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December 15, 2025 – The most improbable restoration project in the classic car world just hit a critical milestone. The crew behind the YouTube channel The Questionable Garage has successfully brought the electrical system back to life on their rare General Motors EV1, chassis number VIN 212. The team spent months cleaning corrosion, repairing connectors, and reconnecting the car’s 12-volt wiring harness. Now the dashboard lights up, the radio plays, the odometer reads 28,832 miles, and even the brake lights work. It’s the first sign that this infamous electric car might actually run again.
The EV1 is a legend—not for its sales, but for its premature death. GM leased about 1,100 units to California and Arizona customers starting in 1996, then famously recalled and crushed nearly all of them when leases ended in the early 2000s. A handful survived as museum pieces or teaching aids. VIN 212 was donated by GM to Clark Atlanta University, where it was used for engineering education—until its powertrain was stripped and the car was left to decay outside. In late 2024, The Questionable Garage bought it at an impound auction for a staggering $104,000.
Getting the 12-volt system working was the first real test of whether the car could be resurrected. The harness had decades of grime and corrosion from sitting in the elements. The team disassembled every connector, ran them through an ultrasonic cleaner (which uses high-frequency vibration to blast away dirt), then mounted the entire wiring buck outside the car for easy testing. After reconnecting the fuses and relays, the moment of truth came: power flowed to the instrument cluster, the Oldsmobile-era head unit, and the shifter panel. The car even accepted its security code—a necessary step before the powertrain can communicate with the rest of the vehicle.
The shifter panel itself was a puzzle. During decommissioning, a screw had been taped over the park‑interlock switch, likely to allow the car to be rolled around in neutral after GM removed the power control module and other key parts. The team cleaned the panel, replaced the backlight bulbs for its many buttons, and restored the assembly to working order. It’s a small but satisfying victory: the shift indicator now glows, and the buttons respond.
But this is just the beginning. The high‑voltage battery pack—the heart of the EV1’s electric powertrain—is still missing. The original pack was likely removed and crushed years ago. The team plans to install a reconditioned pack built from salvaged cells, or possibly a modern lithium‑ion conversion. Even more challenging: the car needs a new powertrain control module (PCM). GM sourced the PCM from an S‑10 EV, a rare electric pickup from the late 1990s that shares some hardware with the EV1. But the software in that PCM is not tuned for the EV1’s motor, battery, and thermal systems. The team will have to load proper EV1 firmware—a job that may require reverse‑engineering GM’s proprietary code.
GM itself is now officially supporting the restoration. The automaker provided technical documentation and helped source some hard‑to‑find parts. According to a GM Heritage Center spokesperson, this is the only privately owned EV1 restoration that the company has ever backed. The move signals a shift in attitude: GM once wanted the EV1 to vanish, but now recognizes its importance in electric‑vehicle history. The Chevrolet Volt concept debuted just four years after the EV1 recall, and GM’s current Ultium platform owes a debt to those early experiments.
The EV1 was a technological marvel for its time. It used an alternating‑current induction motor (developed with Delco), a 26‑kWh lead‑acid battery pack in early models (later replaced by nickel‑metal hydride), and regenerative braking. The car could travel about 80–140 miles on a charge, depending on the battery chemistry. Its coefficient of drag was an incredible 0.19—still among the lowest of any production car. If GM had continued development instead of crushing the fleet, the entire trajectory of electric vehicles might have been different.
Today, fewer than 40 EV1s are known to exist worldwide. Most are in museums or private collections, and nearly all are non‑operational. VIN 212 is one of the few that could potentially drive again. The team at The Questionable Garage has already proven that perseverance pays off: they restored a heavily corroded wiring harness to full function, got a 25‑year‑old computer to talk to the body modules, and made the car’s interior look almost factory‑fresh.
The next big public update is expected in early 2026, when the team attempts to install the high‑voltage battery and bring the powertrain online. If they succeed, this EV1 will be the first ever to move under its own power in more than two decades—and a testament to the dedication of a few guys who refused to let history be crushed.
For now, the glow of those backlit buttons and the hum of the radio are enough to keep hope alive. As one of the team members said in the latest video, “It’s not going anywhere yet, but it’s awake. And that’s a lot more than we had six months ago.”
