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Overcoming weight drag is as important as overcoming aerodynamic drag.
Wow! Go Denver!My DS mentioned that she currently has 39 cars ready for transport...to Denver, alone!
Congratulations Dbitter1! Tim in Chicago is my DS, too. This makes me very excited as my car was supposed to be on the rail transport arriving into Chicago on 12/24, so hoping this is the same transport that your car arrived on and that it is there two days early. Guess it doesn't matter since my delivery date isn't until 12/30 when I return to the Midwest, but even so, it will make me happy to know it has potentially already arrived.Got my beast, two days early! Guess the truck showed up this morning, and my wonderful DS (Great job, Tim!) in Chicago got it detailed and out to me late tonight.
Tampa has called me to confirm our delivery on the 27th. We're flying in to Tampa (not trading in a car), staying overnight in a hotel and Tesla is sending a "town car" to pick us up for the delivery. Although others have had their share of missed expectations, we confirmed our order on 12/5, and will be driving our specially ordered supercar home 3 weeks after ordering. That is truly astonishing. No, we're not famous, or connected to Tesla. And, we're not previous Tesla owners. Silver spoon? Perhaps...Well done TM!
Got word mine is sitting at the SC in Atlanta ready for pickup. My appointment is tomorrow noon. He said there was 4 others on the truck. I am flying in and will be driving back. One leg between superchargers 210 miles.
Energy Losses in a VehicleThat's not correct.
Too many congratulations to hand out individually. So, congrats to those taking delivery today, and over the next few days! You won't be disappointed; as long as we can figure out this possible range issue. I'll know more Thurs/Friday.
Regarding my quote about overcoming weight is as important as aerodynamics. Adding a heavy passenger(s) versus adding a heavy front motor both can affect range. The front-motor is a permanent passenger.
Energy Losses in a Vehicle
Aerodynamic Drag - 2.6 percent
A vehicle must expend energy to move air out of the way as it goes down the road—less energy at lower speeds and progressively more as speed increases. Drag is directly related to the vehicle's shape. Smoother vehicle shapes have already reduced drag significantly, but further reductions of 20-30 percent are possible.
Rolling Resistance - 4.2 percent
Rolling resistance is a measure of the force necessary to move the tire forward and is directly proportional to the weight of the load supported by the tire. A variety of new technologies can be used to reduce rolling resistance, including improved tire tread and shoulder designs and materials used in the tire belt and traction surfaces.
For passenger cars, a 5-7 percent reduction in rolling resistance increases fuel efficiency by 1 percent. However, these improvements must be balanced against traction, durabillity, and noise.