ParaNetic P6A Electric Aircraft Propulsion System

The ParaNetic P6A motor leverages a novel magnetic architecture to deliver high torque, high efficiency electric propulsion—purpose-built for electric aviation.

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Core Technology

• ParaNetic magnet: An electronically projected three-pole field (e.g., north–south–north) replaces conventional single north/south polarity, enabling a rotor to pass fully through polarity transitions.

• Dual-sided interaction: Both sides of the rotor and stator fields are engaged simultaneously, creating a balanced push–pull force that amplifies torque and reduces loss.

• Seamless polarity switching: Advanced electronic control shapes and shifts the field with smooth transitions, minimizing cogging and maintaining momentum.

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How it Works

• Projected field stator: Carefully arranged electromagnets generate the ParaNetic three-pole field as a controllable “wave” the rotor rides.

• Continuous torque: The dual-pole utilization pulls and pushes at once, improving torque density and smoothness compared to conventional designs.

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​Key Advantages

• Higher efficiency: Dual-sided field engagement converts more input power into mechanical work, reducing waste heat.

• Increased torque: Push–pull dynamics deliver greater rotational force per unit of power—ideal for heavy-duty propulsion.

• Reduced heat: Lower resistive and friction losses can extend lifespan and reduce cooling demands.

• Versatility: Scales from compact to large systems; precise control near polarity switch points enables novel applications.

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​Why it Matters

• More range, less energy: Efficiency translates to longer flight endurance and reduced energy costs.

• Power-density: High torque with minimal cogging improves performance and reliability.