Engineering a Sustainable and Equitable Future
1. EV System Reclamation & Research
The Goal: Establishing scientific protocols for the safe extraction, testing, and repurposing of high-capacity electric vehicle battery cells and drivetrain components.
The Impact: Reducing environmental waste by extending the lifecycle of advanced automotive technologies.
2. Sustainable Mobility Engineering
The Goal: Integrating reclaimed electric propulsion systems into existing vehicle platforms to create low-cost, high-efficiency transportation.
The Impact: Providing affordable, reliable vehicle options for community members with limited access to traditional automotive markets.
3. Technical Methodology Open-Source
The Goal: Documenting and publishing safety standards and conversion schematics for reclaimed vehicle engineering.
The Impact: Empowering other engineers and organizations to safely participate in the circular automotive economy.
Objective: Verification of 501(c)(3) compliant financial protocols and digital research accessibility.
Technical Execution:
Protocol Calibration: Integrated dual-path donation loop (QR and Button) using confirmed Charity Rate (1.99% + $0.49).
Load Verification: Conducted successful $5.00 live-environment transaction test.
Data Integrity: Verified net deposit of $4.41 to the Foundation treasury.
Conclusion: Phase 1 infrastructure is operational. Foundation is cleared for physical vehicle acquisition and investigative teardown research.