2026 / Icon × Performance / Concept study
Super Sport Bra — Cone & Coin
Discipline: 3D Modeling · Optitex · Material Simulation
Translate the fearless architectural language of Madonna’s iconic Jean Paul Gaultier cone bra into an original performance-apparel concept: support, structure, movement and power.
Start Project with Diana
Concept development brief: the following construction, simulation and performance goals are proposed—not records of completed Optitex testing or certified garment performance.
01 / DEVELOPMENT
Pattern Engineering
Develop radial cup panels, a stable underband and broad straps in Optitex PDS. Explore conical volume through seam geometry, balancing sculptural shape with body clearance.
02 / DEVELOPMENT
3D Simulation in Optitex
Use PDS 3D to explore cup volume, strap position and mesh-zone placement across avatar sizes and movement poses before sampling.
03 / DEVELOPMENT
Materials & Physics
Proposed high-recovery compression knit, soft-touch lining and breathable mesh with lightweight champagne-gold coin-inspired hardware secured away from pressure points.
04 / DEVELOPMENT
Fit Validation
Review support-zone tension, cup clearance, strap pressure and underband stability. Physical comfort, impact-support and hardware-safety testing remain essential.
05 / DEVELOPMENT
Outcome
Ready-to-court development goal: an original Cone & Coin silhouette that balances sculptural presence with support and mobility. Move toward production only after fit, impact-support, wash durability and hardware-safety reviews.
01 / ENGINEERING NOTES
Pattern Engineering · Cone Construction
- Establish cup projection, apex placement and radial seam geometry from the intended size and support brief.
- Separate structural cup panels, compression wings, lining, underband and strap pieces in PDS 2D; document grain, notches and stretch direction.
- Build a graded support system rather than scaling conical volume uniformly across sizes.
02 / ENGINEERING NOTES
3D Simulation · Movement Review
- Assign measured stretch, bending and recovery values to each material zone before evaluating the silhouette.
- Compare overhead reach, rotation and court-ready poses; inspect cup clearance, mesh deformation and strap travel.
- Use tension and stretch maps to identify pressure concentrations; retain review notes for the first physical sample.
03 / ENGINEERING NOTES
Materials & Physics · Coin Details
- Explore high-recovery compression knit with soft-touch lining and breathable mesh; confirm skin comfort and laundering behavior.
- Use lightweight, smooth-edged coin-inspired hardware at reinforced anchor points away from direct pressure zones.
- Evaluate attachment pull strength, corrosion, snagging and wash durability before approving metallic details.
04 / ENGINEERING NOTES
Fit Validation · Support Checkpoints
- Review underband anchoring, strap pressure and support-zone tension across the intended avatar size range.
- Check chafing, bounce control and freedom of movement with physical prototypes; a digital tension map is not an impact-support rating.
- Record changes by size and activity level, then rerun the digital review against updated patterns.
05 / ENGINEERING NOTES
Technical Design Pack · Sampling Handoff
- Deliver front/back flats, panel and seam map, graded pattern files, bill of materials and measurement tolerances.
- Specify coin attachment locations, reinforcement construction, mesh boundaries and hardware-care instructions.
- Organize approved color/material options and review feedback through OPTINEDCloud; hand off a physical-sample test brief before production.
COLOR / CONNECTION / CONSTRUCTION
Four expressions of power.


Color × Button
Cobalt and pink with button-inspired center details and sculpted support lines.

AI Music Muse
Jade mesh with a removable control-module concept for a future AI music companion.

Keep Your Keys
Plum and coral with a slim secure-pocket direction for small essentials.

Iconic Cone
Champagne sculptural cups, radial stitch lines and coin-inspired underband accents.
Concept studies · connected controls require compatible electronics and software; storage, hardware and support require physical testing.
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 referencePDS 3D · Siemens Iray+
Official photorealistic rendering examples for materials, trims and avatars.
View official referenceOPTINEDCloud · Review & Share
Official cloud sharing and collaboration for 3D garment assets.
View official referenceTECHNOLOGY / 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