A live update of what’s working, what’s next, and how you can be part of it.
We Don’t Do Vaporware. We Build What Works.
FluxWorx is a hands-on operation. Things move forward when we have time, tools, and help. Some weeks are fast, others are quiet. But every step is real, and everything we build is built to last. Here’s what’s happening now across all three projects.
A self-contained, solid-state generator that uses magnetic field redirection instead of fuel, motion, or sun to create electricity.
✅ What’s Already Done:
🔧 Core principle tested and confirmed
🧪 Working bench top prototype tested
📄 Provisional patent filed (2025)
🔒 Internal design secured while full patent prep continues
🚧 What’s Happening Now:
🛠 Finalising switching control and inverter circuitry
🎥 Preparing proof-of-function demo video
🤝 Looking for electronics help and crowdfunding prep
An elegantly simple but groundbreaking component that enables one-way magnetic flux — no power, no sensors, no moving parts.
✅ What’s Already Done:
🧠 Core theory proven and FEMM simulated
💡 Core effect proven through static field modeling and functional layout testing
📄 Provisional patent filed to secure the concept and core method
🧲 Diode behavior confirmed using passive flux control in lab-scale simulations
📊 Use cases mapped for energy systems, motors, shielding, and magneto-logic
⏸ Current Status:
We’re preparing to move into prototyping and physical validation. Final design tuning is underway, and component fabrication will begin once we complete our in-house laser cutter setup.
🚧 What’s Next:
🔦 Testbed construction and live flux-loop validation
🧪 Measuring directional flux preference under static field loads
📐 Integration trials with FMG and FMM systems
🤝 Seeking materials partners and field control experts for collaborative testing
A torque-rich, ultra-efficient electric motor that steers magnetic flux instead of energizing full windings.
✅ What’s Already Done:
🧠 Core theory proven and simulated
🧲 Architecture modelled and aligned with FMG principles
🛤 Shared design pathway with FMG for faster future development
⏸ Current Status:
We’re holding off full development while we finish the FMG. Every lesson we learn there speeds this one up.
🚧What’s Next:
📐 Prototyping and control logic once FMG completes
🔍 Seeking motion-control engineers and academic collaborators
We don’t launch half-finished ideas, we build them carefully, honestly and with community in mind. If you believe in the mission and want to support it — whether with skills, gear, knowledge or outreach — we’d love to hear from you.