Physics first. Materials second. Suit last.
Every wingsuit before this was designed empirically — a practitioner sewed fabric between their limbs and iterated if they survived. No computational fluid dynamics. No aerospace materials. No physics-first design methodology. The DragonSuit is what happens when you run the physics properly.
🐋 Tubercle Leading Edges
Sinusoidal bumps from humpback whale pectoral fin geometry, applied to the arm-wing leading edge. Wavelength ~30% chord, amplitude ~5% chord. Delays stall from 22° to 28° angle of attack. Breaks the stall front into discrete spanwise cells via controlled micro-turbulence injection. Implemented as a precision TPU-molded strip on the Apex; silk-screened surface approximation on the Scout.
🔬 Auxetic Panel — Self-Cambering Wing
Negative Poisson's ratio re-entrant lattice embedded in the center wing panel. Under aerodynamic load, lateral expansion curves the chord into a higher-lift cambered profile — the wing optimizes itself in response to the forces it experiences. Zero sensors, zero motors, zero feedback loop. Passive, load-triggered, geometry-based.
🦴 Shape-Memory Polymer Skeleton
DiAPLEX SMP ribs profiled to NACA 4412 cross-section. Hold the wing geometry under aerodynamic load — eliminating the fabric billow that degrades every conventional wingsuit's aerodynamic profile. Reset to flat at body heat (~37°C). No mechanical parts. This single technology accounts for the largest share of the projected glide ratio improvement.
🦈 Shark-Denticle Riblet Film
Laser-etched V-groove patterns confine quasi-streamwise vortices in the turbulent boundary layer, reducing skin friction drag 8–10% in both air and water. Production-validated in Speedo Fastskin and Lufthansa Technik riblet programs. The highest TRL technology in the stack — it works, it's been proven, and it applies to every other suit in the DragonWorx portfolio.
🦅 Peregrine Tip Slots
During a dive the falcon spreads primary feathers like fingers — each slot converts tip vortex rotational energy into forward thrust vectors, reducing induced drag ~30%. The DragonSuit implementation uses the auxetic panel mechanism at the wingtip: load passively opens slot gaps without actuators. The single largest remaining untapped improvement in the design. Deep dive: The Feathers That Fold Drag into Thrust →
🔀 Anisotropic Washout Weave
High-modulus fibers oriented spanwise with compliant fibers in the twist direction. Under load, the tip twists nose-down 3–5° passively — preventing tip stall through material stiffness gradient. Achieved entirely through the weave schedule. No added weight, no mechanical parts.
DragonSuit Scout — consumer entry SKU ($279–$349). EVA foam ribs and TPU tubercle strip. 3.8–4.5:1 glide ratio over alpine terrain.
Four SKUs. Three markets.
| SKU | Price | Glide Ratio | Min Altitude | Key Differentiator | Market |
|---|---|---|---|---|---|
| DragonSuit Scout | $279–$349 | 3.8–4.5 : 1 | ~120 ft | EVA foam ribs + TPU tubercle strip | Consumer / entry-level |
| DragonSuit Apex | $10K–$18K | 5.0–6.0 : 1 | ~90 ft | Full 5-layer SMP stack | Elite pilots |
| DragonSuit Apex-M | $28K–$45K | 5.0–6.0 : 1 | <90 ft | Helicoidal CFRP + NIJ padding + MOLLE | Military / SOF |
| DragonSuit Apex-SAR | $18K–$24K | 5.0–6.0 : 1 | ~90 ft | Beacon integration + high-vis panels | Search & Rescue / Gov |
Glide ratio and altitude figures are design targets based on CFD simulation and published literature for individual component technologies. Wind tunnel validation planned with a university aerodynamics research program.
The DragonSuit composite stack — shark riblets, auxetic metamaterial, superhydrophobic surfaces — directly seeds the next three suit platforms. The same materials science, different operating domains.
The physics, drawn.
Engineering drawings and performance diagrams extracted from the wind tunnel research proposal. All figures GPT-4o synthesis from design narrative unless noted.
Full documentation.
Technical proposals, research documentation, investor materials, and project planning tools. All documents are confidential — not for redistribution without written consent.
Contact: getdragons@dragonworx.bio