In the realm of quick sport sedans, it’s interesting that the Model 3 DMP feels much, much quicker than an Alfa Romeo Giulia Quadrifoglio, which gets to 60 mph in 3.8 to 3.9 seconds. Like all Teslas, without a raucous revving engine or the occasion of gears shifting abruptly, one is more focused on the silent experience of acceleration, the way your cheeks feel heavier than normal, and a sense of the seat really pushing you down the road. Minus the screaming, running down the dragstrip in the Model 3 DMP is not dissimilar to an electromagnetic amusement park ride: You’re just sitting there and then, suddenly … speed! In the Model 3, the dash and cowl are lower so the sense of speed and acceleration is heightened, even more so than in either an S or X.—Chris Walton
Hitting the Brakes
Besides the variable-rate electricity-regenerative braking that uses the motors to slow the vehicle, the Model 3’s traditional disc brakes haul the car from 60 to 0 mph in 99 feet, on par with some formidable performers. This ties the GT350R and Giulia Quadrifoglio from above, as well as two 2016 Cadillacs: the ATS-V and CTS-V. It’s also shorter than a couple of 2016 BMWs: the M4 GTS and M3 Competition. Here are a few contemporaneous notes from the test track. “The Model 3 DMB has a very firm brake pedal, without much travel or feel, but the brakes are highly effective and consistent. I did one stop from 100 mph (the second one) and got them rather hot and a saw a puff of smoke when the car stopped. On the next pass, the distance shrank to the shortest stop (99 feet), so the brakes are capable of dissipating heat well. In order: 100, 105, and 99 feet.”
When you chart the data (above), there’s an absolutely straight line showing the car shedding speed in a linear fashion. Also, when looking at g-loads, there are no dips or spikes. It’s pretty much 1.2 g from 60 mph down to a halt.—Chris Walton
Imagine a gigantic slot car, and you’ll get the idea. Of course, the slot you’re following isn’t an actual slot but a virtual one, a sharply defined path the steering angle has mentally scribed on the road ahead of you. If any alterations are needed, you just make small steering adjustments; the Telsa Model 3 DMP’s steering is very quick to respond (you even have to get used to it). That’s a good thing, too, as everything’s happening so fast, and the stability control system isn’t very tolerant of slip angles. Quick steering is exactly the scalpel you need here.
An analogy might be a bobsled (or maybe a luge) plunging down a bob course: You need to keep the path clean and be economical with your inputs. Turning into a corner cues the tail to slip sideways momentarily, followed by a whiff of understeer as the corner’s line is traced. Nearing corner exit, you tramp down the throttle—I mean the loud pedal no, that’s not right, either stamp the accelerometer—and the tail snakes a bit and the forward rush starts all over again. The rush is really like a tractor beam—a linear, nonstop seat-back compression from corner exit to the next braking point.
On the first lap I overshot that brake point, completely blew the lap, and instantly thought, “These brakes aren’t up to the kinda speed this car’s making. Or maybe it’s feeling its 4,086-pound weight. Maybe it’s both of those things.” But according to Chris over at the dragstrip, the brakes themselves do indeed deliver ballpark stopping distances: 99 feet from 60 mph. So I’m simply underestimating the speed—it builds so linearly and silently that you’re at 80 mph when you think you’re doing 70.
There’s been some debate as to whether the new Track mode will actually improve performance around the figure-eight course. But after my chance to drive this car, I’m pretty sure it will. The Tesla could benefit from a little more opportunity for driver improvisation. Less restrictive stability control means a wider canvas to paint on—if you’re handy with the brush. On the flip side, it’s also an invite to just scribble all over the road with lurid (but slow) sideways antics; it’ll take discipline to use it for good (a quicker lap time) and not evil (Instagram moments).
After a few hard laps the acceleration edge noticeably wore off; apparently the motor temps were rising. But Track mode promises to keep the quick laps coming via precooling the motors and battery, operating the cooling system at full-tilt howl, and as necessary, opening the fluid connection between the two cooling circuits (thermally destressing the motors at a small cost to the battery temp).
Can we get a 95th percentile lap, under 24 seconds, in the Model 3 DMP in Track mode? It won’t be easy. Although the Model 3 DMP ranks about 72nd place in our all-time 0-60 rankings, on the leader board (including modified cars and race cars) its 0.94 g of cornering grip sinks it to a good but unremarkable 470th place in the skidpad category. Big difference. Most of the figure eight’s lap time is spent cornering, and obviously Tesla isn’t too keen on dialing up cornering pace with higher rolling resistance tires (being that battery range is by far the car’s priciest feature). Still, meet me back here at the figure-eight course with a Track mode Model 3; I’ll pull the bill of my baseball cap down tight, and we’ll find out.—Kim Reynolds
|2018 Tesla Model 3 Dual Motor Performance|
|PRICE AS TESTED||$78,700|
|VEHICLE LAYOUT||Front/rear electric motors, AWD, 5-pass, 4-door sedan|
|MOTORS||Front: 197-hp induction electric motor; rear: 283-hp 3-phase internal permanent-magnet electric motor: 450-hp/471 lb-ft combined*|
|TRANSMISSION||Front/rear single-ratio transaxles|
|CURB WEIGHT (F/R DIST)||4,086 lb (51/49%)|
|LENGTH x WIDTH x HEIGHT||184.8 x 72.8 x 56.8 in|
|0-60 MPH||3.2 sec|
|QUARTER MILE||11.8 sec @ 115.2 mph|
|BRAKING, 60-0 MPH||99 ft|
|LATERAL ACCELERATION||0.94 g (avg)|
|MT FIGURE EIGHT||24.3 sec @ 0.84 g (avg)|
|EPA CITY/HWY/COMB FUEL ECON||120/112/116 MPGe|
|EPA PREDICTED RANGE||310 miles|
|ENERGY CONS, CITY/HWY||28/30 kW-hrs/100 miles|
|CO2 EMISSIONS, COMB||0.00 lb/mile (at vehicle)|
*Individual front- and rear-motor peak output (which may vary with rpm and hence are not necessarily additive), miles-per-gallon equivalent (MPGe), and predicted range are sourced from EPA results. The combined horsepower and torque ratings are provided by the manufacturer.