The Flying Machine

Calling all future Amelia Earharts and Chuck Yeagers—there's more than one way to get off the ground. Author and physics teacher Bobby Mercer will show readers 35 easy-to-build and fun-to-fly contraptions that can be used indoors or out. Better still, each of these rockets, gliders, boomerangs, launchers, and helicopters are constructed for little or no cost using recycled materials. The Flying Machine Book will show readers how to turn rubber bands, paper clips, straws, plastic bottles, and index cards into amazing, gravity-defying flyers. Learn how to turn a drinking straw, rubber band, and index card into a Straw Rocket, or convert a paper towel tube into a Grape Bazooka. Empty water bottles can be transformed into Plastic Zippers and Bottle Rockets, and ordinary paper can be cut and folded to make a Fingerrangs—a small boomerang—or a Maple Key Helicopter. Each project contains a material list and detailed step-by-step instructions with photos. Mercer also includes explanations of the science behind each flyer, including concepts such as lift, thrust, and drag, the Bernoulli effect, and more. Readers can use this information to modify and improve their flyers, or explain to their teachers why throwing a paper airplane is a mini science lesson. Bobby Mercer has been sharing the fun of free flight for over two decades as a high school physics teacher. He is the author of several books and lives with his family outside of Asheville, North Carolina.

A photo essay tracing the history and development of aircraft from hot-air balloons to jetliners. Includes information on the principles of flight and the inner workings of various flying machines.

This volume contains research that originally appeared in The Railroad and Engineering Journal from 1891 to 1893. Written by a distinguished aviation pioneer, it analyzes virtually every experimental flight of the era. These data on flight control and equilibrium were crucial to the early designs of the Wright Brothers. 90 illustrations.

(Book). What would it be like to soar over the rooftops and towers of an Italian Renaissance city? Leonardo da Vinci dreamed of doing just that. His genius and imagination have inspired artists and inventors for centuries, including the creators of this book. Experience the lyrics for Eric Whitacre's choral masterpieces Leonardo Dreams of His Flying Machine in a whole new way with dramatic illustrations by Anne Horjus, and an informative and entertaining appendix to inspire the artist and inventor in you! Whitacre's music can be heard in live choral performances all over the world. There are also many fine recordings, and performances to watch onlien. Listen to the choral work while reading along with the text and be inspired by the visual storytelling for a multi-sensory experience and soar with Master Leonardo!

This acclaimed book on the Wright Brothers takes the reader straight to the heart of their remarkable achievement, focusing on the technology and offering a clear, concise chronicle of precisely what they accomplished and how they did it. This book deals with the process of the invention of the airplane and how the brothers identified and resolved a range of technical puzzles that others had attempted to solve for a century. Step by step, the book details the path of invention (including the important wind tunnel experiments of 1901) which culminated in the momentous flight at Kitty Hawk in 1903, the first major milestone in aviation history. Enhanced by original photos, designs, drawings, notebooks, letters and diaries of the Wright Brothers, Visions of a Flying Machine is a fascinating book that will be of interest to engineers, historians, enthusiasts, or anyone interested in the process of invention.

The story about Charlie Weatherburn's schemes to design and build a flying machine.

Ready to take off? Learn all about aerodynamics and find everything you need to make five fabulous flying machines. Do you love machines that fly? Can you name some key aviation inventions, from balloons to solar-powered planes? Do you know how flight forces such as gravity, drag, thrust, and lift work? Kids who are raring to make their own flying machines can pore through the theory and history of flight, build five different models — a galactic glider, a deadly dart, a whirlybird helicopter, a single-prop Starlite, and a twin-prop SuperStar — and pick up some expert tips on flying them like an ace. Special features include: • Tear-out printed sheets for making two paper planes • Materials for making three propeller-powered machines, including balsa wood body parts, neoprene wings, plastic propellers, wheels, and an elastic band