Scout has the opportunity to learn from its predecessors in the EV space and to leave them behind with a vastly improved battery warranty and charge rate
The past two decades of EV battery performance has disproven the anti-EV nonsense and FUD about battery longevity and reliability. With the right thermal management, the batteries will easily outlast the rest of the vehicle.
Scout could beat the mandated minimum 8 year/100k mile battery warranty and warranty its batteries for 12 years / 150k miles with minimal risk. They could sell an extended warranty to 16 years/200k miles (I don't buy extended warranties, but I know some people do). Or even a lifetime/unlimited mile warranty (non-transferable).
At the same time, Scout could dominate the large battery charge rate. Mainly it would be done by improving the average charge rate. If Scout pushed its average charge rate up to ~200-250 kW (while on capable chargers like EA's 350 kW hyperchargers), they would leave the competition behind. The GMC, Ford, and Rivian charge rates are down in the 140 kW realm.
				
			The past two decades of EV battery performance has disproven the anti-EV nonsense and FUD about battery longevity and reliability. With the right thermal management, the batteries will easily outlast the rest of the vehicle.
Scout could beat the mandated minimum 8 year/100k mile battery warranty and warranty its batteries for 12 years / 150k miles with minimal risk. They could sell an extended warranty to 16 years/200k miles (I don't buy extended warranties, but I know some people do). Or even a lifetime/unlimited mile warranty (non-transferable).
At the same time, Scout could dominate the large battery charge rate. Mainly it would be done by improving the average charge rate. If Scout pushed its average charge rate up to ~200-250 kW (while on capable chargers like EA's 350 kW hyperchargers), they would leave the competition behind. The GMC, Ford, and Rivian charge rates are down in the 140 kW realm.
		
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