Jun 24, 2026 · 32 min · 11 segments
In this episode of Performance Rewired, we dive into the essential role of proprioception in athletic and artistic performance, exploring how elite performers might still have gaps in their sensory…
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[laughs] Like, you've got the very funky and cool visual and, and then vestibular system siblings.
And then you've got proprioception, which is actually in the hierarchy of systems that help us move.
Um, so proprioception is the brain's ability to sense the position, the movement, right, the movement speed, the movement direction, and then the load that the body is taking on based on sensory input from our skin, from our muscles, tendons, joints, and then even the bones.
It's, it's the way that we're designed to understand what is going on with our body, right? So through how do we feel where we are.
And f- we know proprioception is important for knowing where we are, um, but the way that I like defining it is that high performers in particular need a super high definition and complete 3D map-
... of their body, right? Their brain has, or our brains has, have a map of the body, but we wanna make it, like, 4K, 5K, as high definition as possible, and particularly dancers, gymnasts who have been in their, uh, career for a long time, it's very likely they've had injuries, or they have repetitive patterns-
... that they do over and over and over, and so their proprioceptive map, even though they're elite movers, could very well be limited, and they have pixels missing.
Um, and then Nikki, if you wanna add anything or kinda talk into a little bit about where does proprioception happen? [laughs] Or like-
so it, it, it's a lot of information's being sent up to the parietal lobe, and it's coming through skin receptors and receptors underneath our tissue and giving us information about this map and where we are in space and our joint positions.
[laughs] Like, you've got the very funky and cool visual and, and then vestibular system siblings.
And then you've got proprioception, which is actually in the hierarchy of systems that help us move.
Um, so proprioception is the brain's ability to sense the position, the movement, right, the movement speed, the movement direction, and then the load that the body is taking on based on sensory input from our skin, from our muscles, tendons, joints, and then even the bones.
It's, it's the way that we're designed to understand what is going on with our body, right? So through how do we feel where we are.
And f- we know proprioception is important for knowing where we are, um, but the way that I like defining it is that high performers in particular need a super high definition and complete 3D map-
... of their body, right? Their brain has, or our brains has, have a map of the body, but we wanna make it, like, 4K, 5K, as high definition as possible, and particularly dancers, gymnasts who have been in their, uh, career for a long time, it's very likely they've had injuries, or they have repetitive patterns-
... that they do over and over and over, and so their proprioceptive map, even though they're elite movers, could very well be limited, and they have pixels missing.
Um, and then Nikki, if you wanna add anything or kinda talk into a little bit about where does proprioception happen? [laughs] Or like-
so it, it, it's a lot of information's being sent up to the parietal lobe, and it's coming through skin receptors and receptors underneath our tissue and giving us information about this map and where we are in space and our joint positions.
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