Jaguar sells the I-Pace with one powertrain configuration, called the EV400. It’s comparable to the Model S 75D or the Model 3 Mid-Range in terms of punch and range. There is no lack of thrust, trust me. Two electric motors—one on each axle—combine to produce 394 horsepower and 512 pound-feet of torque. The motors provide the I-Pace with all-wheel drive (AWD), and all that power routes through a single-gear transmission. Like any electric car, acceleration is smooth and immediate, since electric motors provide full torque at zero rpm, and there are no gear ratios or belts in the transmission to move. The I-Pace catapults forward in Comfort or Dynamic drive modes, most noticeably in mid-range acceleration (30 to 50 mph, for example). At times, hitting the accelerator pressed my neck into the backrest like I was Tom Cruise doing stunt-driving takes. It’s so snappy quick, it’ll catch you off-guard. That kind of speed—whether you're getting past a tractor-trailer or time-warping away from that tailgating jerk—is as soothing as it is addictive.
Even though the car weighs nearly 5,000 pounds, the I-Pace does actually live up to the cliché of "handling on rails." The adaptive dampers (a $700 option on top of the standard air suspension) do an amazing job of cutting body roll, just as the motors instantly route torque, and the brake pads squeeze the inner wheels to make the I-Pace feel almost invincible. And that’s on cold, wet roads with winter tires. In warm weather on summer tires, the I-Pace has even more guts. Steering feel is incredible, too, with perfect weighting and off-center reactions that encouraged me to drive harder. Bury the pedal, and the car’s stereo will simulate the thrumming of a gasoline engine—like you even missed it. Back off, and the I-Pace glides silently and rolls over road imperfections like they were never there. Because there’s a gaping hole in the roof, there is some chassis flex that results in a few too many squeaks when driving slowly over speed bumps. At low speeds, the brake pedal also feels mushy and emitted the occasional groan, but at higher speeds—the preferred way to drive any Jaguar—the feel is remarkably solid. I liked driving with the regenerative braking set to low, but drivers who like hard deceleration and one-pedal operation can choose the High setting.
Jaguar claims its 90-kilowatt-hour battery will deliver up to 234 miles per charge, as estimated by the EPA. But like all EVs, that number can only be met (or exceeded) in the most ideal conditions: Warm weather, flat roads, and plenty of opportunity for regenerative braking. It also assumes you’re not operating most of the vehicle’s accessories (such as the climate control). My experience in Connecticut and Massachusetts during the dead of winter was like the first meeting of the Jamaican bobsled team. The I-Pace couldn’t have been any more unprepared if it tried. On a warmer day in the 50s, the car came to my home fully charged showing 210 miles of range. Every other day when it dipped below freezing, the range was no more than 160 miles on a full charge. That’s nearly a third of the battery's range wiped out, without even stepping on the accelerator.
And I’m no crazy hypermiler who lives for discomfort—I had the heat and seat heaters cranked with the rear defroster activated for the first 20 minutes before dialing them all way down. It didn’t matter. A 150-mile trip from my home to southern Massachusetts should have been cake for the I-Pace, even at sustained 70-mph speeds. But the margin between the estimated mileage and my actual distance to my destination was less than 10 miles, in both directions. That caused me to stop at a 40-kilowatt DC fast-charge station in Providence on the way there and again on my way back. On my return, since a BMW i3 owner was using the only plug and I needed at least 100 miles of recharging to make it home, a trip that takes two hours turned into four. Nowhere in Jaguar’s advertisements does it show I-Pace owners eating flatbread at a Hilton Garden Inn. Nowhere does any government, automaker, or environmental group talk about how desperate EV drivers are as they discover charging stations in obscure areas, expensive prices, and timed sessions that shut off the station before you’re ready to leave. Broken stations are common. Some accept credit cards, some won’t. Some charge at 50 kW, some at 24 kW, and all reduce power when more than one vehicle is connected. Supposedly there are 100-kW stations that rival Tesla’s Supercharger network. But even in one of the busiest parts of southern Connecticut where I live, and along the Massachusetts Turnpike where clumps of DC fast-chargers are situated, it was impossible to find any operating at that power. Charging from near-dead to full took almost 3 hours on a 50-kilowatt connection. On a more-common 230-volt connection, it takes 10. On a household outlet, days.
The I-Pace's EPA gasoline-equivalent rating is well below other EVs at 76 MPGe combined, which contributes to its deficiency in cold weather. That means the I-Pace burns through more electrons per mile. Regardless, the I-Pace suffers the same disadvantages as all modern EVs, including Teslas, in the exact same way. The EV charging network is simply not up to speed with the car. And the I-Pace, when charged, still performs incredibly for a luxury performance car.