How We Build: Magnetic Closure Series
Most clothing is designed once and then manufactured. A sketch becomes a pattern, a pattern becomes a sample, a sample becomes a production run. The process is linear and relatively fast, and it works well enough when the primary question is: Does this look right?
At AbleCove, there's a second question that runs in parallel, and it complicates everything.
Does this work for every hand that will try to close it?
Holding both questions simultaneously, at equal weight, throughout the entire development process, is what makes building adaptive clothing to a genuine craft standard genuinely difficult. This page explains how we do it.
We Start with the Garment, Not the Function
The most common approach in adaptive clothing is to take an existing design and modify it. A standard shirt pattern becomes an adaptive shirt by swapping the buttons for a different closure system. The design comes first; the adaptation is added afterward.
We don't do it that way.
Every AbleCove garment starts from scratch, with the adaptive function considered from the first line of the pattern - not added to the last version of it. This matters because a magnetic closure that's engineered into a garment's structure behaves differently from one that's grafted onto it. It sits differently, reads differently, and holds up differently over time.
It also means we spend more time in early development, asking harder questions, before we have anything that looks like a finished garment. That's the trade we've decided to make.
Material Selection
Fabric is where a garment's standard is established. Everything that follows - the cut, the construction, the way the garment wears over months and years - is shaped by the material it starts from.
We select fabrics with the same criteria we'd apply to any well-made piece of clothing. Weight and hand. Structure. How it responds to movement. How it looks after washing, after wearing, and after being folded at the bottom of a bag. Whether it holds its shape through a long day or starts to lose structure by afternoon.
For example, the shirts we work with are made of mid-weight cotton and cotton-blend fabrics with enough body to support a tailored silhouette. The fabric needs to maintain structure at the collar and shoulder - the parts of a shirt that announce themselves most clearly - without being stiff or uncomfortable over extended wear.
There's an additional consideration specific to our construction: the fabric around each closure point experiences more stress than it would in a standard garment. The reinforcement we add at each magnetic fastening has to be integrated into the fabric selection, not treated as a patch. This means heavier interfacing than most shirts require, placed precisely, so the garment behaves consistently whether the closure has been opened and closed ten times or ten thousand.
Pattern Development and Silhouette
We cut for a tailored fit. Not oversized, not boxy, not the generous dimensions that most adaptive clothing defaults to, because a looser fit is easier to get on.
A tailored silhouette is harder to achieve in adaptive clothing because it allows less room for error. In a relaxed fit, a magnetic closure can sit slightly off-center without being visible; in a tailored fit, every element has to be placed precisely within the proportions of the cut. The margin for tolerance is smaller.
The shoulder falls where it should. The collar is built with the right interlining to hold its shape under repeated wear without becoming rigid. The hem length is considered - not too short, not too long - so the shirt works tucked and untucked without compromise.
For garments worn primarily while seated, the pattern is modified specifically. The back rises higher, the front rises lower, and the seat - the way the garment covers the lower back when you're in a chair - is cut to account for the geometry of a seated body rather than a standing one. These are not minor adjustments. A shirt cut for standing looks wrong, and often feels wrong, the moment you sit down.
Engineering the Magnetic Closure
This is the technical center of what we do, and it's worth explaining in specific terms.
A magnetic closure that reads as a traditional button - flush with the placket, invisible at any distance, indistinguishable in a photograph - requires the magnet to be set at a precise depth within the fabric. Too close to the surface, and the closure reads as a design element rather than a button; a slight visual difference that breaks the illusion. Too deep, and the effective pull-force decreases to a point where the closure won't hold under normal movement.
The pull-force is calibrated within a specific functional range. It has to be strong enough to stay closed when you lean forward, reach for something, or move through a full day of wear. It also has to be light enough to release with the grip strength of someone managing Parkinson's tremor, arthritis, or one-handed dressing - often somewhere in the range of significantly reduced dexterity compared to an unaffected hand.
Those two requirements - hold under movement, release under limited grip - sit in tension with each other. Getting the calibration right requires testing at both ends of the range, not just in the middle.
The placket at each closure point is reinforced with additional interlining that distributes the magnetic force across a larger area of fabric. Without this reinforcement, repeated opening and closing concentrates stress at a single point, and the fabric begins to break down around the closure over time. The reinforcement layer has to be placed and sized so that it does its job invisibly - adding no visible bulk, creating no crease or stiffness in the placket.
The number of closure points, their spacing, and their relationship to the collar and hem are all considered within the specific proportions of each garment. A shirt with fewer closures set further apart doesn't behave the same way as one with more closures set closer together - in terms of how the placket falls, how the shirt looks when closed, and how easy it is to operate one-handed.
Testing: What We Actually Do
Before any AbleCove garment goes into production, it's worn by real people in real situations.
Not worn once, briefly, in a fitting room. Worn for days. Worked through a morning routine, sat in through a full day, closed and opened hundreds of times. Worn by people with Parkinson's, by people managing arthritis in both hands, by people dressing with one hand from birth or from injury. Worn by people with no adaptive needs at all, because the garment has to perform at both ends of the range.
We ask our testers to tell us what's wrong. This is different from asking them if they like it or if it works. We ask specifically: what didn't hold up? What required more effort than it should have? What looked right in the morning and felt off by the afternoon?
The answers go back into development. Closure placement changes. Pull-force is recalibrated. A collar seam gets moved two millimeters. A placket reinforcement is extended. The sample goes back out.
This cycle repeats until the feedback stops finding problems - not until we've decided we've done enough iterations. There's no fixed number of rounds. There's a standard, and we keep iterating until the garment meets it.
The Standard We Hold
The benchmark we've used since the beginning is simple: The garment is genuinely good enough that people with no adaptive needs reach for it because it is the best thing available. And also the well-made garment can be worn by someone who dressed themself that morning in under a minute and hasn't thought about it since.
That outcome requires every element to be right. The silhouette, the fabric, the construction, the closure - none of them can be the weakest link. If something reads as an accommodation rather than a design decision, we won't ship it.
What Gets Rejected
Not everything we develop makes it to production. Samples get rejected for problems that most people wouldn't notice, or couldn't articulate.
A placket that sat correctly on the hanger but pulled slightly across the chest when the wearer reached forward. A closure that held perfectly under normal movement but released under the force of leaning against a car door. A collar that photographed beautifully but began to lose its shape after ten washes. A fabric that looked right in hand but didn't hold its structure through a full day of wear.
None of those garments shipped. They went back. In some cases, they were the fourth or fifth version of the same design.
That's not inefficiency. That's the work.
A Note on What This Means for Production Volume
Building this way takes longer and costs more than the standard approach to adaptive clothing. We produce in smaller quantities than a brand optimizing for scale. Our development cycles are longer. Our rejection rate at the sample stage is higher.
We've decided that's the right trade. A garment that meets the standard costs more to make and more to buy. It also lasts longer, performs better, and - this matters more than it might sound - looks like something worth owning.
That's what we're building. Carefully, without shortcuts, one garment at a time.
More on what AbleCove makes and who it's made for: About Us · Who We Make For · How We Build the Magnetic Zipper Series · Care Instructions