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2026 / Performance / Concept study

Monochrome Sports Bra Set — 2026 · Performance

Discipline: 3D Modeling · Optitex · Material Simulation

Supportive, minimal aesthetic with engineered compression zones.

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Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set — 2026 · Performance design study

Concept development brief: the following construction, simulation and performance goals are proposed—not records of completed Optitex testing or certified garment performance.

MONOCHROME / SUPPORT / MOVEMENT

Monochrome Sports Bra — Design Collection

Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set, mapped support concept detail

01 / DESIGN

Mapped Support

Curved cup seams, broad straps and a stable underband define the proposed compression zones. Tune support through panel geometry and measured fabric recovery.

Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set, racerback movement concept detail

02 / DESIGN

Racerback Movement

An open racerback and mapped mesh panels balance shoulder clearance with breathability. Review overhead reach, rotation and strap pressure before sampling.

Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set, coordinated training shorts concept detail

03 / DESIGN

Coordinated Training Shorts

A contoured high waistband and matching curved panel lines extend the monochrome language into the set. Assess seated comfort, leg clearance and waistband stability.

Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set, 2d pattern system concept detail

04 / DESIGN

2D Pattern System

Front and back design flats organize cup panels, mesh boundaries, underband, lining and shorts seams for an Optitex PDS pattern-development brief.

Diana Cuervo Performance Apparel Design — Monochrome Sports Bra Set front and back 2D flats alongside 3D garment concept views
2D → 3D design study · bra and coordinated shorts

01 / DEVELOPMENT

Pattern Engineering

Precision support mapping in Optitex PDS. Develop curved cup panels, a broad underband, racerback straps and coordinated high-waist shorts with clearly defined stretch directions.

02 / DEVELOPMENT

3D Simulation in Optitex

Plan extensive 3D avatar testing for different impact levels; digital drape alone does not establish impact-support ratings. Compare standing, overhead reach, rotation and squat poses, reviewing mesh deformation and seam alignment.

03 / DEVELOPMENT

Materials & Physics

High-recovery compression + soft-touch lining.

04 / DEVELOPMENT

Fit Validation

Review coverage, support-zone tension and comfort across avatar sizes; confirm impact support through real-person wear testing.

05 / DEVELOPMENT

Outcome

Target outcome: ready for performance training after physical support and comfort validation.

01 / ENGINEERING NOTES

Support Engineering · Bra Construction

  • Map curved support panels, lining, underband and broad racerback straps as separate PDS pattern pieces.
  • Document grain, stretch direction, notches, elastic lengths and seam allowances for each size.
  • Assess bonded or low-profile sewn seams for bulk, skin contact and laundering durability before choosing construction.

02 / ENGINEERING NOTES

Materials & Physics · Recovery and Breathability

  • Measure stretch, recovery and bending behavior of compression knit, soft-touch lining and proposed mesh zones before assigning simulation values.
  • Compare neckline, armhole and underband stability under movement; review pressure concentrations with tension maps.
  • Test moisture handling, mesh durability, abrasion and wash recovery on physical material samples.

03 / ENGINEERING NOTES

Fit & Movement · Wear-Test Plan

  • Review cup coverage, strap travel and underband anchoring across the intended size range.
  • Test comfort, bounce control and chafing with real wearers at the intended activity levels; establish support ratings only through appropriate physical testing.
  • Review shorts waistband roll, squat coverage and inner-leg seam friction alongside the bra.

04 / ENGINEERING NOTES

Technical Design Pack · Complete Set

  • Prepare front/back flats, panel maps, graded bra and shorts patterns, measurements and tolerances.
  • Specify compression knit, lining, mesh, elastic and thread in the bill of materials; record seam and care requirements.
  • Use OPTINEDCloud for review handoff and version tracking, with physical-sample checkpoints before production approval.

OFFICIAL TECHNOLOGY REFERENCES

Explore real Optitex rendering.

These links show Optitex’s own technology and rendering examples. The Cone & Coin visual above is a design study; Diana’s project-specific Optitex files and render links have not yet been supplied.

PDS · 2D/3D Integrated Suite

Official pattern design and 3D visualization workflow.

View official reference

PDS 3D · Siemens Iray+

Official photorealistic rendering examples for materials, trims and avatars.

View official reference

OPTINEDCloud · Review & Share

Official cloud sharing and collaboration for 3D garment assets.

View official reference

TECHNOLOGY / OPTITEX

PDS 3D

Visualize and validate 2D patterns in a real-time 3D environment. Test garment fit, detect construction issues early, and reduce reliance on physical samples.

Technology: Optitex 2D/3D Integrated Suite · PDS · OPTINEDCloud → optitex.com

From concept to your next collection.

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