Making Record Setting
Flights
Short History
on Crossing the Atlantic by Air
After the end of World War I brave pilots
began to think of the possibility of flying over
the great expanse of water in the Atlantic
Ocean, this was almost four times wider at the
narrowest point than had ever been flown over
water before. Granted aircraft had improved
during the war but not to the point that such a
risky flight seemed possible.
In 1913 Lord Northcliffe owner of "The Daily
Mail" offered 10,000 pounds for first flight
across the Atlantic. The shortest distance across
the Atlantic is between Newfoundland and Ireland,
about 1880 miles.
Even this distance was a huge challenge at the
time requiring enormous gas tanks and engines that
could operate flawlessly for 20 to 30 hours.
Navigation, engine reliability, and accurate
weather prediction were serious challenges in the
early attempts at setting records. Planes would
crash never to be found. It wouldn’t be until 1919
that this prize would be won by two men flying a
large twin-engine biplane (wingspan 67 feet) known
as a "Vickers Vimy". The men were John Alcock
(pilot) and Arthur Brown (navigator). They would
overcome many problems along the flight including
almost crashing in the ocean after spinning down
through a cloud. Their landing in Ireland was less
than smooth as they mistakenly landed in a bog,
the flight had taken 16 hours and 28 minutes.
The next major hurtle was to fly the Atlantic
from New York to Paris, or the opposite direction
(Paris to New York), twice the distance as from
Newfoundland to Ireland. Raymond Orteig hotel
owner would offer a $25,000 prize for the
successful flight across. It would be seven years
before a serious attempt would be made. In 1925 a
Frenchman Rene Fonck would travel to the United
States to build a large biplane of Russian design,
the Sikorsky S-35 powered by three 425-horsepower
air cooled engines. With the 2380 gallons of gas
needed for a crossing it would weigh 28,860 pounds
about 10,000 pounds more than the plane was
designed to carry. With four aboard the plane
crashed after takeoff, two escaped and the other
two died in the fire.
Making a successful crossing was going to be
made possible by new advances in aircraft engines
and aircraft design. Most aeronautical engineers
came to realize that a single wing was more
efficient than multiple wings. Charles Lindbergh
realized these things when he began planning to
make his record flight. First he knew the Wright
Whirlwind engine with its lightweight,
reliability, and fuel economy would be the best
choice for an airplane power plant. His first
choice for an aircraft was the Bellanca but he was
not able to obtain this plane or other planes he
pursued. It is almost in desperation that he
contacted a small company known as Ryan Airlines.
The Spirit of St. Louis was based on the
successful M2 Ryan although larger. It is
interesting to note that when Ryan’s engineer
Donald Hall and Lindbergh began discussing details
of the design, neither were exactly sure how far
it was from New York to Paris and went to the
library to stretch a string across a globe to
measure the distance, 3600 miles.
Lindbergh and Max Conrad were sticklers for
reducing weight and drag as much as possible.
Lindbergh even resisted Hall’s suggestion that the
tail surfaces be enlarged from the Ryan M2 design
to improve stability. Increasing the surfaces
would slightly increase drag and Lindbergh’s
response was "I don’t need a very stable plane, I
don’t plan on going to sleep."
There were many other efforts to build a plane
to make the trans-Atlantic flight in both the
United States and Europe, many would crash.
Lindbergh touched in Paris May 21, 1927 after 33
hours in the air.
Preparing the Airplane for Long Distance Flight
Remove everything not absolutely needed: floorboards,
soundproofing, upholstery, seats, and even
normal engine components.
Reduce drag; door handles, latches, antennas,
even the flaps!
The plane was basically a flying gas tank
In early 1961, Max Conrad set
an international speed record when he flew a
Piper Aztec
around the world in less than nine days, at
an average speed of 123.2 mph. |