I agree, @spatterso911. The 40kWh car is clearly targeting the "around town" market, including long commutes. If you want to do inter-city driving, the 60kWh is the entry point.
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I agree, @spatterso911. The 40kWh car is clearly targeting the "around town" market, including long commutes. If you want to do inter-city driving, the 60kWh is the entry point.
The 60kWh is, seemingly, poor on the value for money front. Perhaps because it uses a (unconfirmed) different battery mix than then 40kWh pack? Why is the jump to 60 so much more than the jump to 85?
To me it's the 60 kWh car that seems to be the odd man out. That is the 40 kWh is the around-town vehicle for a reasonable price. The 85 kWh car is a real car that just happens to be electric. The 60 kWh car isn't really enough to do lots of trips with (especially when the weather is poor) and it's kind of expensive to just use as a commuter car.
And this is precisely why I am highly considering the 85 kWh model. I came to that realization as I was figuring out how I (theoretically) would travel to Boston or Philadelphia with the Model S. I wouldn't be able to reach the superchargers in some cases they way I drive (80 mph, AC blasting) with the 60 kWh model. As you point out, can't do intercity driving very well with the S60 and it is overkill for the daily around town work commuter.
I respectfully disagree, @onlinespending. I don't believe the supercharger network was ever planned to work with the smallest (40 kWh) battery pack. Even if you could pay for supercharger hardware and software, you'd effectively be wasting $2000 bucks. The supercharger network becomes a functional alternative provided you have the range to travel between superchargers and reach it at a relative optimal SOC; one that will allow the fastest recoup of charge to get to the next supercharger. 30-40 minutes charge time is probably that sweet spot if you plan on doing continuous travel. JB Straubel indicated that the chargers would be about 150 miles apart, but that is still not guaranteed, given that the Folsom to Harris Ranch run is more than 200 miles. If Tesla holds steady to the principle that each charger is about 150 miles separation, then they can build out the network with relatively few superchargers, allow 60 and 85 kWh cars to traverse the US, coast to coast, border to border, keep the production costs down, and provide free charges to all capable vehicles. In order to make the supercharger solution viable for 40 kWh cars, the chargers would need to be separated by about 75 miles a piece, effectively doubling the number needed to construct and finance. Granted, that would make for one fantastic network, it probably isn't economically feasible at this time. This model still makes sense for the 60 kWh battery, since it can conceivably charge enough to bridge the gap between superchargers, albeit at a slower rate, since it is now well known that the superchargers slow it's rate of charging as the SOC of the battery increases.
It's funny because prior to the supercharging event I was debating between the 60 and 85. Right after I then went to debating between the 85 and the performance. After talking to a good friend of mine I realized that while having a car that does 0-60 in 4.4 is awesome is it really worth $30,000 more for the one trip I might take a year when we could just drive my wife's car?
Welcome, David.
Have you signed the MVPA? When?
It will be interesting to see when you get your car. Tesla has said that the 40kWh battery enters production Dec 2012, and since you have a rather low P number I think technically you should get it in Dec but given the recent delays on Signature cars I suspect there's a chance that you'll be delayed in to Jan. Let's hope not!
I'm also concerned about the 60 being delayed as well. We haven't seen EPA figures or crash testing (if indeed they use different number of cells and therefore have a weight and potentially structural difference compared to the 85).
There's a separate thread about R (roadster friend and family) holders who have ordered the 60 and 40, and we will be behind them.
[FONT=Arial, Helvetica, sans-serif]After I take delivery of the car this will all go away. Presently I'm watching a large number of people leap frogging me just because they will spend more money. Tesla also doesn't have to make any changes to production, its simply easier and the best method for a faster profit. I read today that Tesla would produce in the neighborhood of 3000-3500 cars by years end. My order #1020 seems to be within those production numbers but not using Tesla arithmetic. I'm sure a discount for my patients and 3+ year $5000 deposit is out of the question too. Disappointed[/FONT]
[FONT=Arial, Helvetica, sans-serif]After I take delivery of the car this will all go away. Presently I'm watching a large number of people leap frogging me just because they will spend more money. Tesla also doesn't have to make any changes to production, its simply easier and the best method for a faster profit. I read today that Tesla would produce in the neighborhood of 3000-3500 cars by years end. My order #1020 seems to be within those production numbers but not using Tesla arithmetic. I'm sure a discount for my patients and 3+ year $5000 deposit is out of the question too. Disappointed[/FONT]