Stop-Motion Armature Machining
A Construction Manual
$49.95
In stock
About the Book
Stop-motion puppet animation is one of the most unusual and demanding art forms in the world. It uses a variety of skills, including design, sculpting, metal work, mold making and casting, taxidermy, filmmaking, storytelling and acting, and can be seen in the simplest commercial spots on television to more complex animated shorts and science fiction and fantasy feature films.
This work, with over 200 photographs and illustrations, demonstrates the construction of armatures for film industry stop-motion puppets and the technical aspects of how to machine metal into the desired shape. It describes in detail the milling machine and the metal lathe, the two main tools used in constructing the armature, other cutting tools, and how the anatomical makeup of the puppet determines the armature design.
The book then examines the six main types of joints used in armature construction: the sandwich plate ball-and-socket joint, the ball-and-socket collet joint, the step-block ball-and-socket joint, the swivel joint, the hinge joint, and the universal joint. Also described are the different types of metals used in armature construction.
About the Author(s)
Bibliographic Details
Tom Brierton
Foreword by John Culhane
Format: softcover (8.5 x 11)
Pages: 111
Bibliographic Info: 234 photos, references, glossary, index
Copyright Date: 2002
pISBN: 978-0-7864-1244-0
eISBN: 978-0-7864-8663-2
Imprint: McFarland
Table of Contents
Acknowledgments vii
Foreword by John Culhane 1
Preface 5
Introduction 7
1. The Importance of Anatomy 11
2. The Milling Machine and the Metal Lathe 15
3. Basic Tools Used for Stop. Motion Armature Machining 22
4. The Sandwich. Plate Ball and Socket Joint 35
5. The Collet Joint 55
6. The Step. Block Joint and Swivel Joint 65
7. The Hinge Joint 74
8. The Universal Joint 81
9. Metal Types for Armatures 88
Gallery of Stop-Motion Armatures and Puppets 91
Glossary 95
References 99
Index 101
Book Reviews & Awards
“a real field guide”—Classic Images; “hard-to-come-by information”—SciTech Book News.