01 · Matter
SMC-Core ↗Material formulation and magnetic characterisation.
AEROMAG · ELECTRIC MACHINE PLATFORM
MATTER → MACHINE → CONTROL → EVIDENCE
Power begins
in matter.
AeroMag unifies proprietary magnetic materials, unconventional electric-machine architectures, native control and a traceable engineering thread. The motor is the platform. The material is the motor.
Concept visualization · no performance claim · configuration subject to engineering evidence
SERIALM7-T-AEROMAG-V1.2DISCLOSUREL0-PUBLICREVISION2026-08-20
02 · Machine
AeroMag
Architecture, geometry and configuration identity.03 · Control
Mag-FOC ↗Machine-bound control parameters and deterministic execution.04 · Evidence
AeroMag Forge ↗Requirements, build package and evidence remain one governed record.
01 · THE MATERIAL ADVANTAGE
Geometry changes when the material changes.
Conventional electric motors inherit the geometry of stamped-and-stacked silicon steel. AeroMag begins upstream: with Reinventy-produced soft magnetic composite material designed to support three-dimensional flux paths and forms that conventional lamination cannot realise.
The result is not a single motor specification. It is an architecture platform in which material, electromagnetic topology, geometry, control and evidence can evolve as one governed system.
PLATFORM PRINCIPLENo orphan calculations. No geometry without units. No production release without human authority.
02 · ARCHITECTURE FAMILY
Two magnetic logics.
One material foundation.
AeroMag is configured around two complementary families. Each remains a governed engineering path—not a generic motor catalogue.
01 · AFPM
Axial flux. Compact by architecture.
A dual-rotor, single-stator axial-flux configuration designed for constrained integration envelopes. The topology places torque-producing area where the package can use it, while the material system unlocks forms unavailable to conventional stamped laminations.
Compact propulsion · direct-drive exploration · governed configuration02 · PPMT
Parallel paths. A different magnetic logic.
Parallel Path Magnetic Technology explores a controlled multi-path flux architecture for applications that demand a different relationship between current, magnetic force and holding behaviour.
Elevated force architectures · zero-energy hold exploration · human-gated evidenceOpen the technology record →03 · CONFIGURATION CLASSES
Architecture is selected by the mission—not by a brochure.
R-CLASS
Compact integration
A moderate-power configuration family for auxiliary propulsion, ducted-fan systems and integrated mobility actuation. Native control pairing: Mag-FOC R-Series.
A-CLASS
Scaled propulsion
A high-power-density development family for integrated propulsion at scale. Native control pairing: Mag-FOC A-Series.
Public language describes architecture and programme intent. Operational envelopes, qualification data and application-specific configuration remain partnership-gated.
04 · PROJECT DAEDALUS
The machine is not a file.
It is a chain of decisions.
AeroMag Forge is the engineering and manufacturing operating system behind that chain: requirement, unit-safe sizing, deterministic geometry, machine-bound control, governed build package and evidence remain connected to one machine identity.
Explore AeroMag Forge →05 · EVIDENCE DISCIPLINE
Calculation is not proof.
A draft is not a release.
Unit-safe engineering
Quantities carry units through the engineering chain. Invalid or incomplete inputs block progress instead of producing a plausible substitute.
Machine-bound control
Mag-FOC parameters remain attached to the exact machine configuration from which they were derived.
Governed manufacturing
Build packages, quality evidence and release-bearing actions remain attributable to human authority.
BEGIN A CAPABILITY CONVERSATION
Bring the mission.
We will trace the machine.
Architecture-specific operating envelopes, qualification regimes, material data and integration interfaces are released under the appropriate partnership and disclosure path.