2021 Tesla Model 3 Standard Range Plus Sedan 4d on 2040-cars

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Tesla Model S finally has its date with a dyno

The performance abilities - and even the burnout potential - of the Tesla Model S has already been well documented, but, surprisingly, we haven't yet seen the all-electric luxury hatchback strapped to a dyno. Fortunately, the crew over at Dragtimes has posted a video that finally gave us some real-world numbers for the family- and environmentally friendly Tesla.
As the article points out, the results might be off a little (on the low side) due to the run not starting from a dead stop, but the numbers are impressive nonetheless. Immediately upon throttle application, the dyno records almost 300 horsepower at zero miles per hour, and power peaks at 368 hp at around 55 mph (we imagine the "386HP" quoted on the video title is a typo) before trailing off to around 220 hp closer to the car's limited 130-mph top speed. This compares quite favorably to the power numbers provided by Tesla putting max output at 416 hp; the dyno provided no torque figures for the car. Dragtimes also believes this number bodes well for the car on the track, too, quoting a quarter-mile time of 12.2 seconds at 112 mph.
The video of the quiet, zero-emission dyno session is posted below, so check it out.

Weekly Recap: The divergent paths of Tesla and Fisker

There's no doubt that Tesla is downshifting while Fisker has been grinding its gears. But it wasn't always that way.
In the wake of Tesla's recent success, it's easy to forget that there were once two California electric carmakers with bright futures.

Cadillac's Super Cruise — look, Elon, no hands!

Cadillac is about to start selling vehicles with an autonomous driving mode and TechCrunch got an early look at the technology in a production car. "Wait for the green light and let go," the Cadillac engineer instructed. That's it. The car was driving itself. I, the person behind the steering wheel, was no longer the driver. Cadillac's Super Cruise system was driving. The 2018 Cadillac CT6 sped along U.S. 23 under the direction of Super Cruise. Traffic was light and the weather was perfect. The system held the Cadillac sedan in lane and responded appropriately to traffic. I spent an hour on the expressway and touched the steering wheel and pedals only a few times. Super Cruise made the drive boring. I think that's the point. Here's how it works Super Cruise is available once the driver navigates the vehicle onto an expressway. When ready, a little icon is displayed by the speedometer and the driver hits a button on the steering wheel to switch it on. Once the light bar on top of the steering wheel turns green, the driver can let go. Super Cruise is driving.This steering wheel light bar is key to the operation. When green, the driver knows Super Cruise is in control. Blue means the driver interrupted the system to change lanes and red means Super Cruise needs the driver to confirm they're paying attention and not checking Twitter. When active, Super Cruise controls the steering and speed, but again, only on an expressway. This is done through onboard sensors and using GPS and mapping data. GM employed GeoDigital, a startup in GM Venture's portfolio, to map 160,000 miles of expressways in the U.S. and Canada. The car company then used Super Cruise-equipped vehicles to test each mile. This combination of onboard systems combined with map data makes the system feel polished and sophisticated. During my admittedly limited time in the vehicle, the CT6 precisely held its position in the lane and confidently handled sweeping curves at speed. There was no wiggling or squirming — from the Cadillac or myself. The car was in control, and I felt safe. Although the driving conditions were perfect for my test ride, during adverse weather, the system will work normally until one of the key systems is unable to operate.