Electric cars with LFP batteries

By Muhammet Çay, editor · Updated 24 September 2026 · How we work out these numbers

LFP is the one cell chemistry that changes how you are supposed to use the car. Where an NMC pack prefers to sit between 20 and 80 percent, an LFP pack is happier charged to 100 percent regularly — and manufacturers actively recommend it, because the chemistry needs a full charge to keep its state-of-charge estimate honest.

Four of the 39 cars in this database with a sourced cell chemistry run LFP packs. They are ranked below by usable capacity, with observed range and DC charge time beside each; every car we track is listed by chemistry further down.

Ranked from the 4 cars in our database that have a sourced figure for this. A car with no published figure is left out rather than ranked as a zero. Figures are metric; every model page carries the imperial equivalent and the source.

Every car in the database, by chemistry

Every car in this database, with the chemistry it actually uses. 4 of the 40 run an LFP pack and 35 are nickel-based (NMC, NCMA and close variants); one, the Tesla Cybertruck Long Range, has no chemistry we can yet credit to a named source. If your car is not here, the chemistry is usually printed in the owner’s manual next to the charging advice — a manufacturer that tells you to charge to 100 per cent daily is telling you it is LFP.

Why this list is short

LFP is common in entry-level trims and in the Chinese market, and rare in the long-range versions that dominate a comparison site built around range and charging. This database currently tracks 40 cars and 4 of them are LFP. That is a fact about which cars we have sourced, not a claim about the market — we would rather show one car we have checked than a list of ten we have not.

The rear-drive Tesla Model 3 and Model Y and the standard-range Mustang Mach-E joined the table in September 2026, each with its figures sourced. Cars we have not yet sourced that are widely sold with LFP packs include most of BYD’s range beyond the Seal and the entry trims of several Chinese-built European models; they will appear here when their figures are in the database with sources attached, and not before. Corrections and additions are logged on the corrections page.

What LFP gives you

Three real advantages. It tolerates daily charging to 100 percent, so a nominally smaller pack can deliver more usable range in practice than its capacity suggests. It cycles far more times before losing meaningful capacity. And it is the most thermally stable chemistry in mass production — the temperature at which it enters thermal runaway is substantially higher than nickel-based cells.

It is also cheaper per kilowatt-hour, which is why it dominates the affordable end of the market and why pack replacement quotes for LFP cars tend to be lower.

What it costs you

Energy density. An LFP cell stores less energy per kilogram than NMC, so the same range needs a heavier pack — which is why LFP cars cluster in the shorter-range half of our database rather than the top.

And cold. LFP loses more capacity at low temperature than nickel chemistries, and it accepts charge more slowly when cold. If you live somewhere with real winters and rely on rapid charging, that is the trade to think hardest about.

The full figures — energy density, runaway onset temperature, cycle life and pack price, each credited — are on our LFP reference page, alongside the same treatment for NMC and NCA.

LFP cars we have verified but do not hold full data for

The table above is limited to cars we hold a complete, sourced specification for. Some others are confirmed LFP by the manufacturer itself, and they belong in any honest answer to this question even though we cannot rank them:

• Rivian R1T and R1S, Standard pack — Rivian states that the second-generation Standard pack uses lithium iron phosphate, rated up to 270 miles, with a larger Standard+ pack above it. Rivian’s own materials describe that 270 figure as EPA-estimated in one place and Rivian-estimated in another, so we quote the number without attributing the test. The R1T we hold data for is the Large pack, which is not LFP. Source: Rivian battery specifications.

Two categories are deliberately absent. Cars sold only in China, where LFP is the majority chemistry rather than the exception, are outside what this site covers. And models where LFP was announced but we cannot confirm a shipping vehicle — the F-150 Lightning is the clearest example, announced with LFP cells for 2024 and then discontinued in its current form — are left out rather than listed on the strength of a press release.

How to tell whether your own car has LFP

Manufacturers rarely print the chemistry on the window sticker, but three signals give it away without opening anything:

• The charging advice in the manual. This is the reliable one. A car whose handbook tells you to charge to 100 per cent regularly — weekly, or before every long trip — almost certainly has LFP; a car that tells you to keep it at 80 per cent for daily use does not. The recommendation exists because an LFP pack needs a full charge for the battery management system to recalibrate its state-of-charge reading.
• The trim. Where a manufacturer offers both, LFP is nearly always in the entry or standard-range version and nickel chemistry in the long-range one. That is the pattern in every car on this page.
• The capacity-to-range ratio. LFP is less energy-dense, so an LFP car carries a heavier pack for the same kilowatt-hours. It will not tell you the chemistry on its own, but a standard-range car that weighs close to its long-range sibling is a hint.

If none of those settle it, the charge-limit screen usually will: many LFP cars show a 100 per cent recommendation as the default rather than an 80 per cent one.

A warning about this list

The same model name can carry different cells depending on which plant built the car. A trim sold as one specification in Europe may use a different supplier in North America or China, and manufacturers rarely announce the change. Every entry here reflects the specification we have sourced and credited on that car’s page — check it against your own vehicle’s build before assuming it applies.

Frequently asked questions

Can I really charge an LFP car to 100% every day?

Yes, and manufacturers of LFP cars generally tell you to do it at least weekly. The chemistry has a very flat voltage curve, which makes the state-of-charge estimate drift; a full charge recalibrates it.

Is LFP safer?

It is more thermally stable, with a materially higher runaway onset temperature. That is a real property of the chemistry, not marketing. It does not make any car crashworthy on its own — see the safety ranking for the crash and recall record.

Will an LFP pack last longer?

On cycle life, yes, by a wide margin. But nobody publishes per-model degradation data, so we do not claim a specific figure for any individual car — the projections on our car pages use a published class rate and are labelled as estimates.