About the Build

Join us in our mission to preserve the heritage of classic cars, while embracing the future of mobility.

The escalating cost of automotive repairs in the US, particularly for electric vehicles, poses a significant challenge. The relative inexperience of repair shops with EVs often leads to premature write-offs, even for vehicles with repairable damage.

​A key factor is the safety feature that automatically disconnects the electrical system during a crash. This makes it difficult for insurance adjusters to assess damage beyond cosmetic issues. For example, my daughter’s car was deemed a total loss after an accident, despite potentially repairable damage. This practice contributes to substantial waste, undermining the environmental benefits of EVs. True sustainability requires not only green energy use but also a focus on reducing consumption and promoting reuse. Simultaneously, numerous classic cars sit idle, awaiting restoration. While their market value may be modest, enthusiasts are willing to pay premiums to acquire and maintain them. However, sourcing original parts is time-consuming and expensive, and compatibility issues often arise when using parts from different manufacturers. This raises a compelling question: what if we could repurpose modern EV components from write-offs and integrate them into classic chassis? This approach could address both the waste problem and the challenges of restoring classic vehicles, offering a sustainable and innovative solution.

​My fascination with German technology is undeniable, but my decision to purchase BMWs is ultimately driven by the outstanding service and expertise of my local dealership. Despite owning other European vehicles, the consistent courtesy and personalized attention I receive from the BMW team is unparalleled. This enduring relationship, cultivated over time, is difficult to replicate.

My recent experiences with fixing minor car issues have ignited a spark within me. The satisfaction of tackling these challenges and the joy of working on my vehicles have led me to ponder a new path. What if I could transform this passion into a meaningful business? I envision a future where I can not only save money and resources but also contribute to a greener environment by providing eco-friendly automotive services. Perhaps I could specialize in repairing hybrid or electric vehicles, helping to extend their lifespan and reduce waste. Or maybe I could focus on restoring classic cars, giving them a second life while preserving a piece of automotive history. The possibilities are endless, and I am excited to explore the potential of turning my passion into a sustainable and rewarding business venture.

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Car in workshop representing fabrication and integration work
Project Goals

What the build is aiming for

The project is focused on delivering a cohesive restomod rather than a parts swap. That means careful integration, clean execution, and a final result that feels intentional from chassis to cabin.

Preserve the 2002 proportions

Package BMW i3 EV hardware cleanly

Improve reliability and usability

Document every major milestone

Follow the Journal

Core systems and donor components

The build combines classic chassis character with modern EV architecture. Each major subsystem is selected for compatibility, serviceability, and the ability to create a finished car that feels engineered rather than improvised.

BMW 2002 project image showing the donor vehicle and build direction
01

Donor platform

BMW i3 components provide the electrical foundation for the project, offering a modern starting point for drivetrain integration, control systems, and packaging strategy.

OEM-derived EV architecture

Compact component packaging

Strong basis for refinement

02

Fabrication approach

Mounts, brackets, routing, and structural details are approached with a restomod mindset: clean lines, repeatable solutions, and respect for the original shell.

Custom integration work

Workshop-led problem solving

Detail-focused execution

Industrial fabrication equipment representing custom build work
Garage service scene representing assembly and workshop progress
03

Driving vision

The goal is a car that feels cohesive in motion, not just interesting on paper. Weight, response, cooling, and usability all matter as much as the headline concept.

Road-ready drivability

Balanced performance goals

Classic feel with modern confidence

Build timeline

The project moves through clear phases so followers can understand not just what changed, but why each step matters in the overall transformation.

01

Concept and planning

Define the vision, donor strategy, and technical direction for the restomod.

02

Teardown and assessment

Evaluate the shell, measure constraints, and prepare the car for EV integration work.

“The best restomods feel inevitable when they are finished. Every visible and hidden decision should support that outcome.”

03

Fabrication and fitment

Develop mounts, routing, and packaging solutions that make the conversion feel purpose-built.

04

Testing and refinement

Validate systems, improve drivability, and document lessons learned as the build evolves.

★★★★★

“This project is about more than swapping a drivetrain. It is about proving that a classic BMW can carry its original character into a new era through careful engineering and thoughtful design.”

BMW 2002 EV restomod project image for featured quote

Build Philosophy

BMW 2002 EV Restomod Project

Ongoing engineering journal