Project Vision
A pure-electric Garage 56 thesis for surviving the 24 Hours of Le Mans and turning completion into brand proof, technical IP, and EV endurance data.
Open technical thesis
The
whitepaper.
A working systems thesis for a pure-electric Garage 56 completion project—written to be challenged, improved, and eventually tested.
16 chapters across vehicle, energy, safety, strategy, validation, and business.
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02 Regulatory Path: Garage 56
Garage 56 is the realistic regulatory path because a pure-electric Le Mans prototype needs room for innovation while still meeting safety expectations.
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03 Success Definition
The first success metric is not victory. It is a safe, credible, documented finish that proves the pure-electric endurance system works.
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04 Core Feasibility Challenge
The feasibility question is not whether an EV can be fast. It is whether it can repeat fast stints, recharge safely, and avoid thermal collapse for 24 hours.
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05 Energy and Stint Model
A first-order Le Mans energy model connecting kWh per lap, stint length, charging time, and total race distance for a pure-electric prototype.
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06 Megawatt Charging Strategy
Megawatt charging is not just a bigger plug. It is a thermal, electrical, operational, and strategic system that must work repeatedly under pit-lane pressure.
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07 Battery and Cooling Architecture
The battery pack is not only an energy store. It is a structural, thermal, electrical, and safety system that must tolerate repeated extreme cycling.
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08 Vehicle Architecture and Mass Strategy
Vehicle architecture strategy for reducing mass only where it improves a pure-electric Le Mans car's completion, pace, cooling, and safety case.
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09 Regenerative Braking and Drivetrain Strategy
Regenerative braking strategy for a pure-electric Le Mans car, balancing energy recovery, stability, temperature, battery acceptance, and driver confidence.
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10 Race Strategy and Safety Car Charging
The EV strategy is built around when to charge, not only how fast to charge. Neutralizations can turn charging from a pure penalty into a managed opportunity.
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11 Data and AIP-Based Strategy Platform
A pure-electric endurance prototype needs a strategy platform that fuses telemetry, battery models, thermal forecasts, race control, and human decision-making.
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12 High-Voltage Safety and Pit Operations
High-voltage safety is not a compliance appendix. It is a race operation that determines whether megawatt charging can happen at Le Mans.
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13 Business and Storytelling Value
Completion is the product: public proof that a pure-electric endurance system can survive Le Mans and become brand value, technical IP, and roadmap.
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14 Validation Framework
The project should be managed by validation priority, not by a speculative year-by-year roadmap. The right question is what must be proven first.
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15 Key Risks and Open Questions
Electric Le Mans names the hardest pure-electric endurance risks: energy density, charging heat, pack safety, mass, pit operations, and race strategy.
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16 Conclusion
Electric Le Mans is not merely an electric race car idea. It is a proposal for how premium EV brands can rebuild technical authority through endurance proof.