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Bra Science — 11 Signs You May be Wearing a Boob Hat

Do you feel unsupported by your bra? That it squashes your boobs down instead of lifting them up? Or maybe you feel that your bra is just a useless garment altogether, costing quite a bit of money considering it just doesn't really do anything? You may be wearing... a boob hat. Many people who wear bras know some of the signs of poor fit – most recognise that spillage out of a bra isn’t right, and the same goes for gapping. Some know that the gore should lie flat against the sternum, and that the band shouldn’t ride up (or ride down). Few know anything more detailed than that. So from this lack of detailed knowledge a phenomenon appears: the boob hat. The boob hat is something I describe as a bra that kinda looks like it fits to an inexperienced eye, but in reality it doesn’t. It simply sits/floats around the boobs, not containing or supporting them fully (if at all), potentially squishing them down, hence the name. So how can you avoid falling into this trap? Here are eleven commo...

Bra Science — Center full? Outer full? Splayed? What does it all mean?

With the recent advent of increasing discussion on center fullness and outer fullness - including a gore alteration that increases center depth , and more and more people being confused as to what it all means, I thought I'd try and explain what these shapes are and why so many people struggle to figure out which they have. Fullness on top and bottom (or "vertical fullness distribution" as I like to pretentiously say) has been a staple of English-speaking bra fitting forums for years, but  horizontal  fullness distribution has only ever really been mentioned since about 2015, starting off with this amazing blog post by Brastic Measures. I'm noting now that as with top and bottom fullness, horizontal fullness is a spectrum. You can be extremely outer full, even, or extremely center full - or anything in between. Center fullness and outer fullness can both be mistaken for a splayed shape. Yup, two polar opposites can and are both mistaken for a third, unrelated, shape ...