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Description

The back of a centaur’s head is mostly air. The long mane feathers mask the effect but the only significant organ back there is the vocal lungs, which can puff out the back of the neck even further. Centaurs visibly inhale into their neck before speaking (the effect is especially dramatic before shouting). Inflation is driven by the contraction of a muscle that connects a cartilaginous “diaphragm” to the rear crest of the skull. This lifts the diaphragm perpendicular to the neck and draws air into the lungs. I animated centaur respiration three years ago but the design of the vocal lungs has changed a little since then…. though the lungs still connect to massive sinuses behind the eyes.
Talita’s glasses have a strap that sits between the notch created by the back of her skull and the vocal lung diagram. They also have some rubber grippy bands sewn into to keep it from sliding up her mane feathers. It works well enough.

Description

The back of a centaur’s head is mostly air. The long mane feathers mask the effect but the only significant organ back there is the vocal lungs, which can puff out the back of the neck even further. Centaurs visibly inhale into their neck before speaking (the effect is especially dramatic before shouting). Inflation is driven by the contraction of a muscle that connects a cartilaginous “diaphragm” to the rear crest of the skull. This lifts the diaphragm perpendicular to the neck and draws air into the lungs. I animated centaur respiration three years ago but the design of the vocal lungs has changed a little since then…. though the lungs still connect to massive sinuses behind the eyes.
Talita’s glasses have a strap that sits between the notch created by the back of her skull and the vocal lung diagram. They also have some rubber grippy bands sewn into to keep it from sliding up her mane feathers. It works well enough.