The T-shirt Quilt Book: Create one-of-a-kind keepsakes, make 8 projects or design your own by Lindsay Conner and Carla Hegeman Crim
Most of us have a bunch of old t-shirts kicking around, many of which we probably don’t wear anymore but we don’t want to let go of because of their sentimental value. This book starts with the techniques you’ll need to master in order to sew your own t-shirt quilt and offers 8 projects you could make with your own tees. Most of the techniques will be familiar to those who have sewn a quilt before, though some may be new if you haven’t worked much with knit fabric before. For instance, the use of interfacing is critical to making t-shirt fabric cooperate in a medium where exact measurements matter. There are many more options here than just the ‘bunch of squares sewn together’ look that you’ve probably seen – not that there’s anything wrong with that design, there are just a lot of other ways to go about it!
full disclosure: I borrowed this book from the Cadillac Wexford Public Library through the MeLCat interlibrary loan system
On the Go Bags: 15 handmade purses, totes & organizers – unique projects to sew from today’s modern designers by Lindsay Conner and Janelle MacKay
This book contains instructions for making a variety of types of handbags by sewing and related construction techniques. Most include dimensions for cutting fabric and use minimal computer-generated diagrams to illustrate the how-to of constructing the item. Pattern pieces for a few items are included in a perforated section at the back. While these instructions are fairly detailed, I have been spoiled by the excellent bag patterns created by Erin of Dog Under My Desk, and these just do not measure up. I prefer Erin’s actual photographs to the diagrams here, and her patterns never skim over the little details that make a handmade bag look perfect. The instructions here are fine, just not the level I’m accustomed to.
full disclosure: I borrowed this book from the East Lansing Public Library through the MeLCat ILL system