Description
The inner corselette, one of the hallmarks of a couture gown, is considered a challenging project by many sewers. Detailed information on the process is hard to find and it's difficult to know where to start.
Bodice Engineering: Mastering the Inner Corselette offers a solution by introducing the fundamental techniques to design and sew an inner corselette, giving you the confidence to create this structural foundation garment with professional results. Divided into two sections, you'll find step-by-step instructions to equip you with the know-how to build an inner corselette, followed by an in-depth look at the construction of six garments, each designed to teach particular skills and inspire your creativity.
With over 360 photographs and illustrations, you'll find detailed information on every aspect of the process, including:
Designing an inner corselette using a commercial pattern
Refining the fit with a toile
Choosing fabrics, notions and boning
Constructing the corselette shell
Adding shape and structure with boning
Creating a strong and comfortable closure
Joining the inner corselette and the garment
Whether you are building an inner corselette for the first time or looking to refine your skills, this comprehensive guide is essential for any sewer wanting to create a beautifully engineered bodice.
The inner corselette is one of the hallmarks of a couture gown. In this practical guide, Louise Johnson covers the key skills and techniques needed to sew this foundational garment and incorporate it into mini dresses, wedding gowns and jackets.
About the Author
Louise Johnson is a couture dressmaker, private sewing instructor and Australian Sewing Guild Industry Partner based in Perth, Australia. She has spent several years researching the history of inner corselettes, their construction methods, and the techniques used for integrating them into gowns.
Book Information
ISBN 9781350537163
Author Louise Johnson
Format Paperback
Page Count 224
Imprint Bloomsbury Visual Arts
Publisher Bloomsbury Publishing PLC