01
Define the coupon
Geometry, material, loads, and design constraints. A clear engineering question comes first.
SPECIFICATION ENGINEERING INTELLIGENCE, GROUNDED IN EVIDENCEFrom material
From material
to understanding.
A clearer path from composite coupon to confident design.
Connecting physics, physical testing, and research—one layer at a time.
Set up a coupon test Checked and solved by our engine
COUPONS FIRST. EVIDENCE ALWAYS.
+CARBON FIBER
The material is the starting point.
The material is the starting point.
PHYSICS AT THE CORELAB DATA AS THE FOUNDATIONRESEARCH BEFORE ASSUMPTIONSEVERY RESULT, TRACEABLE
01 / THE IDEABetter decisions.
Better decisions.
Built layer by layer.
Composite design is a conversation between what we predict and what we can prove.
We’re building a continuous workflow that brings those two worlds together—from the first specification to the next physical test.
02
Analyze with physics
Search candidate layups, evaluate laminate behavior, and cross-check with finite element analysis.
ANALYSIS WORKFLOW03
Build. Test. Compare.
Fabricate coupons and compare physical measurements against predictions made before the test.
LAB VALIDATION04
Make it traceable
Connect every result to its inputs, analysis record, and source data. Let the evidence guide the next iteration.
DOCUMENTED RESULTSPhysics produces the numbers. Every conclusion should connect to its material basis, method, and supporting evidence.
OUR CORE PRINCIPLE02 / FROM THE LABReal materials.
Real materials.
Real questions.
The work starts at the specimen.
A look at the research behind the vision.
01 / COUPON STUDY
A closer look at the material.
Coupon imagery makes the material visible: surface condition, preparation, and the details behind every test record.
ON THE RESEARCH BENCH
FROM OBSERVATION TO DATAILLUSTRATIVE
STRESSSTRAIN →
03 / THE RESEARCH FOUNDATIONKnowledge worth
Knowledge worth
building on.
Research comes first. Explore a growing foundation of reviewed open-source datasets, data from published research studies, and evidence generated in our own lab.
Start with what is known.
Gather openly available composite research and datasets. Record the original source, reuse permissions, material system, units, and test conditions so you can understand the evidence behind each material record.
Ask what is missing.
Fabricate, test, and inspect specimens to fill gaps in the evidence. Compare predictions against independent tests and use the discrepancies to guide the next experiment.
Keep the evidence close.
Explore 22 initial source records for carbon, glass, and sandwich cores, alongside governing equations and topic-by-topic explanations.
Explore the materials library04 / OUR DIRECTIONStart small.
Start small.
Prove it. Build forward.
This is the first chapter, not the final blueprint.
Real test results will shape what comes next.
01
The foundationCoupons
Unnotched and open-hole tension. One material system. A physics pipeline validated against blind lab tests.
CURRENT FOCUS02+
Broaden the evidenceMore test families
Compression, shear, and additional materials. Use uncertainty to guide the next tests.
AFTER COUPON VALIDATION03+
Understand the damageElements & joints
Progressive damage, joints, and future repair analysis, developed through relevant element tests.
FUTURE EXPLORATION04+
Scale the insightPanels & structures
Carry the verified foundation toward stiffened panels, buckling, and wing optimization.
LONG-TERM DIRECTIONThe first gate: blind predictions checked against 10–20 lab coupons, with the acceptance band agreed from real data.