Deep dive into the technical development of The Schöner. Access Porsche 993 EV blueprints, 3D CAD models, and the engineering of the 65kg carbon fiber monocoque.
The Architecture of Performance
While the silhouette is timeless, the foundation of The Schöner is a radical departure from 1990s steel. This section documents our transition from the original Porsche 993 chassis to a state-of-the-art carbon fiber monocoque—a structure designed to handle the massive torsional stress of a 1,500 hp electric powertrain.
Behind the Scenes: Technical Milestones
- 3D Digitization & CAD Master: TheSchoner.com – Development
- Using high-fidelity LiDAR scanning, we captured the exact geometry of the Porsche 993 GT2 EVO II.
- Our blueprints reveal the integration of battery modules within the center of gravity, achieving a weight distribution that honors the original “rear-engine” feel while optimizing for EV balance.
- Structural Integrity: The 65kg Monocoque
- View our FEA (Finite Element Analysis) reports and technical drawings that show how we achieved a chassis weight of just 65 kg without sacrificing safety or rigidity.
- This sub-page displays the raw carbon fiber layup process, moving from digital blueprint to autoclave.
- Powertrain Schematics: 1,100+ kW Management
- The engineering challenge isn’t just generating 1,500 hp; it’s cooling it.
- Our technical gallery includes thermal management system diagrams and motor placement drawings that allow for the iconic slim 993 rear profile while housing modern high-performance inverters.
The “Living Blueprint” Philosophy
For the first time, we are opening the “First Circle” vault to show the iterative process of automotive prototyping.
- Iterative 3D Drawings: Track the evolution of the aero-package from the first sketches to the final wind-tunnel-tested GT2 EVO II body shell.
- Material Science: Explore the data behind our choice of aerospace-grade composites and how they interface with traditional Porsche components.
