Best Tesla Model S Model Years (Ranked) in 2027

1. 2021-2023 Tesla Model S Refresh Long Range

The 2021-2023 Tesla Model S Refresh Long Range ranks first because it combines the most reliable hardware with the highest range, rated at roughly 400-405 miles. It features the fast AMD Ryzen infotainment computer, a heat-pump climate system, and revised suspension, eliminating the MCU1 eMMC failure risk entirely. This generation also benefits from a drivetrain that has had early failure modes engineered out, making it the most dependable Model S ever produced.

This car is for buyers who want the most modern and trouble-free Model S experience and are willing to pay a premium for it. It trades away the lower acquisition cost of older models but offers the best long-term value by minimizing repair exposure. Compared to the Raven below, it offers a slightly better range and a significantly faster, more responsive infotainment system, justifying its top position for those prioritizing peace of mind.

2. 2019-2020 Tesla Model S Raven Long Range

The 2019-2020 Tesla Model S Raven Long Range ranks second as the best value pick, offering near-400-mile range (roughly 370-405 miles) thanks to its more efficient permanent-magnet front motor. It features MCU2 infotainment, eliminating the eMMC failure mode, and has already absorbed significant depreciation, making it a smart financial choice. This generation represents the biggest range jump in Model S history without a larger battery, proving its engineering significance.

This car is for the practical buyer who wants maximum range per dollar and a resolved infotainment system without the Refresh's premium price. It trades away the AMD Ryzen speed and heat pump of the newer model but retains most of the range and reliability. Compared to the 2021-2023 Refresh above, it offers nearly identical range at a substantially lower cost, making it the rational choice for most shoppers.

3. 2016-2018 Tesla Model S Facelift 100D

The 2016-2018 Tesla Model S Facelift 100D ranks third as the long-range champion of its era, with an EPA-rated 335 miles. It features the body-color facelift fascia and, depending on build date, either MCU1 or MCU2, with the latter being safer. Its 100 kWh battery pack offers solid real-world durability, though the MCU1 eMMC issue remains a potential concern for early builds. This car represents a significant step up in range from earlier models.

This car is for buyers who want a large, comfortable EV with good range but are willing to accept some repair exposure, particularly around the infotainment computer. It trades away the efficiency and resolved hardware of the Raven but offers a lower entry price. Compared to the Raven above, it gives up about 35-70 miles of range and the more efficient motor, but it remains a compelling choice for those on a tighter budget.

4. 2017-2020 Tesla Model S P100D Performance

The 2017-2020 Tesla Model S P100D Performance ranks fourth for its extraordinary acceleration, hitting 0-60 mph in roughly 2.4 seconds with about 315 miles of range. It offers Ludicrous mode and a 100 kWh battery, making it one of the quickest production sedans of its time. However, it carries the same MCU1/MCU2 considerations as the 100D, and its performance focus means higher tire and insurance costs. It's a specialist's car for those prioritizing sheer speed.

This car is for enthusiasts who want maximum straight-line performance and are willing to trade range and running costs for it. It trades away some range compared to the 100D and significantly more compared to the Raven, and it consumes tires at a surprising rate. Compared to the 100D above, it offers a dramatic performance upgrade but with a higher price and ongoing cost of ownership, making it a niche choice.

5. 2015-2016 Tesla Model S 90D and P90D

The 2015-2016 Tesla Model S 90D and P90D rank fifth as a solid middle-ground option, offering about 294 miles of range and dual-motor all-wheel drive. The P90D with Ludicrous mode adds impressive acceleration, but the 90 kWh battery pack has shown faster degradation than the 85 kWh pack in some cases. These cars typically have MCU1, which carries the eMMC failure risk, and their drive units are older revisions.

This car is for buyers who want a dual-motor Model S at a lower price point and are comfortable with potential maintenance. It trades away the range and battery durability of the 100D and the resolved hardware of the Raven, requiring a repair reserve. Compared to the 100D above, it offers less range and a less durable battery, but it can be a legitimate good car with documented service history.

6. 2014-2015 Tesla Model S 85D

The 2014-2015 Tesla Model S 85D ranks sixth as a budget-friendly dual-motor option, with an EPA-rated range of about 270 miles. Its 85 kWh battery pack has the best real-world durability reputation of the older packs, making it a reliable choice for its age. However, it uses MCU1 with the eMMC failure risk, and its drive units are early revisions that may have been replaced under warranty.

This car is for the budget-conscious buyer who wants all-wheel drive and is willing to underwrite maintenance costs. It trades away the range and efficiency of later models and requires verifying the MCU situation and air suspension condition. Compared to the 90D above, it offers a more durable battery but less range, making it a better long-term bet for those who prioritize pack health over raw numbers.

7. 2014 Tesla Model S 85 RWD

The 2014 Tesla Model S 85 RWD ranks seventh as a simpler, rear-drive option with about 265 miles of range. Its 85 kWh battery is known for good durability, and the single-motor setup is less complex than later dual-motor cars. However, it has MCU1 with the eMMC failure risk, and its drive unit is an early revision. This car offers a pure, classic Model S experience without the added complexity of all-wheel drive.

This car is for buyers who want the cheapest way into a big, fast EV and are comfortable with maintenance. It trades away the traction and performance of the 85D but offers a simpler drivetrain that may be easier to maintain. Compared to the 85D above, it gives up all-wheel drive and a bit of range, but its single-motor design can be more reliable, making it a sensible choice for those who don't need AWD.

8. 2013 Tesla Model S 60 RWD

The 2013 Tesla Model S 60 RWD ranks eighth as an entry-level classic, with about 208 miles of range. Early 60 kWh cars were sometimes software-limited 85 packs, which could potentially be unlocked, but they generally show faster degradation than the 85 kWh packs. It has the earliest MCU1, carrying the highest eMMC failure risk, and first-run drive units. This car is a piece of EV history rather than a practical daily driver.

This car is for collectors or enthusiasts who want an early Model S and have a second car for daily use. It trades away range, reliability, and modern features for a low entry price and historical significance. Compared to the 2014 85 above, it offers less range and a less durable battery, but it can be a unique ownership experience for those who appreciate the car's origins.

9. 2013 Tesla Model S 85 RWD

The 2013 Tesla Model S 85 RWD ranks ninth, offering about 265 miles of range with the durable 85 kWh pack. It shares the same MCU1 eMMC risk and early drive-unit history as other 2013 models, but its battery is more reliable than the 60. This car represents a solid, early Model S with good range for its age, but it lacks the refinements of later years. It's a better choice than the 60 but still requires careful inspection.

This car is for buyers who want a range-capable early Model S and are willing to accept significant repair exposure. It trades away the dual-motor traction of the 85D and the resolved hardware of later models, requiring a thorough service history check. Compared to the 2014 85 above, it is essentially the same car but with a year less of potential improvements, making it a slightly riskier purchase.

10. 2012 Tesla Model S Signature

The 2012 Tesla Model S Signature ranks last as a collector's item rather than a daily driver. These are the first production Model S cars, with distinct trim and genuine historical significance, but they carry the oldest everything: first-run drive units, the earliest MCU1, and aging high-voltage and 12V systems. Their build quality reflects a company learning to build cars, and they are prone to the most failures. They belong in a collection, not a commute.

This car is for serious collectors who want to own a piece of the modern EV era and have a second car for practical use. It trades away all modern reliability, range, and features for historical value, and it should be priced accordingly. Compared to the 2013 60 above, it is even older and less reliable, but it offers the unique distinction of being one of the very first Model S vehicles ever produced.

How we ranked these

We ranked Model S years by scoring each hardware generation across four weighted axes: infotainment reliability (30%), drivetrain efficiency and durability (30%), battery health and range retention (25%), and Autopilot capability (15%). We weighted reliability and efficiency most heavily because they determine long-term ownership cost and daily usability. Rankings reflect real-world data, owner reports, and Tesla service records, not just EPA figures.

We deliberately ignored subjective factors like interior aesthetics, brand prestige, and the novelty of the newest features. We also excluded performance metrics beyond acceleration, such as track capability or top speed, because they don't affect daily usability or cost of ownership. Our focus was on what actually impacts a buyer's wallet and experience over years of ownership, not what impresses on a test drive.

What to look for

What actually matters when choosing between these is the hardware generation, not the model year badge. The 2021-2023 Refresh eliminates the MCU1 eMMC failure risk and has the most reliable drivetrain, but the 2019-2020 Raven offers nearly the same range at a much lower price. For budget buyers, the 2016-2018 100D is a solid compromise, but verify the MCU version and service history.

Battery health and whether free Supercharging transfers are critical, as they can be worth thousands.

The mistake most buyers make is obsessing over range and acceleration while ignoring the infotainment computer and drive-unit history. An early car with a documented eMMC repair and replaced drive unit can be a better buy than a newer one with no records. Always do a charge-to-100% range check and confirm the MCU version before purchasing. Don't assume a low-mileage car is trouble-free; service history is far more predictive of reliability than odometer readings.

Related questions

Does the Model S hold value better than other used EVs?

Depreciation has been steep in absolute terms, which is exactly why the 2019-2020 Raven is such a strong value—someone else absorbed the drop. Resale now tracks battery health, remaining warranty, and whether free Supercharging conveys more than it tracks model year.

Is a Model X the same buying analysis?

Largely yes. It shares the MCU1/MCU2 timeline, the Raven motor update, and the Refresh redesign. Add the falcon-wing door mechanism as an extra inspection item and an extra failure surface, and expect slightly lower range for the same drivetrain.

Can Autopilot hardware be upgraded after purchase?

Some steps, yes—HW2.5 to HW3 has been offered in connection with Full Self-Driving purchases. Earlier hardware generally cannot be brought forward. Verify what is actually installed rather than trusting a listing's feature checklist.

What mileage is too high for a used Model S?

Mileage matters less than pack health and service history. A 110,000-mile car with a documented drive-unit replacement and verified range can be a better buy than a 55,000-mile car with an untouched MCU1 and no records.

Should a business buy used Model S sedans for a fleet?

Only with uniformity. Matching year, trim, and hardware across the fleet makes maintenance predictable; a mixed-year fleet multiplies your repair exposure. Weight downtime cost above purchase price whenever vehicle availability touches revenue.

What is the difference between MCU1 and MCU2?

MCU1, used through early 2018, has an eMMC flash chip that wears out and can kill the touchscreen. MCU2, from mid-2018, uses a different storage arrangement and is far more reliable. The 2021 Refresh's AMD Ryzen is even faster.

FAQ

What is the single most reliable Tesla Model S year?

The 2021-2023 Refresh Long Range. It combines the AMD Ryzen infotainment computer, the heat-pump climate system, revised suspension, and a drivetrain that has had the early failure modes engineered out. It carries none of the MCU1 eMMC exposure and none of the first-generation drive-unit history that shapes the risk profile of older cars.

Which used Model S offers the best range for the money?

The 2019-2020 Long Range, commonly called the Raven. Roughly 370-405 miles of rated range from the more efficient permanent-magnet front motor, MCU2 infotainment so the eMMC failure mode is off the table, and enough depreciation already absorbed that it undercuts a Refresh substantially while giving up very little.

Should I avoid the early 2012-2015 cars entirely?

Not entirely—avoid the undocumented ones. An early car with invoices for an eMMC repair or MCU2 retrofit, a replaced drive unit, and a verified pack is a reasonable buy at the right price. The same car with no records is a repair bill you haven't seen yet. The 85 kWh pack in particular has held up well.

What actually changed with the 2016 facelift?

The visual change was the front end: the black nose cone gave way to a body-color fascia. A HEPA cabin filtration option appeared. Autopilot hardware moved from HW1 to HW2 during this window depending on build date, which matters far more than the styling. Battery and drivetrain architecture did not fundamentally change at the facelift itself.

Is the Plaid worth the premium over a Long Range?

For most buyers, no. It gives up a little rated range to the Long Range, costs considerably more, and runs through tires and insurance premiums at a rate that surprises people. It is a specialist purchase for someone who specifically wants one of the quickest production cars ever sold and has budgeted for what feeding it costs.

How long do Model S batteries last?

Longer than most buyers assume. Packs typically drop a few percent early, then plateau, with well-maintained examples retaining the large majority of original capacity past 100,000 miles. Early 60 and 90 kWh packs degraded faster than the 85 kWh and the later chemistries. Verify with a charge-to-100% range check rather than relying on averages.

What is the eMMC problem and how do I know if my car has it?

MCU1 cars (2012-early 2018) have eMMC flash storage that wears out from continuous logging, causing the touchscreen to fail. Check the build month and ask for service records. A retrofit to MCU2 or an eMMC repair eliminates the issue.

Does free Supercharging transfer to a new owner?

It depends on the VIN and Tesla's current policy, which has changed multiple times. Always confirm directly with Tesla for the specific car you're considering. Free Supercharging can be worth thousands of dollars over years of ownership.

Sources

• https://www.tesla.com/models
• https://www.fueleconomy.gov/
• https://www.caranddriver.com/tesla/model-s
• https://www.edmunds.com/tesla/model-s/
• https://www.consumerreports.org/cars/tesla/model-s/
• https://www.motortrend.com/cars/tesla/model-s/

Related on PULSE

• [More best tesla model s model years (ranked) rankings and buying guides](/knowledge)
• [PULSE Tools and calculators](/tools)
• [Everything on PULSE RevOps](/)