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Magnetic Inertia Jet Engine – Technology Brochure

Magnetic Inertia Jet Engine

Redefining Clean Propulsion for Drones to Hypersonic Flight

Product Overview

The Magnetic Inertia Jet Engine is a revolutionary propulsion system designed for high-efficiency, low-friction performance using active magnetic bearings, electromagnetics, and regenerative power systems. Built for both remote drones and full-scale aircraft, this engine minimizes fuel usage and maximizes performance in all environments.

Model Performance Comparison

Model Application Top Speed Thrust Class Estimated Weight Target Market Cost
MI-MiniJet 200 Drone/UAV Mach 0.8 (980 km/h) 150–300 lbf 48 kg $450,000–$700,000
MI-Hybrid 800 Commercial/Trainer Jet Mach 1.8 (2,200 km/h) 2,000–4,000 lbf 460 kg $3.0M–$5.0M
MI-SonicX 3300 Military/Supersonic Mach 3.2+ (3,900 km/h) 8,000–12,000 lbf 940 kg $12.0M–$18.0M

Bill of Materials (BOM)

Component Unit Cost (USD) Quantity Total Cost (USD)
Main Shaft$25,0001$25,000
Magnetic Bearings$12,5002$25,000
Electromagnets$12504$5,000
Superconducting Magnets$6,2504$25,000
Turbine/Compressor Blades$1000–$150020–30$20,000–$30,000
Rotor Housing$20,0001$20,000
Control Unit$12501$1250
Power Supply System$6251$625
Energy Storage$3,7501$3,750
Cryogenic Cooling System$37,5001$37,500
Sensors$1256$750
Fire Suppression$5,0001$5,000

Manufacturing Cost Estimate

Total Manufacturing Estimate: $3.5M – $10.0M per full-scale engine
Suggested Market Price: $4.5M – $13.0M (includes margin and service contract)

Investment Opportunity

This is a limited window to join the aviation revolution. By investing in the Magnetic Inertia Jet Engine project, you participate in a groundbreaking propulsion system that bridges clean tech and aerospace innovation.

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