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The 300-mile range is possible (vs the Roadster's 244-mile range) because the S has 8,000 battery cells vs. 6,000 in the Roadster, the batteries have been improved in mass and volumetric performance, and there is more advanced cell chemistry in each cell, and the S has a cd of about .27 vs. the Roadster's drag coefficient of .35.
...The car fits seven people and their luggage: five adults and two children in rear-facing seats under the hatch inside, with luggage in the boot up front...
The 300-mile range is possible (vs the Roadster's 244-mile range) because the S has 8,000 battery cells vs. 6,000 in the Roadster, the batteries have been improved in mass and volumetric performance, and there is more advanced cell chemistry in each cell, and the S has a cd of about .27 vs. the Roadster's drag coefficient of .35.
All those "mom and dad + the triplets + the twins" rumors turned out to be true:
Tesla Model S: $50,000 EV sedan seats seven, 300-mile range, 0-60 in 5.5s
Well, I'd bet the larger frontal area of the Model S actually makes it use more energy to push through the air than the Roadster with its smaller frontal area (even considering Roadster's higher Cd).