It takes till page 12 of this thread before some serious analysis of this vehicle’s capabilities will be. Here’s a summary of potential issues so it isn’t TLDR.Serviceable by the owner? It’s a refrigerator on wheels, what’s there to do?
Other thing about those “generators”, which in BMW was a scooter engine, they are loud and don’t generate enough juice to keep up with travel. Basically they are a limp home mode or in this case, limp to the nearest charger, not gas station since it’s not likely to hold much and you will be at less than full power for the travel. Some may feel better that this is a nice to have, but in application in real world scenarios, they’re terrible.
- The Scout SUV is going to be about as efficient as a Hummer EV. That means about 1.8 miles per kWh. (The F150 Lightning is 2.4 miles per KWh).
- The 300 mile range battery pack on the Hummer EV SUV weighs 2000 pounds. If the Scout PHEV has a 150 mile full EV range it will have a 1000 pound battery.
-That solid rear axle has the rear drive electric motor bolted to the axle tubes. That’s a huge amount of unsprung weight.
- That gas engine will need to be about 80 horsepower To generate the 40 to 50 kilowatts of power necessary to drive down the highway at 70 to 80 mph. (To account for losses 80 hp is probably the minimum). That means probably a 3 cylinder 750cc supercharged engine that runs at an efficient constant 4,000 or 5,000 rpm. It’ll either be on or off.
All for $60k?
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