I am really curious about the Model 3 objective interior volume stats, as from my observation during the June 03 factory VIP tour the interior volume of M3 looked to be very similar to MS (both cars were lined up in the roped area during the viewing). So today I decided to snoop around the Fueleconomy.gov site to see if I can catch a glimpse of advance data on M3.
To my surprise M3 is listed in the 2017 Fuel economy guide not as a compact car, but as a midsize car. It is probably an educated guess on part of EPA, but I can't discount the possibility of them actually having some preliminary data from Tesla. This, if confirmed after all M3 specs are available, is pretty significant as it would mean that Model 3 beats all competitors (BMW 3-Series et al.) on interior space.
The EPA classifies cars with interior passenger and cargo volume of 100-109 cu. ft. as compact, cars with 110-119 cu.ft. as midsize.
Assuming an accurate educated guess or possession of advance info by the EPA, this would mean that interior passenger volume of M3 is between 110-15=95 and 119-15=104 cu.ft.
For comparison, the interior passenger/cargo volume of BMW 3-Series (330i) is 96/13, Audi A4 - 92/13, MB C300 - 90/13.
The bottom line is that M3 not only competes very well on cost, performance, driving dynamics, and technology, but has larger interior volume as well. Let's not forget that all of this is ultimately a manifestation of the lead Tesla has in electric drivetrain and battery technology.
Here is my simple test for a state of such technology vis a vis Tesla: just try to find any other 200+ miles EV that has the same weight as a comparable ICE car.
To my surprise M3 is listed in the 2017 Fuel economy guide not as a compact car, but as a midsize car. It is probably an educated guess on part of EPA, but I can't discount the possibility of them actually having some preliminary data from Tesla. This, if confirmed after all M3 specs are available, is pretty significant as it would mean that Model 3 beats all competitors (BMW 3-Series et al.) on interior space.
The EPA classifies cars with interior passenger and cargo volume of 100-109 cu. ft. as compact, cars with 110-119 cu.ft. as midsize.
Assuming an accurate educated guess or possession of advance info by the EPA, this would mean that interior passenger volume of M3 is between 110-15=95 and 119-15=104 cu.ft.
For comparison, the interior passenger/cargo volume of BMW 3-Series (330i) is 96/13, Audi A4 - 92/13, MB C300 - 90/13.
The bottom line is that M3 not only competes very well on cost, performance, driving dynamics, and technology, but has larger interior volume as well. Let's not forget that all of this is ultimately a manifestation of the lead Tesla has in electric drivetrain and battery technology.
Here is my simple test for a state of such technology vis a vis Tesla: just try to find any other 200+ miles EV that has the same weight as a comparable ICE car.