If you're going to use batteries your range is going to be limited if you're driving a brick -- more attention to aerodynamics would pay dividends in mpe and overall cost -- fewer batteries required to go the same distance...
If you're going to use batteries your range is going to be limited if you're driving a brick -- more attention to aerodynamics would pay dividends in mpe and overall cost -- fewer batteries required to go the same distance...
But these utility vehicles are instrumental in getting real shit done at countless farms, industries, and construction sites across the globe.
Don't think "Tesla alternative" when you look at this thing. Think of something more like a pickup truck, at home alongside a farm tractor, a 4-wheeler/side-by-side, a skid steer, a flatbed, or a horse.
Even though they seem sometimes to be the majority of pickup truck owners, those who use pickup trucks for commuting or driving the kids on vacation are doing it wrong.
200 miles is great for commuting in cities. $60,000 is rather expensive for a farm truck.
The internal-explosion-engine approach to solving this problem is usually to stick a much larger fuel tank in the vehicle to provide the added range. The most direct equivalent in the battery-powered approach would be to add more batteries, whether to the vehicle itself (lots of room in the front and back for a bunch of battery packs) or to the trailer.