BLACK LABEL // ENGINEERING

The science
inside the hold.

Measured pressure. Zoned knit architecture. Polymer resilience. Every layer exists to keep the legging composed under load and over time.

View the pressure system
Athlete driving upward through a heavy barbell back squat in MUEE Black Label high-support leggings
EDITION 01 / ENGINEERED UNDER LOAD

01 / Swiss-tested micro-graduation

Certified Circulatory Support.
Supported, Never Constricted.

Instead of concentrating tightness at the waistband, the Black Label pressure profile anchors support lower on the leg and releases it progressively upward.

THIGH08mmHgCALF12mmHgANKLE15mmHg

Pressure decay / distal to proximal

Support that follows the direction of return.

Precisely graduated compression places the strongest support through the ankle and calf, then reduces toward the thigh—avoiding the single hard band common in ordinary leggings.

A

Long-day fatigue

Continuous lower-leg support is designed to reduce the heavy, swollen feeling associated with extended sitting or standing.

B

Muscle oscillation

Firm lower-body containment stabilizes soft-tissue movement during squats, running and fast transitions.

02 / Targeted body mapping

One seamless shell.
Three precise zones.

Structure changes inside the knit itself. Density, elasticity and surface friction are tuned by zone without adding external seams or visual noise.

MUEE Black Label legging showing zoned seamless body mapping
KNIT DENSITY MAP / FRONT & REAR LOAD PATHS
01

Core & lumbar anchor

Wide, double-layer stability.

A one-piece high-rise anchor smooths the lower abdomen and offers considered lower-back support, resisting roll-down and migration through a long day.

02

Contour lift architecture

Lift without a scrunch seam.

Graduated knit density travels upward beneath the seat and inward across the high hip—creating a natural contour without an exposed elastic channel.

03

Zero-chafing inseam & gusset

Less friction. Cleaner lines.

A low-friction inner leg, flat gusset transition and zero outer-leg seam reduce rub, visual interruption and front-rise distortion.

03 / Polymer engineering

PA66 microfibre.
Lycra at the core.

The hand feel comes from the shell. The discipline comes from the molecular structure beneath it.

~260°C

High melting point

Dryer-Safe Resilience

PA66 has a higher thermal threshold than standard PA6, supporting repeated everyday washing and tumble drying while preserving a firm, dimensional hand.

  • Resists heat deformation
  • Maintains knit structure
  • Developed for repeat care cycles
4.5%

Physical moisture regain

All-Day Active Wicking

Fine-denier capillary channels move moisture through the yarn structure itself, supporting a drier surface during flights, long shifts and training.

  • No topical wicking finish
  • Micro-channel transport
  • Fast surface dispersion
>95%

Snap-back target

Zero Knee Sagging

A high-modulus Lycra core stores and releases stretch energy, restoring a cleaner surface after sitting, bending and repeated high-range movement.

  • Two-way recovery
  • Firm structural hold
  • Reduced bagging at knee and seat

PRE-LAUNCH VALIDATION: Final public claims and numerical specifications must correspond to the released third-party laboratory report and production fabric lot.

Next / ApplicationSee how the system lives beyond the lab.