DragonWorx biomimetic suit operators across urban, aerial, aquatic and tactical environments
DRAGONWORX BIOMIMETIC TECHNOLOGIES

Passive wearables
for people who cannot
rely on a battery.

An operator in a dark stairwell. A stroke patient six months into rehabilitation. A wingsuit pilot at terminal velocity. A colonist 600 metres from an airlock. Four very different people, one shared constraint — and one materials platform built around it.

Four markets we serve How we engineer it
14Biomimetic
technologies
4Target
markets
TRL 2–6Active
development
0 WPower draw,
passive stack
WHO WE BUILD FOR

Four markets. One passive platform.

We organise the company around the people who benefit, not the animals we borrowed from. The biology is how we get there — and it is genuinely the interesting part — but a fire captain does not need a lecture on gecko setae to understand a suit that climbs a wall without a rope.

GripSuit Apex-M operators conducting a nighttime tactical ascent of a reinforced concrete structure
01 · Tactical & First Response

Capability at zero charge.

Special operations, urban search and rescue, structural and CBRN response. Every platform is passive by design — silent adhesion that ascends buildings without anchors, leaf-spring joints that clear a wall without a ladder, helicoidal armour that needs 70% more energy to crack. Nothing has a duty cycle, so nothing fails flat.

GripSuit Apex-MDragonSuit Apex-MJumpSuitArmorSuitSentinelSuit
Explore this market →
People of varied ages and mobility levels wearing AMRS therapeutic garments outdoors in a park
02 · Therapeutic & Medical

Therapy that never needs charging.

AMRS — the Adaptive Meridian Resonance Suit. Triboelectric nanogenerators woven into high-flexion zones convert the wearer's own gait into therapeutic current, routed along the fascial planes that measure lowest in tissue impedance. Six garments across sarcopenia, stroke rehabilitation, Parkinson's, neuropathy and dementia. No battery means no compliance burden.

AMRS LW-1 → HD-1$18–22B marketClass I exempt pathSelf-powered
Explore this market →
Wingsuit pilot in flight over mountain terrain wearing the consumer DragonSuit
03 · Athletic, Stunt & Recreational

The ceiling was the fabric, not the athlete.

Wingsuit glide ratio sat at 3:1 for a decade because nobody applied fluid dynamics to full-suit geometry. DragonSuit targets 5–6:1. GripSuit puts gecko adhesion on glass and clingfish compliance on rock. JumpSuit returns 97% of stored energy at the ankle. Entry pricing starts at $279.

DragonSuit Scout & ApexGripSuit climbing SKUsJumpSuitAquaSuit
Explore this market →
Biomimetic suit operator in a low-light insertion configuration, representing offworld surface mobility
04 · Offworld

When the rover isn't coming.

A passive augmentation layer for lunar and Martian surface operations. Leaf-spring joints deliver 2–2.5× range gain and 35–45 m bounds at one-sixth gravity; the wing survives vacuum not as a lift surface but as ballistic attitude control. 4.5–6 kg, no power, no pressure-system integration. Submitted to the NASA Moon Base collaboration call.

Lunar boundingMars basalt adhesionNiTi SMA jointsNASA Moon Base
Explore this market →
THE COMMON THREAD

Passive is not a limitation. It is the specification.

Constraint 01

Nothing to charge

The largest failure mode in wearable technology is not efficacy. It is that people stop charging the device. Passive systems have no charge state to fail into — a spring is a spring at 3 a.m. on day 400.

Constraint 02

Nothing to detect

No emitter means no signature. That matters to an operator avoiding detection and to a patient who simply wants a garment rather than a medical device with a radio in it.

Constraint 03

Nothing to break

Actuators seize, servos strip, control loops desynchronise. Material behaviour does not. Every mechanism here performs because of geometry and composition, not because software is telling it to.

Where the biology comes in

Every organism we borrow from faced the same constraint set. No gecko has a battery. No falcon runs a control loop. Four billion years of selection pressure produced an enormous library of solutions that work on material physics alone — which is exactly the library you want when your design specification says the system must work at zero power, in the dark, with no maintenance. See how the method works →

DOWNLOADS & SUPPORTING DOCUMENTATION

Read the actual engineering.

Full technical proposals, not marketing summaries — including the sections where we state plainly what has not been validated yet.

Research proposals
📜
AMRS — Adaptive Meridian Resonance Suit Technical Brief
PDF · 8 pages · 6 engineering figures · August 2026 — Self-powered therapeutic garment line. Evidence base across electrical and vibroacoustic layers, material stack, six-SKU market structure, regulatory strategy, go-to-market sequence, capital plan.
Download ↗
📄
DragonSuit Apex — Wind Tunnel Research Proposal
PDF · 28 pages · 12 engineering drawings · Submitted to UT Arlington Aerodynamics Research Program — Five-layer composite stack, physics basis per layer, full wind tunnel protocol and instrumentation specification.
Download ↗
📄
GripSuit — From Gecko to Remora
PDF · 24 pages · 7 figures · Submitted to UT Dallas Advanced Polymer Research Lab — Four-mechanism adhesion stack, four experimental research threads, IP co-development framework, TRL 3→6 roadmap.
Download ↗
Programme & investor materials
📊
DragonWorx Stage-Gate Project Plan
XLSX — Stage-gate development roadmap across all active platforms: phase definitions from Concept through Launch, milestone gates, TRL advancement targets, resource allocation and go/no-go criteria.
Download ↗
📊
DragonWorx Investor Deck 2026
PPTX · Seed round — $1.8M target — Company overview, technology platform, market structure by segment, use of funds, academic partnership pipeline.
Download ↗
ABOUT

Physics first. Materials second. Geometry last.

DragonWorx Biomimetic Technologies is a deep-tech company in Richardson, Texas. We design in the reverse of conventional practice: the physics requirement comes first, material selection second, and the shape of the product last. That order is why a wingsuit ends up with a shape-memory polymer skeleton and a therapeutic garment ends up harvesting its own power — in both cases the material was chosen to solve a stated physical problem, not to fit a product that had already been sketched.

We publish our research proposals in full, including the sections that state where the evidence is thin. We label every performance figure as either a validated result or a design target pending experimental work. We are currently raising a $1.8M seed round to fund wind tunnel validation at UT Arlington, materials characterisation at UT Dallas, and first-article fabrication.

CONTACT

Procurement, clinical partnership, research collaboration, investment, or athlete programmes — all reach the same inbox. getdragons@dragonworx.bio · Richardson, Texas.