Fewer than one in a hundred new cars sold in the United States today comes with a clutch pedal. That's not a guess — it's what EPA and industry sales data have shown consistently since manual transmissions dropped below 1% of the new-car market in 2021, down from roughly 35% as recently as 1980. And yet the manual transmission isn't quite dead: in the handful of performance cars that still offer one, buyers are choosing it at rates that would surprise anyone who assumes nobody wants to shift their own gears anymore. This piece looks at how manual and automatic transmissions actually work, why that stick-shift decline happened, and — because this is Copy Shep — what the most extreme cars we've covered do instead of either one.

How a Manual Transmission Actually Works

A manual transmission connects the engine to the wheels through a driver-operated clutch and a set of gears the driver selects directly. Pressing the clutch pedal physically separates the engine's flywheel from the transmission's input shaft, briefly interrupting power flow so the driver can move a lever that slides a different gear pair into engagement. Release the clutch, and power flows again — through whichever gear ratio was selected. It's mechanically simple, which is a large part of why manuals have historically been cheaper to build, lighter, and less prone to expensive failures than automatics.

How a Traditional Automatic Works

A conventional automatic replaces that driver-operated clutch with a torque converter — a fluid coupling that lets the engine keep spinning independently of the transmission, using pressurized transmission fluid rather than a mechanical clutch disc to transfer power. A set of planetary gearsets, controlled by the transmission's own computer, then selects the appropriate gear ratio without any input from the driver. This is also how the automatic transmission enables a vehicle to creep forward at a stoplight without the driver touching the accelerator — something a manual transmission physically cannot do without the clutch partially engaged.

Two other automatic designs have become common enough to know by name. A dual-clutch transmission (DCT) uses two separate clutches — one handling odd gears, one handling even gears — so the next likely gear can be pre-selected and ready before it's needed, producing the near-instant, no-lurch shifts found in most modern performance cars. A continuously variable transmission (CVT) skips fixed gears entirely, using a belt and a pair of variable-diameter pulleys to provide a stepless range of ratios — common in economy cars and hybrids because it lets the engine run at its most efficient rpm regardless of vehicle speed.

Why Manual Transmissions Nearly Disappeared

The decline wasn't gradual erosion so much as a cliff. Manual transmissions accounted for roughly 35% of new U.S. vehicle sales in 1980, fell to about 9% by 2006, and have sat below 1% since 2021, according to EPA Automotive Trends data. Only around 24 new models still offer a manual option for the 2026 model year, down from more than 35 just five years earlier, as automakers including Mercedes-Benz, Volkswagen, and Mini have moved to eliminate stick-shift options from their remaining lineups.

The reasons are mostly practical rather than sentimental. Modern automatics — thanks to more gear ratios, torque-converter lockup clutches, and increasingly sophisticated software — have matched or beaten manual transmissions on fuel economy for more than a decade, reversing what used to be one of the manual's clearest advantages. They're also easier to drive in traffic, generally quicker at a drag strip, and require no special skill to operate, which matters enormously to a car-buying population that, by and large, treats a car as an appliance rather than a hobby.

What the sales figures miss, though, is how the manual has concentrated into a small, intensely loyal niche rather than disappearing evenly across the market. Take-rate data compiled by Motor1 for the 2025 model year tells that story clearly: 90% of Subaru BRZ buyers chose the manual, as did 85% of WRX buyers, 83% of Porsche 911 GT3 Touring buyers, and 71% of Toyota GR Corolla buyers. The Cadillac CT4-V Blackwing saw over 60% of buyers pick the six-speed manual over the available automatic. In cars built specifically for driving enthusiasts, the stick shift isn't dying at all — it's the mainstream sedan and crossover market that abandoned it first.

What Hypercars Do Instead

The cars at the extreme end of performance — several of which we've covered in detail on this site — treat the transmission question very differently than either a commuter sedan or a weekend sports car, and the spread is genuinely wide.

At one end sits the Koenigsegg Jesko Absolut, which uses what might be the most unconventional gearbox ever put in a production car: the in-house-designed Light Speed Transmission (LST), a 9-speed unit built around seven wet, multi-disc clutches instead of a traditional dual-clutch layout. According to Koenigsegg's own technical materials, a standard DCT can only pre-select one gear in one direction — if a driver in 7th gear suddenly needs 4th for a passing maneuver, the transmission has to step down through 6th and 5th first. The LST's clutch arrangement lets it jump directly from any forward gear to any other, in a claimed two milliseconds, which is a meaningful part of how the Jesko Absolut posted a record-breaking 0-400-0 km/h run using a single engine and only rear-wheel drive.

The Bugatti Chiron Super Sport 300+ takes a more conventional, if still extreme, path: a 7-speed dual-clutch transmission built to handle the W16 engine's enormous torque output while shifting quickly enough not to interrupt the car's acceleration through triple-digit speeds.

At the opposite end entirely, electric cars like the Rimac Nevera R mostly skip the transmission conversation altogether. Each of its four motors drives its wheel through a single-speed gearbox — there's no multi-gear transmission to shift at all, because an electric motor produces strong torque across such a wide rpm range that multiple gear ratios simply aren't necessary the way they are for a combustion engine. It's the same basic reason a manual-vs-automatic debate doesn't really apply to most EVs: there's nothing to manually shift, and nothing for an automatic to select between.

Where This Shows Up in More Ordinary Cars

The same underlying logic scales down to the daily drivers we've covered as well. The 2026 Ford F-150 runs all four of its gas and hybrid engines through a 10-speed automatic — a high gear count chosen specifically to keep the engine in its most efficient and most tractive range across everything from empty-bed highway cruising to towing near the truck's 13,500-pound maximum, a job a manual transmission would struggle to do as smoothly under sustained heavy load.

The 2027 Mercedes-Benz S-Class pairs its engines with a 9-speed automatic, prioritizing the smooth, imperceptible shifts that fit a flagship sedan's isolating ride quality — the opposite priority from a Bugatti's dual-clutch, even though both are technically automatics. And the 2027 Toyota Highlander, in its move to a fully electric powertrain, follows the same path as the Rimac Nevera R: no traditional multi-speed transmission at all, just electric motors driving the wheels directly, in a segment where the outgoing gas and hybrid Highlanders relied on conventional automatics.

Manual vs. Automatic: The Honest Trade-offs Today

Manual Modern Automatic (torque converter or DCT)
Fuel economy No longer a reliable advantage Typically equal or better today
Purchase price Usually $800–$1,000 cheaper on models that still offer both Standard or premium-priced on most models
Repair cost if something fails Generally simpler and cheaper to service Can be more complex and costly, especially DCTs and CVTs
Ease of driving Requires learned skill, especially in stop-and-go traffic No special skill required
Availability in 2026 Around 24 new models in the U.S., mostly performance-focused Standard on the overwhelming majority of new vehicles
Theft deterrence Genuinely does deter some casual theft attempts, since fewer people know how to drive one No such advantage

Common Questions

Is the manual transmission actually dying out?

In the mainstream market, effectively yes — manuals have accounted for less than 1% of new U.S. car sales since 2021, and only around two dozen models still offer one for 2026. Within specific performance and enthusiast models, though, take rates remain surprisingly strong, in some cases above 80%.

Are automatic transmissions really more fuel-efficient than manuals now?

Generally, yes. More gear ratios, torque-converter lockup technology, and computer-controlled shift logic have let modern automatics match or exceed manual fuel economy for more than a decade — a reversal of the assumption that persisted through most of the 20th century.

What's the difference between a dual-clutch transmission and a regular automatic?

A regular automatic uses a torque converter and typically a single gear-selection path; a dual-clutch transmission uses two separate clutches to pre-select the next likely gear in advance, enabling faster, more direct shifts, though usually only to an adjacent gear rather than jumping several gears at once the way Koenigsegg's Light Speed Transmission can.

Why don't electric cars need a multi-speed transmission?

Electric motors produce strong torque across a much wider rpm range than a combustion engine, so a single fixed gear ratio is usually enough to cover normal driving speeds efficiently — which is why EVs like the Rimac Nevera R and the electric Toyota Highlander use single-speed drive units instead of a traditional multi-gear transmission.

Should I bother learning to drive a manual transmission today?

It depends entirely on what you want out of it — practically speaking, almost no daily-driving scenario requires it anymore, but a meaningful subset of drivers still learn specifically because a small pool of enthusiast and performance cars are only fully engaging with three pedals, and because it remains a mildly useful skill in parts of the world where manuals are still common.

Read More From This Series

Sources

  • Koenigsegg.com/lst — official Light Speed Transmission technical explanation
  • MotorAuthority — Engineering Explained breakdown of the Jesko's Light Speed Transmission
  • Motor1.com, "We Asked Every Automaker How Many Customers Went For Manuals In 2025" — 2025 manual take-rate data by model
  • Yahoo/Gadgetreview, citing EPA Automotive Trends data — historical U.S. manual transmission market share (1980–2026)
  • The Autopian, citing EPA and JATO Dynamics — manual transmission sales share methodology and discrepancies
  • HomeGrail, citing CNBC — manual transmission price and efficiency comparison statistics
  • Our own previously published coverage of the Koenigsegg Jesko Absolut, Bugatti Chiron Super Sport 300+, Rimac Nevera R, Ford F-150, Mercedes-Benz S-Class, and Toyota Highlander, linked throughout