THE OBSERYATION? (,IF Y~S, DES~RIBE): ! ?O~D; events Y’C-J, Jt( ttb.t’\’e t-ttd f{~ Ka(lJct7(l\,l #U.1 Sent{! 1-2 IS fr2Dj./- S/4k

~S17(’l.( 1kf.,J dIKJ;; S/?;It./J/l} J~/lJcI ztt.LI"e ( j ntt~l.6Y txl1.tl1..f.ltCf t{}Jl!( dtdtUoJ,j

,

d)-

Ii

L’

J

J

() .’

[d.

It.

\.J

.

~ J

16) DID ANY OTHER WITNESSES EXPERIENCE ANYTHING IN RELATION TO QUESTIONS 12, 13, 14 & 15? (IF YES, DESCRIBE): !?OTHERODD; traits

"""" """"’" """"""’" """""""""""""’"

V ’J

,

....

REPORT OF AN UNIDENTIFIED FLYING OBJECT

I I I I I I I I I I I I I I I I I I I I I I I I I I I I, I I I I I I I I I I I I I I I I I I

1.

I I III I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

Date, time & duration of sighting

2.

Description of object (No of objects, size, shape, colour, brightness, noise)

3.

Exact position of observer

(Indoors/outdoors, stationary/moving)

4.

,

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

I

,I

I I I

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

9.

Met conditions during observations (Moving clouds, haze, mist etc)

, II

10. Nearby objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river, high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant, factories, pits or other sites with

,

floodlights or night lighting)

I I I I I I I I I I I I I I I I

I I I I I I

,

, I I I I

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

., ,

"

I I I I I I I I I I I I I I I I I I I I I

, II ,I

!

II , I I

11.

To whom reported (Police, military, press etc)

12. Name & address of informant

13. Background of informant that may be volunteered

14. Other witnesses

15. Date and time of receipt 16. Any unusual meteorological conditions

17. Remarks

,

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

NUMBERS OF UFO SIGHTINGS REPORTED TO THE MOD 1959 - 22

1976 - 200

1961 1962 1963 -

1977

1960

31

71

.

-

-

435

1978 - 750

46

1979

51

1980 - 350

1964 - 74

1981 - 600

1965

-

56

1982

550

-

250

1966 - 95

1983 - 390

1968 1969 1970 1971 1972 1973 1974 1975 -

362

1984

280

1985 - 177

228

1986 - 120

181

1987 - 150

379

1988

201

1989 - 258

233

1991 1992 -

1967

177

208

Figures from before 1959 are not available.

1990

-

-

214

397

209 117

147

(6) Conclusions From the outset this sighting had all the indication of a CEll case. The police report was fairly comprehensive and is I believe being taken as genuine by them.

My first telephone interview with Charles led me to believe that he had definitely encountered something which he had not experienced before and was quite shaken by the event.

He is a young man of above average intelligence, displays a quiet confidence in himself, but outwardly appears to be shy and a little reserved. Like many others that have experienced a very close encounter, he is (as yet) unable to rationalise the event and is experiencing some difficulty with it.

During our interview with him, it was apparent that although he was quite happy to relive the event, what he really wanted was for somebody to explain or at least try to explain, exactly what he had seen. When asked what he he replied quite simply that it was a flying object that thought a ufo was could not be identified. There were no connotation of â&#x20AC;&#x2122;alien space craftâ&#x20AC;&#x2122; or extraterrestrial or otherwise. visitations by beings The description of the object, both in its a~proach and hovering mode is indicative of a typical CEll case. There is no doubt that what was seen was not a conventional aircraft of any description. Its ability to seemingly change shape, all be it by use of a light or energy source, is of course a well documentated phenomenon.

Also the objects ability to stop in mid air is synonymous with many other similar reports and does indicate that it was not any known conventional

-

-

aircraft.

Given the known facts and assessing the witnesses statement, there is little doubt in my mind that what was seen and experienced on this morning was something out of the ordinary. The description of the objects approach, departure and its ability to silently hover is remarkable enough, and again indicates that this was not a known conventional aircraft.

My assessment of this event, is that, on the night in question a craft of unknown make and origin was seen to approach, hover and then depart from the sportsfield, in such a manner that almost defies belief, yet it undoubtedly

/7

~ .. .’ .

.,

r

S1OOL\R.Y OF

’.,

~

~- (0

EVERTS

.t}... .~......... e ’~...~!~..I~ ~. ..9.~....~2\ .\~~.... !(l 1; ~~..(y’................................ (\-I’is c:;sr,t G:.G-f CO, ..........................................

~~ t { ~’/ ~(L. t:’~.r. . ~ .’:1 ~.. .q.~.. ~:C~.r ~.~.’?~~0~~.~~ .~~.~\:f~~ .~~’!.~.~.:T!-:.~~.. ~ ~. .\.1~~~. i?BI;(~.q.~r.\ ~ ~l .

Y l ~ . v > ; } ; ! : ’ : ( .~~.. .~~~.(:?. .B~.. .~.~~~~... ..~r.I.~{l.

1:-1’1 t ’ \ t f ’ I (l)~~ C-L- ~l IfU3. e~--1Gl ~ (-+IS I-+C-Jl (l-’v f~’.!~- \’-( ’-7~ .~ ~VLE-tU(~r~.~~.~! h!.1!.~l;t.~;~.:7... ~ t . f.~1:... .Nff.~ c:.~.

-r ; ~ ’ . ~. .t.;.-;.’ ":? ~;: ~ 1.134Ct-r. :.~";~ . &~~-( ~ L ’ W4-S I-I? C/I-I~c m~ :~; .:,~.’7-R~ -:+-s!i ’7-D~"""N’:" l;j’,".{ PLEASE DESCRIBE IN YOUR OWN WORDS THE CIRCUMSTANCES OF YOUR SIGHTING/EXPERIENCE

Q . ......

11

tJ

ICJ

.~Cfr;...

. . . tt. . . .

.

S.C!.’.~S....I.~.fc:...:\0.~....

\..

r!

..

..

... . . . I. . .

..

. . .0:. . . . ’. . . . ...

6A .d.

.\.~tJ.

j.. ..

... ..

~(S..

7

LI Ct eNS .\ ....................................................................~.......... l),1.to E 1) .

S;C),I .................................................................................. ~...

9....

-// I. /’v1 " . . " . . . ". . . . : (:’f: . . . C"": . . . " h. ... ! "S. . .

CA 17’-( o / w/E!,/’( /IV " c...r "."..........."........""...".........................."...".. (."......"".""..

CY^/. I S?’ k I UC; " r ’ ’ ..... i:J" "/2";;" ’o"i:!"

5 <::..0 .

ClP\H VII:::>

.~T:C;t.l... (;~

-: -

f./!.

[/’

WEATHER AND LIGHT CONDITIONS AT TIME OF SIGHTING (TICK APPROPRIATE BOX) CLEAR 1/1/ MIST [] DRY [] HEAVY RAIN [ ] CLOUD [] HEAVY CLOUD [ ]

THI~

[~

[] WARM

[] SNOW/ICE

DRIZZLE

[~

CALM

[~WINDY

[] DAWN [] DUSK [] MOON [] STARS

DAYLIGHT

DARKNESS

[] COLD

[ ]

[vf"

WAS THE OBJECT/PHENOMENA SEEN IN VICINITY OF ANY OF THE FOLLOWING MILITARY AIRFIELD/ESTABLISHMENT [ ]

CIVIL AIRFIELD [ ]

[ ]

AIR ROUTE

RADIO OR TELEVISION MAST

[ ]

QUARRY/MINE [ ]

STREET LIGHTS [ ]

RESERVOIR/RIVER/CANAL/WATER

[ ]

WOODLAND

MOOR/FARMLAND [ ]

ANCIENT MONUMENT/SITE

[ ]

URBAN AREA [ ]

POWER LINE

[ ]

A-

[ ]

~7ilE3~ It-I CY[:" ~,~4 -rv0 A, f5r:1 rL.~ ~y l~~ ’ ( ,~~ fL-~ L~~~ I liltvG S’~~I\ ~1’--{), c,,-/\..( t-rA 1’- 1’-( 4-5$1 2.

Q

(

I

L

t~u..J

L

C1

L /,V G 3

1k&\il17

AR.l

ace

/

’/f

,

C)lJr M

...~.

... ..

OF YOUR ABILITY PLJASE TRY TO DRAW WHAT YOU OBSERVED TO T11E BEST

G~\

D~O

VI

~~HG

SEEN (MARK ’PLEASE INDICATE THE DIRECTION THE OBJECT WAS FIRST

’A’) AND

LAST SEEN

(MARK ’B’)

NORTH EAST

WEST SOUTH

,

-

-r~ C\"-’

SETS IN THE WEST AND RISES PLEASE NOTE: TO HELP YOU ANSWER THIS QUESTION; THE SUN DO QUESTION MORE ACCURATELY IN THE EAST. AN O/S MAP COULD HELP YOU ANSWER THIS NOT GUESS. VWI1.:S \ N IFf C \S C E;1 f><; 0 PoS t::v cYN 1 7 CII’J DI .

C,,c H APPROPRIATE TICK PLEASE FOLLOWING? THE OF DID OBJECT MOVE IN FRONT OR BEHIND ANY BOX: OTHER (PLEASE WRITE) CLOUDS [] HILLS [] TREES [] BUILDINGS []

t-f-CNLt’-I ~ c.-1

’D i1.

1’i

~~

Go-J-r~ ~ -s:1-1(’-1-1 O~S-C-QJ.J~ v1. t:.

’"N ~I \Nc\ru:c-4’Dt o.-f" V’O-1

LUl-{ClL

l’~. 6.1’1. l I 1 .+ ~C-.1\

.r::’:!... .RY.I2;~t2~~.. ~:?~~.:::’... ’:!II~. ..~~.~..... .I.~... ~~:’.\~.~.’~..

0 L ’ ’ .

J ~ r H ""’" l -<\. #’;;1. ~

oft,

Q.A.J

J

CJN

.......

\ 0

’

I: .

\~CV.

f:,Se,i!.A,k v

.

I"i:Nl

c

’

PLEASE GIVE DETAILS OF IF YOU OBSERVED THE OBJECT mlILST TRAVELLING IN A VEHICLE MODEL, SPEED, ROAD SURFACE ETC.

..,

... . . . . . . . . . . . . . . , . . . . . . . . . , . . . . .

,

, , ,,

,

, ,

.................................~...............................................

(E.G.) POWER FAILURE, DID ANY SPECIFIC MALFUNCTION OF THE VEHICLE OCCUR? INSTRUMENT MALFUNCTION, FAILURE, HEADLIGHT FAILURE, BATTERY FAILURE, ENGINE DAMAGE OR MARKINGS OR EXCESSIVE HEAT INCREASE WITHIN VEHICLE. DID ANY PHYSICAL APPLICABLE: SUBSTANCE APPEAR ON VEHICLE? PLEASE GIVE DETAILS IF ,

......................,......,. if..’.....’.,..,...,..,.......,’,."....".. .........I....................................................................... ...............................................................................

I

II

’]

(

.t ,..

.~r ~<C’:.--!( :’.r: ~’?. !-:.

.q~. ’:!.../~<d...!...!~ ~.t:..’!!:....!!.~S..v:..!!F:~~Yf.Y.~.~...~G......t :-!.

Y.~!?..~...r:-!9!~(g.;....

f ; ~ J~t;~~!? ~~~~~...

CJ-O ~ (.,. J /qJQ

1-

YES [] NO [] (IS YES

DID YOU HEAR ANY SOUND ASSOCIATED WITH YOUR SIGHTING PLEASE DESCRIBE WHAT YOU HEARD)

I....

G/\/E

HOURS

MINUTES

HOW LONG WAS THE PHENOMENON VISIBLE FOR: SECONDS

.,..-" ~.

fD{L

,-{

It

frlc::

O

I

T

’T

r-

WfrfS

,:-.~

~

’7

(TICK APPROPRIATE BOX) DID YOU OBSERVE THE OBJECT THROUGIl ANY OF THE FOLLOWING BINOCULARS [] TELESCOPE [ ] SPECTACLES [ ] NORMAL EYESIGHT CAR WINDOW [ ] GLAZING [] NORMAL WINDOW GLASS

[v{"

[~DOUBLE

~~ ~

VIDEO

CAMERA [ ]

IF YES, STATE WHICH:

[0’

YES

WAS ANY PHOTOGRAPHIC RECORD MADE OF TIlE SIGHTING?

[vi’

CINE [ ]

[]

NO

OTHER [ ]

.~.r:~.\~-n~.~ . H~..~.l.1?~~. !?’.~.....>:-. ~...-.7f?h::?~.~.~~:.. ~ .;.A. 1.....2:;:) r-(-t\ ~ f t J / 1 .

C e . ; ’ j ’ ’ I D~ f. ’DA: q.Ci.-<. C,~(-rcl ~ f.h.JC’l.-C CJl..)

I. .r’6 - r~ ~ [0’ {:’.::;...

J!.{1-.y....~.?! l f tJCfl..: ; 1 / G 7i-/~,,1 ~(2.-1DtH1E/l..

LetJ..% f1~ r-: G-r

SHUTTER SPEED, EXPOSURE ETC PLEASE SUPPLY DETAILS (TYPE OF CAMERA/FILM, MAKE TYPE

~

\

. ’lrli::tt.’.. . . . .

(D

QI’N

...

V

H

\

0

l

S

...... .................. . . ....

(I

WAS THE OBJECT

’R.RIGHTER THAN

-4

YES

THE SKY BACKGROUND:

L,j

[ ]

NO

1. SUN [] 2. MOON

INDICATE HOW BRIGHT THE OBJECT WAS COMPARED WITH: OTHER 3. STREET LIGHT [] 4.n6s f?J (Lt01f;// .rl.

N I

\

Crt

rt Co

N

.. . .

.. . . . . . . ... ... . . . . l . .

[]

[] (PLEASE STATE)

V/HL

BOX) DID THE OBJECT WHILST UNDER OBSERVATION (TICK APPROPRIATE

HOVER [ ]

MOVE ERRACTICALLY [ ]

CHANGE SHAPE

0

CHANGE COLOUR [ ]

ROTATE [ ]

EMIT SMOKE/VAPOUR [ ]

EXPLODE

[v1

NANOEUVRE

[ ]

NOT SOLID

[ ]

SOLID

DID OBJECT APPEAR SOLID?

[v(’7

ANY PATTERN OBSERVED WAS MORE THAN ONE OBJECT OBSERVED? IF SO HOW MANY, AND WAS OR FORMATION:

Ol’- C

L.,{ . ,.., O~{ ...." 0f3(j~ " ..........................................,. ......................

II I

I.....’" ’" " ’" . . . . . . . . . . . . . . . . . . . . .’.. . . . . . . . . . . . . . . . . . . . . . . . .

I I

I"

I I

"

II...’" ,.,

I

I...

I I

"

II’I

I

I

4.

I..........I.................. . .... . . .

I

I

I

I

’" ... ... .

PLEASE TRY AND ESTIMATE THE HEIGHT OF THE OBJECT FROM THE GROUND: VERY HIGH

ABOVE CLOUD [ ]

ROOFTOP LEVEL [ ]

BELOW CLOUD [ ]

GROUND LEVEL [ ]

OTHER (PLEASE STATE)

[}

. . . . . . . . . . . . . . . . . . . . . .’. . . . . . . . . . . . .

PLEASE TRY AND ESTIMATE THE SPEED OF THE OBJECT. USE THE FOLLOWING INFORMATION AS AN APPROXIMATE GUIDE:

0-50

mph

[ ]

AIRPLANE (PROPELLER):

50-250

mph

[ ]

FLYING PASSENGER JET:

250-500

mph

[ ]

FIGHTER: 500-2000 mph

[ ]

1. HOT AIR 2. SMALL 3. HIGH

-

BALLOON/HANG GLIDER:

4. MILITARY HOW FAR WAS

JET

- cPA-

WITHIN 1/4 MILE [] .

~l/~

OTHER (PLEASE STATE)

Low6L

()J

WITHIN 1 MILE [ ]

WITHIN 5 MILES [ ]

o0rJ~ WAS tJE:fl..:-( I~( q C~IQ.JU c.0.!) ..................................................::;........

CY~ (’1,,-(

-; : / ~I-NLS G

ANGLE OF SIGHTING

-

PLEASE INDICATE APPROXIMATE ANGLE OF OBJECT FROM YOUR POSITION. USE THE DIAGRAM ALONG SIDE TO ASSIST YOU: ANGLE

~~- c.

TH~ OBJECT FRO~I YOUR OBSERVATION POSITION: (PLEASE TRY AND ESTIMATE)

.....................................

J

I

c((

\)7’-’i;>

\. . Ev

L-

HOW LARGE DID THE OBJECT APPEAR IN/ON THE SKY/GROUND, COMPARED WITH THE FOLLOWING OBJECTS HELD AT ARMS LENGTH: IMPORTANT NOTE: PLEASE REMEMBER THAT HOLDING A PEA AT ARMS LENGTH WOULD IN FACT COVER THE FULL FACE OF THE MOON. PIN HEAD (STAR SIZE) []

MATCH-HEAD

rv1"

(PLANET SIZE)

PEA [ ] (MOON SIZE)

TEN PENCE [ ]

ONE PE.NCE

[ ]

FIVE PENCE [ ]

OTHER PLEASE STATE

[]

....................................................

I~VE

"fj!. ~

EVER SEEN A SIMILAR OBJECT BEFORE, OR EXPERIENCED THIS PHENOMENON IN IF YOU THE PAST, PLEASE GIVE DETAILS:

~

.,.

............... ............. ... ................................... ...... . . . . . . . _ _ . . . . . . . . . . . . . . . . . . . . . .. .4............................................. .................................................................................

~

..

REPORT OF AN UNIDENTIFIED FLTING OBJECT

1.

2.

3.

II , I I I !

I I :

duration of sighting

Description of object (No of objects, size, shape, colour, brightness, noise)

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

I

9.

10.

Of\(

C

)f(t1.lIvc.J. cr’1t .

5<: f;

f

-’.

~kk vv/.ki tJ

JJMe", l1v.-.k, I

/vu1J

I

wJ. ’k (~ ~ w.I. f~r) /1 .

.

fl!.o<{Vr.

ftJ,

irw-J.

.

~i-’Vr 7~J

HtV"Itlt Lu

I I I I I I I I I I I I I I I I I

(7l

N/ 7,d’1 ),t,.ftl

e.e

f(;({

:~. d- ,~

Jvvtr-,. ,

/1lpt~l I. {I<-1 ~rrJ f t ’"

II .L31f’Un’

I I I I Nearby objects (Telephone lines, I high voltage lines, reservoir, lake I or dam, swamp or marsh, river, high I buildings, tall chimneys, steeples, I I spires, TV or radio masts, airfields, generating plant, I factories, pits or other sites with I floodlights or night lighting) I I Met conditions during observations (Moving clouds, haze, mist etc)

(}tf,1;u ;

2fP

f / J .

1 A . ~ l . kif htf~ ~r(. tlr, k (.

Exact position of observer (Indoors/outdoors, stationary/moving)

4.

II

f!,.J~

Date, time &

I I $ f"’" ; ( 20 M4kj I I

9

J

/U’\

fluff(j . V

/

1’rI5W I

rlx

(

~’1 ~/1.1 : Ad, ",

’/

I

II

/0 1IAI’1(~ /.

AJ/k

P’VH

Th.wv<c,

I

I I I I I I I I I I I I

.’

CASE 108:

Disc over Harrow

Again, the actual location of the witnesses, in their car, is not clear. Presumably, they were driving southwards from Uxbridge Road towards Harrow-on-the-Hill.

If the object left the scene while it was to the witnesses’ right and ahead of them, over Harrow, it could have been heading for Northolt, the M4 and Heathrow Airport: but all this depends on where I believe the witnesses were at the time of the sighting. If, for example, they had been heading in a south-easterly direction, the object could just as well have been heading for Central London. Another airship? My comments on Case 107 apply equally-well in this case.

Again, a traditional UFO is described, but the timing would have been better had the event occurred 20 mins later or 1 hour earlier: and this leads me to wonder whether the not been corrected from BST to GMT. witnesses’ car clock (My own car clock remained unaltered for at least a fortnight after the date of the change). This is important because, if the event had occurred at 19.23 GMT instead, the 53-degree track relating to Case 107 (and all those others listed) could have been involved. Indeed, that track is beginning to look like a favoured option within the context of the recent London scenario.

ha~

---

End of Evaluation

---

want to share a few observations about the Now I pattern which seems to be emerging in this ’flap’.

overall

noticed that the South London areas of Wandsworth, Streatham, Upper Norwood and Greenwich lie on the fringes of 5-miles radius circle which is centred at the major road a junction adjacent to The Oval. Kensington, the scene of one of your earlier reports, would also be on the fringe of that circle. Furthermore, if we take a high-altitude view of Greater London and project the lines of the major roads converging onto the city centre, we find that those lines converge into the area surrounding that same junction. At night those major roads would be like rivers of light and very noticeable from high altitude. In other words, the navigational reference roads could be used to identify a and time again, by time referred to, point which could be intelligence. artificial with automated probes equipped allover the from reports, Time and time again we have had for some time hovering world, of large objects (or lights) which have lights) while discharging smaller objects (or to returned and object central flown out radially from the small the that is it some time later. The implication objects gather information about the surrounding areas.

I

have

2.

(cont....)

ImpORT OF AJ1

1.

~rrDENTIFIED

FLYING OBJECT

. Da t e time & ,

fvt,.J~ 2P~ ; f~ Ik. wJ. -k : OM. ftf"-lWtJ. cr’1t IN-(~ ~/L(. - I’~f’-Vvrt}/. ktftlr"! ~ - ),)~’1r). ".J. I VA).k7 6; 7~J J~ /1tMk,...J H~tlr cd-Au

duration of sighting

I I MI\o.!

20 ( I ; I

c $

.

2.

3.

Description of object (No of objects, size, shape, colour, brightness, noise) Exact position of observer (Indoors/outdoors, stationary/moving)

4.

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

9.

10.

I I I I I I Nearby objects (Telephone lines, high voltage lines, reservoir, lake I or dam, swamp or marsh, river, high I buildings, tall chimneys, steeples, I I spires, TV or radio masts, plant, I generating airfields, factories, pits or other sites with I I floodlights or night lighting) I Met conditions during observations (Moving clouds, haze, mist etc)

I

A-

hf - 5(:M ,(. f;

fl!....:Vr’.

/VI

I I I fti.’Vr t/~vk.k I I LPI.h I I I I tvuIJ (7l I I I j I N/A I I I I I ),t<ft!

I I I I ee ftf’{ 9 I I ", I ’1 I l1/ptJffd... I. Nvtt’,:’ J kh 1)f I!.f ’/ ;’;\514 I

I I I I I I I I I I I I

71d-’f

Ad., J .

J . r. .;! 1 ,-., J.,."’f 7 7 f1. t,. {kjh ,{!

f

4W\

I

of" f{lIff( . V {lx,

/k

P,l;t-v

Th

(

,

/0

t..1/!{5 I’

-

;

ANNEX A TO SOP 502 REPORT OF AN UNIDENTIFIED FLYING OBJECT

A.

Date, Time & Duration of sighting

-

2030 2050 5 Nov 93

B.

Description of Object (No of objects, size, shape colour, brightness)

Spinning top and cup on top.

Lights flashing windows. Different colours, pink, blue, white and red, green.

C.

Location, indoor/outdoor, stationary, moving

Outside Gradual descent

-

/’ !

How Observed (naked eye, binoculars, other optical device, still or movie)

Eye

Direction in which object first seen (a landmark may be more useful than a badly estimated bearing)

Moving West

F.

Angle of sight (Estimated heights are unreliable)

20 degrees

G.

Distance (By reference to a

ht.

Movements (Changes in E,F & H may be of more use than estimates of course and speed)

Tilted and turned away toward the

Met Conditions during observations (Moving clouds, haze, mist etc)-----

Weather good, dry.

Nearby Objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river,

House opposite.

To whom reported (Police, military, press etc)

AF Ops

D.

E.

H.

J

K.

known landmark)

----r""

..

t.-.

\",V .

....

Reference to house opposite, 2500-3500 ft Distance not known.

high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant, factories, pits or other sites with floodlights or night lighting)

L.

..:.~ ~

-

west.

\r.C-;" ~j J

’"’

,.

ImpORT OF A}T

1.

~rrDENTIFIED

FLYING OBJECT

I I I I I I I

Date, time & duration of sighting

,I

I I, I I I,

I

,

I

I

2.

I

Description of object (No of objects, size, shape, colour, brightness, noise)

r

Exact position of observer (Indoors/outdoors, stationary/moving)

4.

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

9.

10.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

,

-<

I

(VVWJ I~

w)..-k

-

fAo1{t;Y

0

.

/VI

lu

I I I I I I I I I I I I I I I I I I I I

(.

IvufJ

(7

N/A

),~f,j

lrtd,t

~e

9

{(,f’(

~’1 I

I1lft.-i) I, lvvty,"J....? J

I I {fc.,h.u II j,.~ffUn’7

I I I I I Nearby objects (Telephone lines, high voltage lines, reservoir, lake I or dam, swamp or marsh, river, high I buildings, tall chimneys, steeples, I I spires, TV or radio masts, I airfields, generating plant, factories, pits or other sites with I I floodlights or night lighting) I Met conditions during observations (Moving clouds, haze, mist etc)

; ( 201"’-l\..j

I"-~/. " - wJ. , .flwfJ.,.J ~5.k vd-k.7 6; P.i’Vr 7~f J~ /1~",k, HP"1tlr.h .

f

I I I I I I I I I I I I I

($ fbV,

cr1t OM.. ftr"-ikv-tJ. irf M hfl~ k .(. 5(.- - ~rt f1r7 f;

I

3.

fvfrJ~ 2f"~ Olf4u ;

r;\J f

1

,. ,

of’ f(uff(

7

QN’\ .

kh Ad, ", lj! ~$’/ i’rt5k I

if rlx I

IV/k

P,vt-v

T 4AIV’ J (

tJ,v.

/0

’/l5/o

I

II

I I I I I I I I I I I I I

.

.’

ANNEX A TO SOP 502 REPORT OF AN UNIDENTIFIED FlVING OBJECT

A.

-

Date, Time & Duration of sighting

2030 2050 5 Nov 93

B.

Description of Object (Noof objects, size, shape colour, brightness)

Spinning top and cup on top.

Lights flashing windows. Different colours, pink, blue, white and red, green.

C.

Location, indoor/outdoor, stationary, moving

Outside Gradual descent

-

f

I

D.

E.

How Observed (naked eye, binoculars, other optical device, still or movie)

Eye

Direction in which object first seen (a landmark may be more useful than a badly estimated bearing)

Moving West

.,.:’.L.

----r- 1.-’

..

\,V

..---"

-,:’"

’,.

20 degrees

F.

Angle of sight (Estimated heights are unreliable)

G.

Distance (By reference to a known landmark)

ht.

Movements (Changes in E,F & H may be of more use than estimates of course and speed)

Tilted and turned away toward the west.

J

Met Conditions during observations (Moving clouds, haze, mist etc)-----

Weather good. dry.

K.

Nearby Objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river. high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant. factories, pits or other sites with floodlights or night lighting)

House opposite.

To whom reported (police, military, press etc)

AF Ops

H.

L.

’1)’-. \I"’C,-,

Reference to house opposite, 2500-3500 ft Distance not known.

.

ANNEX A TO SOP 502 REPORT OF AN UNIDENTIFIED FLYING OBJECT

-

A.

Date, Time & Duration of sighting

2030 2050 5 Nov 93

B.

Description of Object (Noof objects, size, shape colour, brightness)

Spinning top and cup on top.

Lights flashing windows. Different colours, pink, blue, white and red, green.

C.

Location, indoor/outdoor, stationary, moving

Outside Gradual descent

-

I’ I

How Observed (naked eye, binoculars, other optical device, still or movie)

Eye

Direction in which object first seen (a landmark may be more useful than a badly estimated bearing)

Moving West

F.

Angle of sight (Estimated heights are unreliable)

20 degrees

G.

Distance (By reference to a known landmark)

Reference to house opposite, 2500-3500 ft Distance not known.

ht.

H.

Movements (Changes in E,F & H may be of more use than estimates of course and speed)

Tilted and turned away toward the

J

Met Conditions during observations (Moving clouds, haze, mist etc)-----

Weather good, dry.

Nearby Objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river, high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant, factories, pits or other sites with floodlights or night lighting)

House opposite.

To whom reported (Police, military, press ete)

AF Ops

D.

E.

K. L.

-

------" ----. \99~’ C"""

".

.~:..~~

f’V

-.... ...

west.

$ if other than a point source of light.

* sharpness of the object’s outline. +(IF ANY) COMPARED TO, STAR, MOON, TORCH, ARC-LAMP OR SUN ETC.

PLEASE USE THIS SPACE TO MAKE A SKETCH OF THE OBJECT YOU SAW:-

rubtt~

u

~

Utdm;

.

,

",/

N

I

NW

i<

W

fn 7/-1 /1 (Wl’J rT~H f,Ifdlf l U;u~) /~0i7 /) ft1/d-J f()l.-.k.\.\ ,~6r\ b/ u jHr~ t ,

,

.(I

!

/

’./~

To n(lI’Y-i\(1,

J’ ’t’

.

yXO’

;~

E

> SE

I

S Imagine yourself in the middle of this compass dial. Write ’A’ on the on the dial where you first saw the object, & a ’B’ where the object was last seen.

\:1 i

,() "

SW

rJ h HI;,I e (11> IiI’\( J~J LrJ lh~- H I t~h__ f’\ ’\ ) ENI off

:\\~~\\

[ll

,

\.- 1

/

NE

/

\J\ .j’

’"

IZlJt\b

SECTION D: THE PHYSICAL CHARACTERISTICS OF THE OBSERVATION

2) TIME WHEN THE OBJECT(S) WAS FIRST SEEN: !?HOUR; firstseen

.~. -~)I’

t’)"

,Y)

7

("1.

!

3) DURATION OF OBSERVATION (ESTIMATE IF UNSURE):DURATION MORE THAN:

! ?DURATION; period L’ /i, I" .

:5" " - \ -.()\-’~)

DURATION LESS THAN: !?LASTING; interval

4) DATE OF OBSERVATION: ! ?DATE; day/month/year

l-.J

\

V / : . \:’\v:’~C TGt,jt\\~));~ ’\-\t’\’f<R.G\J~ hf’)\Z.ROl~./ , ~\ )))K’, 6) WHAT FIRST BROUGHT YOUR ATTENTION TO THE OBJECT(S) SEEN AND WHERE WAS IT (THEY) LOCATED?: !?EYECATCH; stimulus(V\’y’ t)f\l\{d-n’~~~z\-’ (A,S (\N"v THE..~ ofou t\ (T1\\ rf6~\i’T 1.~I)S \, l\-1f.\i-f:;ttJ hJE:. fOt.-t-.G(~ l 1YJ!.Il\T’- I h~eN\f-U\\),u~~aEl’\ dN (L"I~ 1~I(d’q::II\. Fe 5) WHERE WERE YOU AT THE TIME OF THE INCIDENT1 (NEAREST~TREET, E Y f\ DISTRICT & MAIN TOWN) - ! ?LOCATION; area COu R \

\,~

0

))LJ) -

~Cv\.:\.L- ~ ^~ T\-\e. - t\ - J~ ’\’

(}f

v’A;J~C / ’ n .

1 \)!\JI’-iC h.,2\:~~\t:,\) E.

7) HOW DID THE OBJECT (S) DISAPPEAR FROM VIEW? : ! ?LASTSEEN’ Ii n U\/" f)e’(r\t\SC IT II’J qt’\\\ vanishmode fuLLuL,) T V ,Z\Cdi l\t,L\I\;\’ro.fI\Y or \ {)t\\~\( r\

\- .

\’I’\".)\’

ruu~c;\.-i :~}d~ W 8) IF ESTIMATES ARE I

\;S

f~I\,jj>

GIVEN IN QUESTIONS 2, 3 AND 5, HOW DID YOU GAUGE THE TIME? (WATCH, CLOCK TOWER OR RADIO ETC.): !?TEMPORAL; C r\ c.; U C .

’f"

V,

..

’;{’

~o/

’rW

J7J(J017 J

7~.J)(r}

/V//,j

L}

)fQ

IJ~I

-J?

VYY’rt}

/./)

/’~

}J.Jy!.)r

If

/

/’

~~

,>,/;b!?}it

170}’

p;-,

J 7/

C/oJV(

)

~7JY-

.~

-1/ fL1-

JY

~l

- (tI

)0

ry/

J

/1

Sl

~/?

/

NJ2f.

j7,,97(P 120

/1

?J(/

l.

l;’I)?.lf

70~f

/

\7,J)7)JzY/I

(?

/

/

1/

;? J}

)y -

~~)-(/J;//)(,.

.

!,.J;0

.

J’/};?>;/

!/;?:?//y,

/1

IP

!)?

)??)

{;al?}J’J

.

7?

Uf/~ ?.)p ;tJ IJ~:7/l

fP

/1

/:- J

1),,>;,)

)l/t~~7/

1vd/;~

/oOj;""P

P7/

771

.

;:?.e

;Y/

. ~ -# ~ ~ -ri/ )1(

)n

()

l.J’t7j )/?

.

V/J~:)

.’Y’ )jn?Albl?’J-

;0,

~ } ,~;r ?:-} /)J- ~ ?/’)-:.

1

)/)-: ; j

1/

,

V

}’7/;f

~-f

)0~)

( , )J;’~} }’f.)

C

UJf

"

1]/

y; ;~)

/00

7#): jJYl

n

lv’{t l

/

J)}vV

0

P/fi’.r

IvI

!Cd

1.Lf )YY/j

)~-’S

)~.

J7/)__

[".(71’/

’2

JO/

P?J} ’- 50 J~

V

;Ct’?;I)~

I/?&

/

~)/I?)(

)

;r<

)};7 27")

/~~~P/?7));; -/

#-

...

’-:>

vJ~ff

aLl

Ii)()idLd

t/t:?

j)L~f -

IJ()

(I.J.

/

:/L-

11&’

; ~/./. /C"{/I-{

-l[~( 1/7/)t

lay

~fJG:!9

f~t-,,/z-::/

ji;’1C Ct

c:I’

111

c/t

4"2<./

/

(ea

,

’(/ryll/~

r:r

Iv Iv

~J/ (7 L1..J{{. / I

.

~

c- J2;f l \ ’ \ . ~ .

J ~;J/ ~ ’ . : J ~:\

o ;5///

I

lJ

J,

L~j(’(J7

net"

/’ L

\8’!.

""

fJ ---tC\ t L \. L\v

fit

’

K

-h.K)

\\

\\

\

I.w

.------- -

v\t\~\

(()()Jtftct ,

f/lfl

Iww

C’<OI1.-:S .

CV/

CCLj /

---{t~-~!}Mrl~jj -- ---

?~

If!’

MiJe.(

hcr? tv

I

dO {i{’dID c11.

c:

d

(caV-

..

.i!

.

0-"0’

;..

o

i 0"__... ’_0.

.

i l k.aw( ~S~~~ !/Vn~ -/ti)j cfi/u:Y ac/~ t j-eJ ’- -" I\QW~

".~i

t~

/ 4,/ule

~~

rtGULd

.;t.

.

auJ(

tk //1/{/f-l. &!Je S

ill UlQ

Ig1

vet (,!

~rtJL~

~

.,- "

.~

"

~

.-

~

I

\-i.~c::.-

~c:::..;::;;:.

1S

t~\Q.(_ \~ \~~("""-\ ~~c-c.-\- -r\-<: ’" ~k\.

.::L.ap.~

...........::.~~

I

’"’~

\

t c . . \c-\,.’-’" C--"\rx. i~ ~ ~<::.;..\- \:9.r.r~ h.. ~ ~~ ~\-ho.r~ ~o~c: :. . - .,. ~~~ ~ ’’’-\.UYY’I. ~~’ ’9~ ’~We... ..bol~ ~ e . r (-\,-,\~""",,~ - ~ ~ ~ <-i 11"\<:.. o~ C-J\\- ~ t’^t-~’ ~ d~4p~ r<:.-\.c. .s: .: .’ Lt- ~ 0-. rr-.~ c. :. , . v.,,\ur- (.-41’" ~~~I ~c:.\<- ~IoJ’’<..~ c.lc ~ ~I, h.h~ "r~ ~.K-a~- <-,.-c.~ _ \(- <.:. 41. .5;:) h"~ -\-he... ~ J o J 1 < . < ( wG.t’C-n ’J- c.-t.IU-t ’V\~cJ.o~-S.. ~,. .: :t- C;)f- (...\Il \’J- ~~ ~ Q,,",-c. Ih.c..~ 1~ r- W- f-. \ ~t4’hc:.~ ’.~ ~ ~~ ,z,. . ~~V\.t’ J l-o~n~.:s. b~ ~ ~ r-,’9hi-. f-\~ CAt- ct. (-q.sJsrn.oo.J;h... .\

\ \:;

~< L.a "-J <; .>. \. A. :)

.

’’’’’

b

"

. \

,. . .

t- t- f. f-v-~ . }(.

q(’

\

1’\t:

of

u

UI’\.C

9

\\ h

\

b

d-

. \

(

cloo"’tC::-

r

6\

p

(

"~C;)

I

" 9

u,::>

\

D

; ",c:::::.. f)c;e.>C

H...

\

was

bt’\ ~\C~"K\l2

r~

Nt 1E

n1l~

-’

c)’" +Olf?

{i

(:)"

aro\ f"\. d

-

I /"\

t’\ V

J"

~c;;..........~

hl

\

"

lc"

e-

111

------",’... .-.---

l\.l E X I bf\ Y

6/I!iJ

$ if other than a point source of light. * sharpness of the object’s outline. +(IF ANY) COMPARED TO, ST:\R, MOON, TORCH,

PLEASE USE THIS SPACE TO HAKE A SKETCH OF ). /

fz.l15t1~ Ll~tt1

AFc--!,/,,\P

TI- ~:

():’.J

OR SUN

ETC.

SAW:-

CT YOU

....j

N

’;,J

’/~’f- ~E_ I

i\,J

)~; ~

.~

A

p~,’1\ rr (WWf~~M ~I~’!r f C~tbS TliRN f(..ID~ "-61’\1), ON 11ie. ~tVlH; t r;(1& Hi1/(~(,.j N

’ ~ K. r

~j-_.-

1\Mt-

~:-

NE

i<

/

/

>

)

I S

’i

E

,

HI h k ffNl)W E}JT ctf

~’

11> 1\1

l’rHT

I

Imagi n.: yourself in the middle uf this compass

dial. i,’ /. i t e ’A’ on the on tho Jial where you first saw the object, & a ’B I "!~H:.ce the object was l:’ "[: seen.

/1

PJ>hl)

SECTION D: THE PHYSICAL CH\RACTERISTICS OF TlI E (ll.\SERVATION 2) TIME WHEN THE OBJECT(S) WAS FIRST SEEN: ! HOUR; firstseen 3) DURATION OF OBSERVATION (ESTIMATE IF UNSURE):-

DURATION -MORE THAN:

s-

8 ’23tM-

! ? L;URATION; period

fi/t{/ f

DURATION LESS THAN: !?LASTINGj interval 4) DATE OF OBSERVATION: !?DATE; day/month/year \\

-

(NEAREST~TNEY AVt.,TREET,

5) WHERE WERE YOU AT THE TIME OF THE INCIDENT? DISTRICT & MAIN TOWN) ! ?LOCATION; area C:OU

Mf\~ROW wEf\L..~ -

~R\vl~( 1bNf\~’b

-’q

M)~D~.

MARROW T 6) WHAT FIRST BROUGHT YOUR ATTENTION TO THE OBJECT(S) SEEN AND WHERE WAS IT (THEY) LOCATED?: ! ?EYECATCH; stimulus fJ\Y \\ \b \T IN MTCf (A l t()WN 7) HOW DID THE OBJECT(S) DISAPPEAR FROM VIEW? : !

t>1\\A4’HT~~ ~Of"OU.~GrTR A~1:> ’ft: ~-E;tJ\ tTN~"THkl\1 hJ~ fou.owa e. ~~bWaE~ \Tr1~ dt{(J~ ~1C{Jir:/NT ?LASTSEIt~}-n’1teRoJ.j vanishmode~ l.\.L-\)(N\ foL.L I1NYV\A.c~E"’ Btci’\\A&e. ITvJ~pa1 t h~-r NA~T l lKY f\NOipJ~31 w\’1 e f\~ C-\.-Ov)\. ’

{Z\~~

~1~~~\ w

IT

8) IF ESTIMATES ARE GIVEN IN QUESTIONS 2, 3 AND 5, HOW DID YOU GAUGE THE TIME? (WATCH, CLOCK TOWER OR RADIO ETC.): !?TEMPORALj

.’.~

’

I

’"

,

r’

.

U ’-:1D --klO; cd

~-. "-’~,. ~ .

,

....

-

tv

I’..

2.

-fY

-~

J-.

-

L/-" - -.W

IVe

I

l ~ _/ UD#1

rf)

~11 Uh~ I:J :W~;r J tJ 4!.CCULJ-c ir foe,~?C( tv tr~2td-eS ;but<. 5cu.-v d fY P’L tve. ’-. ./

~

.

V1MJJ

dYdN.

Ad

~

tJ{ P’ll1d

rltQ

lS 0lfU

~o

tk

-

’-1f

W/1- -

ayeu/te-- ~ ctJ

CV

t"(liZ

/cJa.

1;/

it

tJ~#

C / J .au. 1~1t; tI~ cIr-.;rau7’: 7If?J~ ./ f,(aq~-. ~ < .s -hl/c.

S~ ~t c~ 16~. ~ ’yltJe.-U-I f ~/i. ZI:JHt6-. q!/c:;:;</ (’~ ~u.<. . ’ ~ -/?CZ?J~ 1115 tk

Yl

j~

,

J

.

t<<JD d

_0 VW

It

tk It4

C

..

t0oKf’o( czj /

I // 1U<Jt/&(

cd/ r?ytLfty’

I

~

/7

J’

~

.J

I jttJl Wc:(..u/-<ff(

.

II Nczd 106rf

w

/

/ttfl

(

IZo

ef

tU/t1dot(J~

t’

),

I"

.

.

J.

,

lrfi.

all

flJ

It/U~ (/

l1lV (/euj

v

/;uf:

0

.

3

/d’UJ In Itad cvt V

,lfJ

JO

:<<

?Jo/

# ~; ~/?/-’

1hz b4JAg.

le~ 0’1;/

~w Iu c

a

/1/

V

flo..s lwAj LjILV

~LAjll.,V~

~..(

-

P~tk

~

l~.

tDoK

I

~ :~

1w v’\ffM .

COl^Idkt

t\ft~

/tea-/!" a::J

W/iAdoW;J/

ttt

;5&y~jJ W~ uo ix:/( t

M j’(zd/fJ r/I1.

did

~

:.\. . ..1...... __"0.’-

-.’-’"

_........._.

-----

.

..

1

t~

i

it,jUff-

,<--jIiW. JC/Z(0~~ Pvn~ ~ vu/r; /u:J ~. ~(. \Ad ve~1 I~ /

~

ill

~9

ULd f icaw(

!

.

&!Je S

t

’- 17’u-u

tgj

~

I

~

.~

r.-~

~i ~".

’.

,

.

r’~ ~ ~\~~ -:::L-a.~.~ - \~’.,,~ ~~e....0\- ~ \~ ~~ ~ tc-.~~......... .".~\:c.."’I-"" ~ . .

"C~.....’

-q~ " , . . ~ ~ ~~ ’~W-c.. i~ ~ \I.-’\~"~ 0.. ~ 0... the::... \:\~ -ha.\- \O~~~\~~\ ~ ~~ ~\o.t-~.c.... ~ ~~("n,-\ ~ d.c:.""’--’ "’S-~ ~ l.so \ t ’b~"^ 0..... q " ’ 1 ’ . } o f ’ 011o\~ a.;o. t \ . aro""’\, d,ut.~ J- I>J,N:W.....;>S... . . 9- ~ r- (’.w-c.... . F\- "*"’’.\- . . ._. . .Q"’c;I.. ~~ ~ -~k:. o.><I."’T , ....c. ,-.,e.y... r

/tJ" Ii

15.

~c::.c:::>

I\

:S~

\

v..:>>

\\;

!

\

c:;>..

L

~.

\

I

+>e

\=c..K ’ \c.

\0

c:o.""’" .

,

\

~,",\."’-

\f""’o

i

t

KU’"<’

\0

Qf\.,. f - - "

I

;

for

V’"\c

a.u::.’ L r

.

c:::.bjcz..~. =""’ +O>p

_

\II1II" had

l ~~ ~

’"F="

\.t:s. ’*"’=-. . . . .,.,...

1-0

. .

"

.\

aAL\

I

.

~.

c;{

q VIr

’.

.....’"

~ ’o. f

nod

a

l

.

\J

C\

~.

’"

-

of COlI \

" CI

. \} f\c.,.u.: . . . .;<=r~s~...

waS

’b1\V\G<:K\Z. W~o

r

\~

1

oo<T-

Ol

01

F<- .

C>

f’ NEX,1)I\Y

mode

9) BY HOLDING ONE OF THESE FAMILIAR ITEMS AT ARM’S LENGTH, WHICH ONE, IN YOUR ESTIMATION, WOULD JUST COVER THE OBJECT(S) YOU SAW (CIRCLE AS APPROPRIATE): pin-head, pea, 1p piece, 2p piece, golf-ball, tennis-bal~L other : apparent ~ -& " ’-~ .~.x" ~>-"""\.I"~’ <.:")k (""J J ..Q---"",--,L.<-),.4. . . _ d:’_..."" - ’. . . . . . . -. _\L, -~_<: ’? -’-\ .IV__ 10) WAS THE OBJECT PHOTOGRAPHED, FILMED OR VIDEO RECORDED? (IF YES, GIVE DETAILS): !?FILM; optical record

~-r~)

~-

~

. . . : . . . ;’

!?S~ZE; ~-"~~.- . .;d.-= &1.-....~ ~- - ’L.

’-

(’10 11) WERE THERE ANY OTHER WITNESSES TO THE OBJECT(S) YOU SAW? (IF YES, GIVE NAMES,ADDRESSES AND PHONE NUMBERS WHERE POSSIBLE): !?OTHERWITNESS; names & addresses

rJ

0

t:"__

(’...1:>

-(\".. ~.JI~\:’

’"":>

.\(.;~--"’

r-’

.

"" """" """""""""" """"’" "’" """"""’" SECTION E: OTHER CHARACTERISTICS RELATING TO THE OBSERVATION

12) DID YOU, (OR OTHER WITNESSES PRESENT), OR THE SURROUNDING ENVIRONMENT, SUFFER ANY PHYSICAL EFFECTS WHICH YOU CONSIDER TO BE ATTRIBUTABLE TO THE OBJECT(S) SEEN? (IF YES, GIVE DETAILS): N (’ ! ?RESIDUE; physicals

13) DID YOU EXPERIENCE ANY LACK OF AWARENESS OF THE PASSAGE OF TIME AROUND THE TIME OF THE OBSERVATION? (IF YES, DESCRIBE): !?ALTERED; states Ni’

14) IF YOU HAVE HAD ANY OTHER UNUSUAL EXPERIENCES IN YOUR LIFE, PLEASE DESCRIBE THEM BRIEFLY HERE (YOU MAY FEEL UNABLE TO DESCRIBE SUCH EVENTS HERE, IF SO, PLEASE INDICATE THAT THERE ARE MATTERS YOU WISH TO DISCUSS IN A MEETING WITH AN INVESTIGATOR): ! ?PARANORMAL; life N c 15) DID ANYTHING ’ODD’ OR ’OUT OF PLACE’ OCCUR AROUND THE TIME OF THE OBSERVATION? (IF YES, DESCRIBE): ! ?ODD; events N u

16) DID ANY OTHER WITNESSES EXPERIENCE ANYTHING IN RELATION TO QUESTIONS 12, 13, 14 & 15? (IF YES, DESCRIBE): !?OTHERODD; traits

N’J

""" """"""" """""" "’" """"’" """"""’"

-’ J of

needing that

powers

states access

pro-

rights

car iers

could operating However,

us-

or to or traffic

by

Effective policing

page

member

area

designed

This

market

ranging

states

to

rights

overse

example,

cont’

the discretionary to

Another

careful

given under

these

wide access regulation.

holdinglicences.

vides

for distribution

member

with

measures

-

rights

review

chair-

eftravel ers promise

used the

power by

com-

a

way and lay-

on

the

air

according

fectively,

benefit

man,

states

an

Christopher

by firm

concluded.

the

a competition

by

depend

Ensuring imposed

Com is-

are and of

airline

from open

should

and

the

policed

and

be

policy

industry the

to

any

The has to blems. itself

deal

limit ing,

of

environmental

which,

member

restriction

substantial

congestion

policing

from

and com is ion

rules,

1

is

pro-

down

rules will the

of

sion,

ingfor

be metres any at not 2

shall

dimension exce ding

solved~

’ on use for

speculation.

your because

ex(30,000

reach

’Tie-up

can

you

cable could altitudes

it

balloon

.

a

media

much

to

The

airship the

a but

experi-

slogan

latest

toy

a

the

physics

or

’It

approx

of

fun

on

cable;

2

’Length the

altitudes

ft;

seaside says box to

ment’

could sup lied

in

not is

10ft;

ap rox

flying extraordinary

designed the at

device family

60ft

a country. diameter

with reach

-

9 p.’

.

could

of tion

the

UFO ’airship’

.

is

than

of

drome;

the

an

any of

ground

thus the

seen

exactly

object

energy exposed solar

what a

lozenge-shaped,

metres

at to

off when

Airways ap roach

the

the airport

of

almost

Britan ia takes and

on

ft

description

(30,OOOft);

So Solar which, black fitting sun,

do ",’,

kms

60

a shall more

It

aero-

an

we

day

sum-

29,000

one

last

by

UFO Airby

editor

and of

mer, which became

caught

in the

say

up to

to

subject

shape

.

and

of

Gatwick

~"Ior’"_

_.- --1

flown

not

gradual y.

price it? is

CalJtive

stage

any

flown

control ed

in

in

..~ ~

I

airspace

of

to

a is

’IT’

he

S

linear its

or vessel, level

Article

object’

if

the the

the entertain

ft)’. your

it

end

own

not

within halloon vehicle structure; within shall be a

height

flown

up 7S

Order.

or captive

at

the

but

is

60

ahove

halloon

take in of This

for

or

a metres

Air states:

’unidentified

traordinary So,

box

or

contravention

99p,

released

kite

Naviga-

care

instructions include flying

"’; ’~;1 ’~1 ",.

",;i;i; ;,:;.?’;’Ch’;.;,

-

.

flight

have flying you

J.:

Chataway

mergers

enforced

petitive

~.- "

airmiss

on

report

..

c:

-

T’ "

~I

)~ ’.~

(0

~.’(I

~;~I

’Ci

LIJ

Tl

"

I.

II

~-;,~_. ___; unci ’I: :

~

h. J

I

’1." .

’

Ilul\

U’l Wt’ls ftJtht "If I

"II

., :-

llrfl

, "

"I

rnQdo

.

tnJt

.-,~ -

m

SAOC’\U, YOSTAO USAroPtRACOlO JI( ~.

-.

._r-

-co_

It

f

-’" . - .

-_.~’ ’"-.is

turn ANCIIE

~

u.

ctff

~RI

9Ir,.Je1 ,.

.

deUe

_I r.

t

~i,_

n

Vr~E

tAO

f"Ot1.B

I’1.ASTtCA 01 11

OUNItJOFt/lPf’ E5M1\ ’: ’~t J’\ ME

01 \10 \.’>’SOFf{)CAa.U:Ifl’O,

1.81 .4n,N "0 OmrGlOl E

PlIO’

rf.’R

r>r;nto MJn(

.~ ~- - 1

"S ETi~

OUANO OENTAO

Df, ";0T:1

NOt>1!’OmU"

~

TO

USA AHA

l’.

’"

.-, _ckl ~-i .*’. _,..m~ltT.i!Iraf-’Uno.I~ ~ ln~’. ~en, vr~.<:Imt! Ihr

Il. NE 10

UOd

Ch~t" ’. ~"fJ’t1!Jl ~t

ngfle.

1(’1

III’.

,"’O(I.’lrO

r1’r! li ; ~(’Iril

It’ I~N t

"’~

"tIS Sonl!stmh1!(\

"~Yf?:’,

~. ~,

~

"1:i’J. l!iW;1f,~ . . ’W.~

..

I

~.

-~

" ’t.r I~. .

g. .

.

4

.:

IfKrt.oIm4!’nft

’lIg~1

."I!lfC[G~"

5<21 :t

"t;4’,.

di’1

"rode Qk’i :~

Sotn

Ii

fllf).

.t U

t.

Ir"

M’n!tgt

IIle

~dva" 6t

~In. ,

.~

iI !H unrnd KflOI\

QI"

",slcu’ lIdo

aweCe qul e

.

,

.

,

fl SCHIAtIO U(\N

UI1A

11M

NON

tA~^r’-RT~ nIl-MEtIl. Q? \lIt;’.

UI~

AU., tro E

NIt4 G1 . oa dr.4hr

C~ c:

~ Z 2

In

det

~-

~ ~-

_, ’i, /r;.,

">"t’f.~<I:,!t_ A~ ~d\f’:;.~":; ’.0<ru1t

’.

. :; n

J

~:, . ." ’ ., ;.&. .

-.

_.

.~~ ~O ~~ .

~~ .

~;~ { ~~

~

t~

j

\

!

~ j;!~B .

’"’1

i

.F

....

’.

~.

.

I

’’0$ -

~ ~t ,~

~t.

\’ \

:. . ,",

"";W~;.,B~’ I"V

;~

,.’ 1

-. .~,’

I

~. ~.

~

7’-.:’+’i

, *1’..;

.

r

I

REPORT OF AN UNIDENTIFIED FLYING OBJECT

1.

Date, time & duration of sighting

2.

Description of object (No of objects, size, shape, colour, brightness, noise)

3.

Exact position of observer (Indoors/outdoors, stationary/moving)

4.

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

I

I

I I I I I II I I I I I I I I I I I I I I I I I I I !

I

9.

Met conditions during observations (Moving clouds, haze, mist etc)

10. Nearby objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river, high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant, factories, pits or other sites with floodlights or night lighting)

I I I I I I I I I I I I I I I I I

11. To whom reported (Police, military, press etc)

12. Name & address of informant

13. Background of informant that may be volunteered

14. Other witnesses

15. Date and time of receipt

16. Any unusual meteorological conditions

17. Remarks

f NUMBERS OF UFO SIGHTINGS REPORTED TO THE MOD

31

1977 -

71

1978 - 750

46

1979

1960 1961 1962 1963

-

51

1964

-

74

1959

22

1965 - 56

1966

-

95

1967 - 362 1968 - 280

1976

1980 1981 1982 1983 1984 1985 -

200

435

550

350 600

250

390

214

177

1970 1971 1972 1973 -

379

233

1989 1990 -

1974

-

177

1991 - 117

1975

-

208

1992

1969

228

1986 - 120

181

1987 - 150

201

Figures from before 1959 are not available.

1988

-

397 258

209

147

1- ~~

(’1i.Cf’1’Jvi ft.>{Yli. . 6~ /VAt I

-

(>"’~M pk

l1. l -

)(

-

)(

XX x

X >< xX

><

$[ x

.

)( .

X X

><

)(

~

Xx

,

Xx

’<

X

X

"

>< Xx

X ><

)(

x

x

x

x X

:xx )(

x

X

><: x

x

>< X

, oJ’ {

...}

x

c. .",t/4t-". J

fNlI

/’prtj

-

f ’j/v

’i.f’’’’f ;~ J,v"1 "’{)<i.wiit. l"’l~/’f’j b~ 71 /,,,;/ ’

~j {~I ,1 Jt, - ~/J,jT vJ"),,, 1 ~’ldtt I, (/lw;.. b, ~’!U)/’i{f..<( kl.l, Itjs<<:;bA w/l p.,

J.~ T~..,-’I!.:-f

(M

7ilv.

x

X

&

~f

//lv"f

/...k i~

Ge

ri~(J 0’s/r,tvkVl t

-

x

y.

x

x

x

x

X

?<

X

x~x x

.X

x

. ,

x

x

x

x x >( y

XX X’

X

’.

X

)(x

\x

x

xx. )(

x

xx x

)(

>(

X

XX)(

x~x

Xx*>< * X

X

x

;:’:)

X

xx~ X

if (0 rtf,r!)

- //,1/

.

.

A

t /I1V".....V..\ /

.Gecfa-r/’I

.t ~’5lr:J"JN. fA. 1

,. Jr .’

:/1-

~

:Il

I

x. )(

J{

X

)(x

X )(

x x

:X~

)(.x X x

)( x

}(

X X

x,,;

X >:,f

x XX)C

x

;( X )(

’X

x

v

(.

’f.. )

x

x

;<: x

)\

Xx

)(

;)

"x

x*~~" J<xX,~~~ ,...x,i< x/x

X:(X

.

LIJ1 d

1~~"ljt’M.-1 It

xx.

i’l Jlj

f1.t rh1 .’1

.

/

frj k

"

a,i,)}"t .

/-v 5l9-J ~v.%)

fJ

- /992

(.-r&v.j,).~. . t e,)u’.i.~"- Sf!Jnt?,; . t. i. .

N1. Z x

(tf((ts

(I"III/,~r., r L.,,4, 5fi’ .i

tJAt I :

J’v,f(.

F0

I

Iv"; /

h’f(;~;"~\ .

jI/II;{

Aj )If.(

ft>

~’("-(T’if ;.<(t.- vl.{ p. ~.J: .

IY.-rJ.-

iutb..t

7 .

Ii

f-

A; .

1’-"j/1j<>;’,({

.

1’7M

,,,.. jI",,,[’ ~(L\., (J.’1

. ..

C"t C. tI

""(~

iI\’;;

f ’,\CM,1’1III

1

[., ,;r..r;)",p

2. fVltj,!l.j

f

w.,Vl. l’

r

~ x

X

x>< XX X

)(

x

)(X )l

>(

~

x)C)(

X X

)( )(

x )(

X

)(.

)(

x X

x

x

xx

X

)(

X~’)(.’ >. ’;{

)(X~XX .fx X~.IC)(X xx )( )()( x

>0(

xX)(’)(1< )( x)C

X

x’<

XX

X

X

><

)(

.

><

=’ x

;;’’’-1

- Ii.’ f’!u,;

t,

f,M

I,,~/k .

~("ff’{l~-t-)( ~’l.J,\7) (d~ i’W-’l1 I

3/j" MvnA

x x

"I" ’I

. ;,. iJI~fr.ifl~;’ ;l-.A~ ,Jc. .A~

Nfl) :

I, Lv"vc

I

b .t

i"

.

1111

(""7

A’’1( 1"A<t /J~

REPORT OF AN UNIDENTIFIED FLYING OBJECT

1.

Date, time & duration of sighting

2.

Description of object (No of objects, size, shape, colour, brightness, noise)

3.

Exact position of observer (Indoors/outdoors, stationary/moving)

4.

How observed (Naked eye, binoculars, other optical device, camera or camcorder)

5.

Direction in which object first seen (A landmark may be more useful than a roughly estimated bearing)

6.

Angle of sight (Estimated heights are unreliable)

7.

Distance (By reference to a known landmark)

8.

Movements (Changes in 5, 6 & 7 may be of more use than estimates of course and speed)

9.

Met conditions during observations (Moving clouds, haze, mist etc)

10. Nearby objects (Telephone lines, high voltage lines, reservoir, lake or dam, swamp or marsh, river, high buildings, tall chimneys, steeples, spires, TV or radio masts, airfields, generating plant, factories, pits or other sites with floodlights or night lighting)

.

I I I I I I I I I I I I I I I I. I I I I I I I I I I I I

i

i

I

j

11.

To whom reported (Police, military, press etc)

12. Name & address of informant 13. Background of informant that may be volunteered

14. Other witnesses

15. Date and time of receipt 16. Any unusual meteorological --condi tions

17. Remarks

.

.

NUMBERS OF UFO SIGHTINGS REPORTED TO THE MOD 1959

-

1961 1962 1963 1964 1965 1966 1967 1968 1969 1970 1971 1972 1973 1974 1975 1960

71

1977 1978 -

46

1979 - 550

51

1981 1982 1983 1984 1985 1986 1987 1988 1989 .

1990 1991 1992 -

22

31

74 56

95 362 280

228

181

379 201 233

177 208

Figures from before 1959 are not available.

1976

1980

200

435 750

350

600 250

390 214

177 120

150

397 258

209

117 147