A ghost the size of a jet.
Printed for thirty dollars.
Passive gradient-index payload. Zero power, zero heat, radar-perfect return. The airframe carries it. The doctrine multiplies it.
We build passive, printable decoys that force multi-crore SAMs to fire at nothing — so real pilots come home.
Two systems. Watch them come apart.
The 120 mm gradient-index payload and the tactical airframe that carries it — traced to the sub-assembly, then reassembled in real time. Every part sourced from the PSS filing.
A ghost the size of a jet.
Printed for thirty dollars.
Passive gradient-index payload. Zero power, zero heat, radar-perfect return. The airframe carries it. The doctrine multiplies it.
Three surfaces. One doctrine.
Every card is a live capability — from the printable payload to the field-tested economics.
A 120 mm sphere, printed overnight, indistinguishable from a Rafale on radar.
Sub-wavelength Gyroid + BCC lattices realize a continuous permittivity profile. No sensors, no code — purely geometric.
$30 in. $3,000,000 out. Every intercept is a permanent budget deletion.
Manufactured in a single day on commodity SLA nodes. Raw polymer plus a conductive coating. No foreign IP, no export dependence.
Ship the file. Not the fleet. A decoy per drone, a printer per airbase.
Sovereign supply chain, field-tested doctrine. Twelve months to a ready-to-integrate, export-cleared SEAD decoy in the IAF's hand.
Active jammers are hot, expensive, and detectable.
Modern IADS like the HQ-9/P classify tactical drones as low-priority and lock onto our manned fighters. Legacy countermeasures don't scale to distributed SEAD doctrine.
Spend $30. Force the enemy to spend $3,000,000.
Every SAM interceptor fired at a D³ decoy is a permanent budget deletion for the adversary and a saturation lever for our strike package.
Manufactured in a single day on commodity SLA nodes. Raw polymer plus conductive coating. No foreign IP.
Per attempted kill
Cost of a single SAM interceptor fired at our decoy. 100,000× economic asymmetry — saturates any air defense budget.
A 120mm sphere.
No sensors. No code.
Purely geometric.
A 3D-printed gradient-index (GRIN) lens on a tactical UAV nose. Sub-wavelength Gyroid + BCC lattices realize a continuous permittivity profile ε_r(r) = 2.0 − (r/R)² — bending every incoming ray to a focal point, then reflecting it coherently.
Ship the file.
Not the fleet.
Twelve months. Four hardware milestones. A ready-to-integrate, export-cleared SEAD decoy in the IAF's hand by month twelve.