I am currently developing a next-generation electric vehicle platform that solves the biggest pain points in the current EV market: excessive weight, prohibitive battery costs, and range limitations.

While the industry is currently focused on building heavier, more expensive vehicles, my approach is fundamentally different. I am engineering an ultra-lightweight (1,500–1,600 lbs), tandem-seat vehicle that utilizes a "system-level" energy approach rather than relying on brute-force battery capacity.

Why this is different:

Energy-Harvesting Architecture: I have integrated a forward-facing, under-hood squirrel cage generator that harvests energy from the vehicle's own forward motion, turning a necessary aerodynamic requirement into a supplemental power source.

Passive Stationary Charging: Unlike any other EV on the road, this vehicle features hub-mounted, low-RPM turbines that trickle-charge the battery while the car is parked, making it truly energy-aware.

Radical Efficiency: By leveraging a D-shaped, aircraft-fuselage chassis, the design achieves superior aerodynamics that allow for a smaller motor and a dual-battery management system—delivering performance metrics that currently require thousands of pounds of extra weight to achieve.

Current Status:

I have completed the comprehensive mechanical schematics, refined the airflow integration with aerodynamic modeling, and established the energy-flow strategy for this multi-mode power platform.