Erik
Well-known member
They make a lot of assumptions in that article. In some cases the range may be reduced by 60%, but I doubt that the impact will be that much for a 1600 pound aerodynamic Scamp.Did you see the Car and Driver Internet post about the Lightning? It says that the towing will remove around 60% of the range. When I looked around, that is what I believe would be correct. The article says less than 100 mile range expected. https://www.caranddriver.com/news/a36481590/ford-f150-lightning-range-towing/ Of course, we have not idea what Cd will do. I have an Airstream but I have never towed anything else to compare it to.
1) They say that EVs typically have a range 20% below EPA ratings at 75mph. That is true mostly for Teslas. InsideEVs tested the range for the Mach-E at 70mph and exceeded the EPA rating by 15 miles. Ford appears to be more honest about the expected range.
2) They say that testing towing range, which I assume was a Tesla or other small hatchback, with a 3859 pound boat reduced the range in half. Teslas or other teardrop shaped EVs have a much smaller battery than the Lightning and get the same range by using less kWh per mile. If a Tesla uses 250wh/m and the Lightning uses 500wh/m, then adding a trailer that requires 250wh/m to pull will reduce the Tesla range by 50%, but that same trailer will reduce the Lightning range by 33%.
3) A boat is optimized for less resistance in water. A boat on a trailer is probably not as aerodynamic and light as a fiberglass RV.
If the Lightning exceeds the EPA range by 5% same as the Mach-E, rather than come in at 20% under the range, and the energy required to pull a 1600 pound Scamp is less than 250wh/m, then I may only see a reduction of 25%. With an Airstream Basecamp, the range may be better.
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