New Electric Classic Cars
Why It Matters
By marrying classic car design with a flexible EV skateboard platform, the company creates market‑ready, high‑performance electric classics that appeal to both collectors and fleet operators, accelerating the adoption of sustainable mobility in a traditionally fossil‑fuel‑dominated segment.
Key Takeaways
- •Skateboard chassis enables classic bodies with modern EV performance.
- •52 kWh battery pack improves range and weight distribution.
- •Dual‑motor platform delivers up to 600 hp and 0‑60 in 3 s.
- •TI’s C2000 MCU provides fast, safety‑critical motor control.
- •Modular design allows swapping bodies like Porsche, Cobra, or Stratos.
Summary
The episode introduces Electric Classic Cars’ new electric‑classic concept line, built on a modular skateboard chassis that fits iconic bodies while delivering modern electric‑vehicle performance. Sponsored by Mouser Electronics and Texas Instruments, the company showcases two platforms: a 300‑horsepower rear‑wheel‑drive sports car for models like the Porsche 356 replica, and a high‑output 600‑horsepower four‑wheel‑drive platform aimed at larger classics such as an AC Cobra. Key technical insights include a 52 kWh battery pack centrally mounted under the Porsche 356 for optimal weight distribution, disc brakes, multi‑link suspension, and a Tesla Model 3‑derived drivetrain. The larger Cobra platform houses an 84 kWh pack in the transmission tunnel, delivering 0‑60 mph in roughly three seconds, with CCS rapid‑charging capability and carbon‑fiber interior components. Texas Instruments’ C2000 microcontroller underpins motor control, battery management, and safety‑critical functions like steer‑by‑wire. The host highlights practical benefits: the skateboard layout frees up front and rear luggage space, making the vehicles viable daily drivers or even company cars. Real‑world examples—such as the previous 30 kWh‑based 356 conversion and the new 52 kWh version—illustrate how modern suspension and weight balance dramatically improve handling over original chassis designs. These developments signal a shift toward highly customizable, performance‑oriented electric classics that blend nostalgic aesthetics with cutting‑edge EV technology, opening new revenue streams for niche manufacturers and offering enthusiasts a practical, sustainable alternative to traditional restorations.
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