Page 3
Long and close observation between the special Air Research
Corps of the SS, Austrian research centers in Vienna, the Hermann
Goering Works and the vast complex of underground G-Works had
previously produced ***Spamverdacht bitte melden *** improvement on the fireball or foo-
fighter which, despite it's anti-radar effectiveness, remained
comparatively harmless. But by combining the principle of the
aircraft with a round, symmetrical plane with direct gyroscopic
stabilization, employing an ejector-gun using grisou and a
gelatinous organic/mettalic fuel for a total reaction turbine,
adding remote control, vehicle take off, infrared seeking
equipment and electrostatic firing systems, the harmless fireball
became the lethal Kugelblitz!
Believe me, I can prove what I say (Vesco). The Kugelblitz,
to be on the safe side, employed, in addition to it's
electrostatic firing system, a similar system based on short waves
and built by the Patent Verwertungs Gesselschaft of Salzburg,
Austria. The whole thing formed one compact, round mass which had
absolutely nothing in common with any flying object ever produced
before.
In documents found by British Intelligence teams and
submitted to the British Intelligence Objectives Sub-Committee -
documents which I have been able to study - these and many other
details are known. They can be found in the Sub-Committee's
Final Report Number 61 on the 'Weapons Section of the L.F.A.,
Volkenrode.'
Kugelblitz, together with it's "younger brothers of the
fireball, lens-shaped bomb and other weapons, began the real
history of the UFO's. In itself, it was a second generation
fireball.
The 'round lightning' weapon, the incredibly fast and
mysterious disk-shaped craft that had been rumored and sighted in
action, was used only once. As the Allied forces crossed the
Rhine, the only craft of it's type was destroyed by the SS on
instructions from Berlin, to prevent it's capture. But ever
since, due to the severe censorship imposed by 'T' force of the
British Army in Germany, and later, thanks to the complete
blackout imposed by London, nothing more was heard of "Round
Lightning."
I know that agents of the 'T' force camp at Bad Gandersheim
closely examined the documents found in the G-Works, documents
which had been elaborated by the technical general staff of the SS
and by technical control of the Henshel and Zeppelin works. These
documents concern the propulsion unit of the Kugelblitz prototype
built by the Kreislaufbetrieb Motor D.W. in 1943 for the F.F.K.F.
(Forschungsinstitut for Kraftfhart and Fahzeugmotoren) at
Stuttgart-Untertuerkheim and perfected by Professors Kamm and
Ernst.
The British called this motor an 'oxygen recycle system.' It
was later abandoned in favor of the Walter turbine, powered by
hydrogen peroxide. The documents found discussed the possibility
of using both systems in a compound-type propulsion unit.
To these basic facts, I must add: A mass of documents and
equipment were taken by British 'T' teams to Bedford and then to
Canada and Australia.
Page 4
In a certain sense, the British were more intelligent than
the Americans, for they permitted German scientists to complete
their work in Germany on the sight where they had worked all
through the war - only, of course, under close supervision. This
happened at Darmstadt and Goettingen.
Later on, these installations were dismantled and shipped to
Britain. The Transport Service of the British Ministry of
Aviation discreetly shipped the scientists and documents to
Britain, Canada and Australia, in successive phases. Lists of
the scientists to be sent overseas had been compiled in the spring
of 1944 by the B.I.O.S. and formed separate and specialized
teams.
One such team, composed of Proffessor Ben Lockspeiser and
W.J. Richards, Dr. S.H . Hollingdale and C aptain A.D. Green,
handled 'advanced projects, missles, jet and turbine craft.'
Another, including T.A. Taylor and M.A. Wheeler, investigated
German advances in the field of Thermo-refraction. Another team,
which obtained the services of Dr. Ernst Westermann, former
director of the F.D.R.P. Institutes of Speyer and Saarbrucken,
concentrated on the fireball projects.
The then Ministry of Aircraft Production, similar to the
German wartime Jaegerstab, ceased to exist officially on March 31,
1946, and became part of the Ministry of Supply.
In the years that followed, these teams, and especially the
experts headed by Professor Lockspeiser, worked on a multitude of
German projects, adapting these to their own experiments in the
field of 'suction' wings and on the work of two German scientists
during the war, Professors Prandtl and Busemann, to develop a high
speed fighter in which the air intake along the wings was
discharged through a half-moon-shaped crescent along the fuselage
in order to both drive and support the vehicle at high speeds.
This research comes to mind when one remembers the incident
of January 3, 1956. A Cessna, employed on a job of aerial
photography near Pasadena, encountered three circular flying
objects which circled it at a speed of 1600 mph and at a distance
of two miles. One of these objects, in suddenly breaking away
from the formation, gave off a long, vaporous trail as it sped
through a cumulous cloud, cutting the cloud in two. 'Exactly as
if it had sucked up the cloud., ' the Cessna pilot exclaimed
later.
Back in 1946, the British Broadcasting Corporation announced
that Britain 'would soon have aircraft capable of speeds well over
1000 mph, that, according to some experts, such craft had already
been built and that, in the near future, they could circumnavigate
the globe several times because they needed only fuel for take off
and landing..'
Other British sources mentioned aircraft capable of speeds of
several thousand miles an hour.
More than twenty years have passed since the otherwise so-
eminently-careful BBC boasted of 'Britain's planes of the future,'
and officially these aircraft still remain little more than a
dream. And yet, did not Ben Lockspeiser, the man who was in
Page 5
charge of the most responsible 'T' teams, declare that 'such craft
would need no fuel?' Did he not imply that such craft would gain
their own propellant from the atmosphere by suction and expulsion?
On June 26, 1953, an intensely luminous flying object
majestically crossed the night sky of Albacete, Spain, at an
altitude of 60 miles.
In Britain, scientific papers produced by members of the 'T'
teams showed suggestive titles such as 'Boundary Layer Flow Over a
Permeable Surface Through Which Suction is Applied' (J.H.
Preston), 'The Aerodynamics of Porous Sheets' by G.J. Taylor, and
Pankhurst's Aerofoil Catalogue.
In 1959, aeronautical engineer N.S. Currey wrote: 'Canada
today must be counted among the most advanced aeronautical powers
in the world', and added cautiously, 'This refers above all to the
field of jet propulsion.'
The Canadian Department of Mines and the Technical Surveys
Mapping Branch reserved a vast area - 125,000 square miles - for
production of experimental aircraft. This was one of the
decisions reached by the committees of the Commonwealth Conference
on Aeronautical Research. This desolate, heavily woooded and
mountainous region between British Columbia and Alberta, with the
Peace River district as it's Northern frontier and Washington
State to the South, was an ideal location - few and easily
controlled roads, few settlements, few railroads, but good
communications in the north and the south via the trunk line from
Prince George to Edmonton and that from Vancouver to the United
States border, and only one major highway, to Alaska.
Britain already had considerable wartime experiance in this
sort of enterprise. In 1942, at the height of the German raids,
the RAF had set up five secret airports in the very heart of the
New Forest, in Hampshire.
The big thing about these installations was the fact that
they included complete industrial plants, decentralizing major
groups essential for war production. They were called 'shade
workshops.' The Germans, too, had much experience in this field.
One of their major plants at Volkenrode resisted all attempts at
aerial identification throughout the war.
Neither the British nor the Americans, on an official level,
saw eye to eye in scientific matters at the close of the war
against Germany and afterward.
The United States' refusal to share atomic secrets with
Britain was never quite forgotten in Whitehall, and Britain set
out to prove, with Canada, that she was well able to produce her
own fission bomb. If Congress steadfastly accused the British of
giving little or nothing in return for information, the British
felt they had been mistrusted and severely neglected. They
preferred to go ahead with their plans in Canada.
The fact that the area has been photographed again and again
by high altitude reconnaissance planes, both U.S. and Russian,
does not perturb the Canadian or British authorities. The plants
and saucer ports are underground, hidden in primeval forests of
Columbia.