Churchill standard. (Fallon, Nev) 1903-1908, 1906-03-03
BALDHLN'S NEW AIRSHIP.
beIlsvsd by Experts to Surpass any
Flying Machine Yet Constructed.


Captain Thomas Baldwin believes
ne mas found a way to navigate the air
with fair success. Captain Baldwin,
be 1t known, is Americas foremost
aeronaut, having been engaged in the
profession of sailing to the clouds
longer and more continuously than
any other citizen of the republic. He
began %ballooning in the ordinary way
nearly a quarter of a century ago.
Then he invented the modern type of
parachute and in his inventing and ex-
p~erimenting, went from one thing to
another until he hit upon the dirigible
balloon type of airship.
In the past half decade Captain
Baldwin, who makes his home in Los
Angeles, California, has built FIVE diff
ferent sky craft, all on this general
pattern, but each different in many re-
spects from its predecessor. He hopes
to improve on ever the new airship
which has recently been completed,
but the fact remains that this latest
lying machine is so far superior to
everything that has gone before it that
1t Is we'll worthy of notice.
In the new airship the gas bag or
balloon which lifts 1t has a capacity
OF $4,000 cubic feet Of gas or nearly
twice as much as tho bag of the one
which Captain Baldwin exhibited at
the st. Louis Exposition. 1t is made
Of Japan silk, oiled inside and out.
From this bag there is suspended by
means of a net of cotton seine Irvine a
framework which contains the pro-
polling and steering apparatus of the
Q1FCh1n md which 10 GunuyD nc thA
keel" In Captain Baldwin's earlier
inventions this was built of steel tub
ing and each frame cost $500, but in
the new airship the keel is of Oregon
spruce, the lightest and strongest
wood in existence.
A Powerful Little Engine.
The engine which furnishes power
for driving the balloon is located about
midway on the keel. 1t consists of a
gasoline motor very similar to those in
use on motorcycles. The motor
weighs about rs pounds, is capable of
5000 revolutions per minute, and
able to develop ~ horsepower, but it
Is seldom if ever that so much energy
is required even when the aerial flyer
is facing a heavy wind.
Attached to the keel at the :: orward
end of the airship is the propeller,
which is eleven feet in diameter and
has two Is inch blades Of painted can
vas. These blades whirl around at the
rate of two hundred times per minute,
but 1t will be observed that this pro-
peller Is at the forward end of the ship
instead of at the stern, where 1t might
naturally be looked for, and this gives
the keynote to one Of Captain Bald
wins most important inventions,
namely, the scheme of having the rap
idly revolving propeller pull the ship
through the air instead of pushing 1t
as a ship is pushed through the water.
Nearly fifty feet from the propeller,
at the other end of the keel Is the rud-
der by which the steering Is accom-
plished. This rudder Is about six by
eight feet in size and consists OF
canvas stretched upon a wooden
frame. Attached to the framework of
the keel is also a tank which Is ca
pable of holding two gallons of gaso-
line. The navigator Of the new Bald
win airship has nothing in the way OF
a platform on which to stand, but
must balance himself on the skeleton
framework of the keel, bracing himself
by means of the net which suspends
the keel from the gas bag.
Baldwin's new airship cost him more
than 5 1900 and by reason of the gas
required to initiate 1t as we'll as other
expenses, each ascension costs In the
neighborhood of $3.50. The hydrogen
gas which is employed to lift the bal
loon and to maintain it in a position
where the propeller can do its work is
manufactured by combining iron
filings or borings. ~sulphuric acid and
water on the basis of one part acid
and one part iron to four parts water.
This gas is generated in a big tank