FPT has engineered a revolutionary class of composite metamaterials that generate directional thrust directly from electric current. No propellant, no moving parts, no complex coils. Our systems unlock force densities over one million times higher than conventional designs. With DARPA, United States Air Force and NSF-backed research, our technology defines the next frontier of propulsion and electromagnetic force application in defense and aerospace. Key Metrics: - 11 U.S. and International Patents - $2.5M Public R&D Funding - 6 Industry & Research Partnerships - Propellant-less Thruster: Generates directional thrust without fuel, reducing payload mass and increasing mission duration. Ideal for small satellites, deep-space exploration, and orbital maneuvering. - Electro-Scalar Disruption for Defense: Produces Electro-Scalar forces capable of disabling enemy electronics, missiles, and satellites. Provides non-destructive, long-range countermeasure capabilities. - Advanced Thermal Protection System: Actively dissipates heat, enhancing spacecraft safety during re-entry. Enables next-generation hypersonic and reusable space vehicles. - Space Asset Protection from Debris: Creates an impact-mitigation barrier to protect satellites and spacecraft from high-velocity collisions. Increases survivability in low-Earth orbit (LEO) and deep-space environments. - Frictionless Surface Interaction: Redirects air, fluid, or plasma flow away from vehicle surfaces, minimizing drag. Enhances efficiency for high-speed aircraft, naval vessels, and hypersonic systems. - Sonic Boom Elimination: Disrupts and cancels shockwaves, enabling silent supersonic and hypersonic flight. Critical for stealth operations, military aviation, and commercial supersonic travel. - High-Speed Under Water Data Link: Disrupts and cancels shockwaves, enabling silent supersonic and hypersonic flight. Critical for stealth operations, military aviation, and commercial supersonic travel. We’re advancing space exploration with cutting-edge propulsion and intelligent AI technologies, built for the missions of tomorrow. Systems and Features: - Magnetic Field Propulsion: A revolutionary propulsion system using magnetic fields and superconductors to achieve efficient, fuel-free space travel. - Fuel-free operation - Magnetic acceleration - Superconductor-powered - Supports long missions - Low maintenance - Zero emissions - Electromagnetic Propulsion: Fuel-free propulsion using magnetic fields and superconductors for efficient, eco-friendly space travel. - AI Navigation Systems: Smart navigation powered by AI for real-time path correction, threat avoidance, and autonomous spaceflight control. Our cutting-edge electromagnetic system uses a precise multi-phase process to deliver fuel-free propulsion with unmatched efficiency, control, and reliability. Phases: 1. Magnetic Launch Phase: Initiates movement using controlled electromagnetic pulses for a powerful, fuel-free start. 2. Acceleration Control: Smart systems adjust speed and direction in real-time for smooth, efficient navigation. 3. Orbital Stabilization: Advanced sensors ensure precise orbital entry and sustained trajectory with minimal drift. Electromagnetic Propulsion Metrics: - System Stability: 99% - Navigation Accuracy: 10X - Power Efficiency: 97% Key Findings: - Faster Deployment: Cut satellite deployment time by 75% - Eco-Friendly Design: Zero-fuel architecture ensures clean propulsion - Operational Savings: 85% cost savings on repeated launches - Mission Assurance: 99.98% success rate in full-scale 1. Australia Patent 2013286987. Inventor: Richard Banduric. Interacting complex electric fields and static electric fields to effect motion. 2019 2. Australia Patent 2019203675. Inventor: Richard Banduric. Complex electric fields and static electric fields to effect motion with conduction currents and magnetic materials. 2019 3. Australia Patent 2020213418. Inventor: Richard Banduric. Complex electric fields and static electric fields to effect motion with conduction currents and magnetic materials. 2019 4. United States Patent 10,855,210. Inventor: Richard Banduric. Complex electric fields and static electric fields to effect motion with conduction currents and magnetic materials. 2017 5. United States Patent 10,320,312. Inventor: Richard Banduric. Complex electric fields and static electric fields to effect motion with conduction currents and magnetic materials. 2017 6. United States Patent 10,084,395. Inventor: Richard Banduric. Complex electric fields and static electric fields to effect motion with conduction currents. 2017 7. Canada Patent 3008875. Inventor: Richard Banduric. Complex electric fields and static electricfields to effect motion with conduction currents and magnetic materials. 2013 8. Canada Patent 2874666. Inventor: Richard Banduric. Interacting complex electric fields and static electric fields to effect motion. 2013 9. Canada Patent 3076718. Inventor: Richard Banduric. Interacting complex electric fields and static electric fields to effect motion. 2013 10. United States Patent 10,027,257. Inventor: Richard Banduric. Interacting complex electric fields and static electric fields to effect motion. 2012 11. United States Patent 9,337,752. Inventor: Richard Banduric. Interacting complex electric fieldsand static electric fields to effect motion. 2012 - Q: How does electromagnetic propulsion work? A: Yes, all systems have been rigorously tested in simulated conditions with over 99.9% reliability. - Q: Is your technology safe for space missions? A: Yes, all systems have been rigorously tested in simulated conditions with over 99.9% reliability. - Q: What makes your system eco-friendly? A: Yes, all systems have been rigorously tested in simulated conditions with over 99.9% reliability. - Q: How do AI navigation systems improve space travel? A: Yes, all systems have been rigorously tested in simulated conditions with over 99.9% reliability. - Q: What’s the timeline for full deployment? A: Yes, all systems have been rigorously tested in simulated conditions with over 99.9% reliability.