Division — Propulsion

Motion systems beyond the wheel.

Our focus is foundational: develop a deeper understanding of gravity and field interactions, then explore whether those principles can be harnessed for controllable propulsion. We approach this as disciplined research—clear hypotheses, careful measurement, and an openness to be proven wrong.

Near-term work centres on theory review, simulation, and bench-scale field experiments (electromagnetic, inertial, acoustic). The aim is to map where known physics affords leverage for movement without conventional wheels, rotors, or propellant—if and only if the data supports it.

Animated gravity waves background

Propulsion Division

About the Propulsion Division

From electromagnetic drives to inertial control, we rethink thrust, rotation, and vibration with strict safety envelopes.

Field-driven motion

Electromagnetic & inertial prototypes beyond rotary baselines.

Feedback control

Adaptive control maps and HIL simulators with interlocks.

Proof via data

Torque/efficiency maps and endurance logs vs. baselines.

Timeline

Q4 2025

HIL Rig Online

  • Safety interlocks
  • Realtime loop + logging

Q1 2026

Drive Maps v1

  • Torque/efficiency maps
  • Thermal margin validation

Q2 2026

Prototype Trials

  • Field-driven concepts
  • Endurance + failure-mode tests

Get involved

Help us build and validate the next generation of motion systems.

Prototype builders

CAD, machining, wiring, and controlled bench tests.

Apply to help

Control engineers

Model, simulate, and tune adaptive control maps with HIL.

Propose control work

Pilot partners

Trial systems on real platforms with safety envelopes and telemetry.

Partner with us