Yup, that's what the article says.A 2018?
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Doubtless a typo.Yup, that's what the article says.
It would require about 10 kWh of additional energy to make it from Denver to the pass (about 1.5 kWh for every 1,000 feet of elevation change). The drive is only 60 miles, otherwise, so you should arrive with plenty of juice.I would really like to see how much range is uses to go from Denver to the top of Loveland pass. Not sure I am up for trying it without having a good idea of how many kWh it will take. I did a trip from Colorado Springs to Fort Collins and back today. Had to stop for a quick top off as it was about 270 miles, but it was an easy trip.
Is that with or without the classic backup due to an Eisenhower tunnel mishap?...I would really like to see how much range is uses to go from Denver to the top of Loveland pass. Not sure I am up for trying it without having a good idea of how many kWh it will take. I did a trip from Colorado Springs to Fort Collins and back today. Had to stop for a quick top off as it was about 270 miles, but it was an easy trip.
The nice thing is how *little* those kinds of thing affect EV range compared to gas... 20 miles of 15 MPH start and stop traffic? *Terrible* for gas mileage. EV range? Eh.Is that with or without the classic backup due to an Eisenhower tunnel mishap?...![]()