If there’s one category of the motoring world that seems well-suited to electrification, it’s camper vans and recreational vehicles. They’re naturally boxy, making them ideally suited to large battery packs; they’re generally not driven at high speeds, which means they don’t suffer from the velocity-related drag penalties autobahn-friendly EVs do; and they depend on ample power supplies for off-grid camping, a task much more efficiently (and cleanly) accomplished using electricity than internal combustion engines.
Yet so far, few RV makers or camper van companies have built electric-only versions. Don’t blame them, though; much of that is due to a lack of vehicles to build off. While automakers have begun branching out into EV vans, they’ve generally been short-range models meant for local deliveries. A 150-mile battery may be fine for your plumber or FedEx driver, but it’ll make awful slow going as you try to road trip across America.
Or at least, that has been a problem until recently. Enter: the Grounded G2.
The Grounded G2 offers 250 miles of range, thanks to GM’s BrightDrop Zevo platform
Unless you’re in the fleet vehicle business, you’re probably unfamiliar with the BrightDrop Zevo. In a nutshell: it’s a work van based on the same Ultium platform General Motors is using to underpin its whole line of new & upcoming electric vehicles, like the GMC Hummer EV and Chevrolet Silverado EV. Grounded’s G2 is based on the Zevo 600; it boasts a 165-kWh battery pack and has all-wheel-drive via dual electric motors that serve up a combined output of 300 horsepower and 390 lb-ft of torque.

When the time comes to power up, it can recharge at up to 120 kW on a DC fast charger, or at up to 11 kW on Level 2 AC power. Roughly speaking, with a maximum range of 250 miles or so, you should be able to charge from almost zero to 80 percent — figure about 150-180 miles of range — in an hour on any Electrify America charger or other station putting out at least 150 kW. It also packs 640 watts of solar panels on the roof, enabling you to run many features off sunlight without cutting into the drive battery — or even dump electrons back into the main power pack in a pinch.