cove3
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The Golf common platform for gas, diesel, electric and fuel cells should provide huge and proprietary economics for the e-Golf, which can leverage off the volumes for the Golf gas version
However, the one thing I really like about the BMW i3 is its 2634 lb unladen weight achieved with an aluminum frame and carbon body. Although the e-Golf somehow comes close at 3090 lbs (I don't know how given all steel construction, a bigger battery, 4 full doors,and 11" more inches ), and weight is the major factor in bev range and mpg
Keeping the exact same design to minimize development costs, would it be economically feasible to tool the e-golf for a version in aluminum/carbon? Saving 500+ lbs with the same battery should give a range well over 110-130 miles. I'd gladly pay an extra 10K for the state of the art, and VW does have experience and an investment in carbon technology. VW could call it ac-Golf
Ron
However, the one thing I really like about the BMW i3 is its 2634 lb unladen weight achieved with an aluminum frame and carbon body. Although the e-Golf somehow comes close at 3090 lbs (I don't know how given all steel construction, a bigger battery, 4 full doors,and 11" more inches ), and weight is the major factor in bev range and mpg
Keeping the exact same design to minimize development costs, would it be economically feasible to tool the e-golf for a version in aluminum/carbon? Saving 500+ lbs with the same battery should give a range well over 110-130 miles. I'd gladly pay an extra 10K for the state of the art, and VW does have experience and an investment in carbon technology. VW could call it ac-Golf
Ron