Distributed electroaerodynamic propulsion
Thrust, organized as pixels.
Pixel Thruster explores a modular electroaerodynamic propulsion architecture: small thrust cells designed to be measured, repeated and combined into larger active surfaces.
One small unit.
One scalable surface.
The working hypothesis is simple: optimize a repeatable module first, then study how performance changes when modules and stages are multiplied.
Multistage concept
V1 objective
Evidence first.
We do not publish proprietary performance claims before measurement. Prototype V1 is intended to characterize thrust per area, thrust per watt and thrust per gram.
Prototype statusDevelopment path
From one cell to an active array.
Pixel V1
An adjustable single cell used to establish an experimental baseline.
Multistage
Compare 1, 2, 3 and additional stages to identify gains and saturation.
Array
Study module interaction and distributed thrust control.