DONNING | Ethan Bell

The printer hums in the corner, a steady, rhythmic
weaving of plastic into a forearm,
layering magenta and violet filament into the mold.
On the screen, the arm is a CAD drawing.
Symmetrical, clean, ready before it exists.
A superhero’s blueprint waiting for a soul.

 Then the child arrives.
She is eight years old and smells like
grape-scented hand sanitizer and car-ride sweat.
She looks at the limb on the table:
the bold, metallic plating, the articulated fingers.
Then she looks at her own shoulder,
a soft, narrow landscape of skin
that has never known the weight of a hand.

We perform the donning, checking the distal pressure
of the socket against the residual limb.
The violet plastic meets the velvet curve of her body.
The superhero aesthetic is heavy;
it demands a strength she is still
negotiating with her nervous system.
I ask her to think about closing a fist.
The sensors are fickle.

 I chart the EMG thresholds, the microvolts
of a signal struggling to cross the synapse
from a muscle that has spent eight years
in the quiet.
She bites her lip. Her brow tightens.
The plastic fingers twitch
a jagged and mechanical shudder.

We celebrate the twitch.
We document the volitional control,
the bionic integration, the successful calibration.
But I am looking at the red mark
the socket leaves on her skin,
the physical cost of being a hero.
The printer continues its hum in the back,
already weaving the next myth,
while she learns the heavy, human work
of just reaching for a cup.

Ethan Bell is a student at the University of Central Florida and a research scholar at Limbitless Solutions, where he focuses on the clinical-engineering interface of custom prosthetics for children. Bell also works as a rehabilitation technician, exploring the mechanics of human movement. His writing often examines the "defamiliarization" of the medical experience, focusing on the technical and sensory frictions of recovery. Bell is currently preparing for the upcoming medical school application cycle.

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