The 2027 Chevy Bolt arrived with one significant upgrade over its predecessor: charging speed. The previous Bolt's 55 kW DC fast charging was its most persistent flaw — a rate that made it a capable city car but a frustrating long-distance companion. The new version charges at up to 150 kW, three times faster, and adds Super Cruise for hands-free highway driving. It also keeps an LFP battery that tolerates regular 100% charges without long-term degradation concerns. The Out of Spec team took a habanero orange 2027 Bolt from Virginia Beach, Virginia, to Los Angeles, California — coast to coast — using Ionna DC fast charging stations at every stop where coverage allowed. At a tested real-world range of roughly 220 miles at 70 mph, every leg would require planning.
The trip was designed primarily as a stress test of Ionna's network coverage rather than the Bolt itself. Ionna is one of the newer DC fast charging networks in the US, formed as a joint venture backed by major automakers and expanding rapidly across the interstate corridor. The core premise is a meaningful one: if the cheapest new electric car in America can complete a coast-to-coast drive on a single charging network, it removes one of the last credible infrastructure arguments against EV adoption. The team was transparent going in about the gaps. Stretches through the western US were expected to require either a lower highway speed to extend range between stations, or a brief top-up from a backup network. The plan was to minimize bailout charges and document honestly where Ionna's coverage holds and where it needs more stations.
The route ran east to west: Virginia Beach to Ashland (Virginia), through Pittsburgh, then west on I-70 and eventually I-15 into Los Angeles. The team planned to charge to 100% at each Ionna stop, which the Bolt's LFP chemistry handles without issue — a conversation with Chevrolet's engineering team before departure confirmed that full charges can be done routinely, with a periodic complete cycle recommended roughly every three to five stops to keep the battery management system calibrated. The Super Cruise system on this particular car was retrofitted ahead of its general production rollout, fitted specifically for this test vehicle. Route planning used the car's built-in navigation, which the team noted should automatically precondition the battery before arriving at known charging locations — a useful feature for maintaining fast charging speeds, particularly at Ionna's higher-power stations.
The trip was livestreamed on Out of Spec Motoring with a Starlink Mini connection from the car, allowing followers to watch conditions in real time and meet the team at charging stops along the route. Chevy was given the car, told the plan, and responded with the engineering call and a general instruction to drive it like a normal car.
Bottom line: The 2027 Bolt is not the most capable long-distance EV on the market, and 150 kW charging still trails the 250 kW rates of newer competitors. But LFP chemistry, improved charging, and Super Cruise together make it a legitimate road trip car for the first time. The more important story here is Ionna's network. If it holds coast to coast on the cheapest EV available, the infrastructure argument against EVs loses its most practical footing. That result matters far beyond this one road trip.