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ornithopter-pilot.com Website of Patricia Jones-Bowman.
email:pjb@ornithopter-pilot.com


NIGHTINGALE ORNITHOPTER PROJECT INFORMATION



NIGHTINGALE
ORNITHOPTER
PROJECT
 
INTRODUCTION

For as long as mankind has walked the earth,
he [and "she"] has gazed at the sky and at
the birds and other flying creatures and
dreamed of joining them, of flying as the
birds do, on FLAPPING wings - the most
ancient form of flying !

One of the first attempts to actually design a
piloted ornithopter [ flapping wing aircraft ]
was made by Leonardo da Vinci in the 15th
century. 500 years have elapsed since then.
Numerous attempts to build and fly a full-size,
piloted ornithopter have not yet succeeded.

The past decade has seen a rapid increase in
the amount of flapping wing research being
conducted worldwide and we have now
achieved brief intentional lift-offs
{1998, The Delaurier/University Of Toronto
ornithopter C-GPTR. Test-pilot:myself..
For details see
Ornithopter_Researchers_Page}

We have come a long way but sustained flight
remains elusive and unconquered !

Throughout aviation history, there have been
several 'milestone'achievements' and almost
everything has now 'been done'


but not quite !



Sustained flapping flight in a full-size, piloted
ornithopter is the last aviation 'milestone' and
is the only one that has not yet been achieved.

The 'Nightingale' Ornithopter Project is my own,
individual attempt to design, build and fly a
full-size, piloted, engine powered ornithopter
that is capable of taking off under it's own
power and achieving sustained flight

HOMEPAGE

PROJECT
INFORMATION

BIOGRAPHY

PHOTOGRAPHS
AND VIDEO

TEST RESULTS

TEST PILOT'S LOG

CONTACT
ORNITHOPTER RESEARCHERS PAGE
LINKS
 
 
OBJECTIVES AND DESCRIPTION

OBJECTIVES



[1] To sustain flight in a full-size,piloted
engine-powered ornithopter.

[2] To conduct in-flight research and gather
data regarding the effects of varying wing
kinematics on the flight of a full-size, piloted,
engine-powered ornithopter.


PROJECT DESCRIPTION

[1] A full-size engine-powered ornithopter has
been designed and is in the final construction
phase.

It will undergo an extensive test program
designed to test varying wing kinematics
of both membrane and hybrid membrane
wings.

Several different wing and flapping mechanism
designs will also be tested as will both 2 and 4
wing configurations.

[2] Several radio-controlled proof-of-concept
test models were also constructed and tested.

[3] Nightingale is an all-composite aircraft and
various materials and methods will be tested.

[4] A data-acquisition system will be installed
and test data recorded.


NIGHTINGALE ORNITHOPTER DESCRIPTION