IMG_8187.webp
IMG_8187.webp

Dyad Body Tibia sleeve plus universal wrap combo

$75.00

Tibia Sleeve with Targeted Sensory Rotation Feedback

The Tibia Sleeve is designed to enhance sensory rotation and timing awareness along the lower leg—supporting the relationship between the tibia, ankle, and knee during loading, rotation, and weight transfer. Rather than providing rigid support or passive compression, the sleeve helps clarify how pressure and rotational change move through the shin during movement.

The sleeve is structured to inform movement—not restrict it. It does not generate signals or act as a brace. Instead, it helps focus existing sensory information related to rotation, shear, and transition, improving awareness of alignment, sequencing, and force flow through the lower body.

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Size:

Tibia Sleeve with Targeted Sensory Rotation Feedback

The Tibia Sleeve is designed to enhance sensory rotation and timing awareness along the lower leg—supporting the relationship between the tibia, ankle, and knee during loading, rotation, and weight transfer. Rather than providing rigid support or passive compression, the sleeve helps clarify how pressure and rotational change move through the shin during movement.

The sleeve is structured to inform movement—not restrict it. It does not generate signals or act as a brace. Instead, it helps focus existing sensory information related to rotation, shear, and transition, improving awareness of alignment, sequencing, and force flow through the lower body.

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By sharpening perception at the tibia, the sleeve supports smoother organization between the foot and knee—helping the body coordinate timing and manage rotational forces with more control and durability.

Ideal for walking, running, training, and rehabilitation, the Tibia Sleeve supports:

  • Clearer sensing of load transfer and rotation

  • Improved timing between ankle and knee

  • Enhanced lower-leg awareness without stiffness

Built for athletes, movers, and practitioners who value intelligent feedback, adaptability, and functional movement over passive compression