Firn
Well-known member
There's been reports from users that regularly charge to 100% on these trucks for hundreds of thousands of miles with no ill effects. Since Ford precalculated usable battery size and SOC, there's less on the table for what's known in the industry as "CYA"
Example using my own truck specs, it's listed as having a 123kWh battery yet the owners manual clearly shows it to be quite a bit higher at 142.1kWh. My bet is they balanced this out beforehand to as mentioned, CYA, so that when we charge to 100%, we're actually only charging it to 90-95% (cya buffer).
It's easier to understand in terms of hp for an ice vehicle, every gear head knows Ford leaves a lot of power off the table to (CYA) their engines from rapid unscheduled disassembly. Introduce custom tuning.
I don't know of any way to get more power from these ev platforms however, charging to 100% daily should not be an issue.

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If you daily drive 14,000 miles a year in a 98 kWh Lightning in a hot 100 °F climate and charge it to 100% every day, you’re looking at roughly 15 years before the pack falls to 80% capacity. In contrast, someone with the 131 kWh pack in a mild 70 °F climate, charging only to 90%, would see cycle life stretch far longer—on the order of 40+ years of use at 14,000 miles per year. In other words, heat and high charge limits cut battery life dramatically, while a larger pack, cooler temps, and gentler charging make degradation nearly a non-issue.
Although yes, this is Ford providing CYA, it is also Ford ensuring a truck with a usable lifespan in somewhat demanding conditions and environments. Taking those numbers and make the lightning a work truck, towing a trailer daily for 24,000 miles a year in a hot climate, and now that battery hits 80% capacity remaining in 6.7 years.
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