Carmakers Were Lying To Us About Manual Transmissions

“Fake manual transmissions” is a nickname for cars that imitate the feel of a manual gearbox without actually using a traditional manual. Typically, they use an automatic or dual-clutch transmission with software that provides manual-style shift behavior (often with paddle shifters or a gated shifter).

A dual clutch transmission (DCT) uses two separate clutches—one for odd gears and one for even gears—so it can pre-select the next gear. When the driver requests a shift, it swaps clutches quickly, aiming for fast, smooth changes with less interruption than a traditional automatic.

The Ferrari Luce is referenced as a specific Ferrari model in the podcast discussion, tied to a moment when Ferrari’s lineup or direction shifted. It’s brought up in the context of how the introduction of a particular car changed perceptions or expectations around the brand. In that kind of conversation, the Luce functions as a “turning point” example rather than a general-purpose vehicle.

DSG is Volkswagen Group’s branding for a dual-clutch transmission. It uses two clutches to enable rapid gear changes by pre-selecting the next gear, which is why DSG-equipped cars can shift quickly compared with many conventional automatics.

Torque converters are fluid couplings used in many traditional automatic transmissions to connect the engine to the gearbox. Instead of a clutch directly transferring power, the converter uses hydraulic fluid to transmit torque, which can feel different from clutch-based shifting.

TCT is used here as an alternate acronym for the transmission type being discussed, in contrast to a pure torque-converter automatic. In this context, the hosts are debating whether the setup behaves like a dual-clutch system (with a clutch) versus a torque-converter-based automatic.

“Clutch by wire” replaces the traditional mechanical linkage (cable/rod) between your foot and the clutch with electronic control. Your pedal input is converted into signals that command an actuator to move the clutch.

“Throttle by wire” means the accelerator pedal doesn’t directly move the throttle plate via a cable. Instead, sensors read pedal position and an electronic controller commands the throttle actuator.

The “throttle body” is the air-control valve assembly that regulates how much air enters the engine. In throttle-by-wire systems, the throttle body is moved by an actuator based on electronic commands.

The Honda CR-V Hybrid is an example of a modern electrified Honda where accelerator and clutch control can be implemented with electronic “by-wire” style inputs. The host uses it to illustrate that even without a direct mechanical connection, your pedal input still results in controlled action.

A “potentiometer” is a sensor that converts a physical position (like pedal travel) into an electrical signal. In drive-by-wire systems, it helps translate your input into the data the car’s controller uses.

“DSG” is Volkswagen/Audi’s dual-clutch transmission system. The host is referencing how that kind of dual-clutch setup can work well, which is part of the argument about why manuals declined.

An automatic transmission is a gearbox that changes gears for you using hydraulic/electronic control, rather than requiring the driver to operate a clutch and shift lever. In modern cars, automatics often shift quickly and can optimize gear selection for acceleration and efficiency.

The Ferrari 458 is a mid-engine supercar from Ferrari known for its high-revving V8 and driver-focused feel. In this segment, it’s used as an example of a manual conversion that proves enthusiasts still want a traditional shift experience even in a modern, automated world.

“V12 Cilindri” refers to a V12 engine configuration—an engine with 12 cylinders arranged in a V shape. The phrase is used to emphasize that buyers of certain Ferraris aren’t chasing only speed; they’re buying the character and experience of that specific engine.

“Full automatic mode” means the car handles shifting by itself without you selecting gears. In a manual-capable system, it’s the setting where the transmission behaves like a conventional automatic for easier driving.

Money shifting is when you accidentally shift into a gear that makes the engine over-rev (too high RPM), often by skipping the correct gear. It’s called “money” because it can cause expensive damage like bent valves or a ruined engine.

“Pop the clutch” refers to quickly releasing the clutch to force the car to launch abruptly, often used for aggressive starts or to provoke wheelspin. It’s a technique that can stress driveline components if done repeatedly or incorrectly.

Burning rubber is slang for spinning the tires so they lose traction and the rubber overheats and smokes. It’s typically associated with hard launches or aggressive throttle input.

“Lay a wheel” is slang for inducing wheelspin—making one or more wheels spin without gaining grip. It’s often used in the same context as “burn rubber” and hard launches.

A gated shifter is a manual-transmission shifter that moves through a defined “gate” pattern, so each gear position is physically separated. It’s a feel-and-geometry feature that helps drivers select gears confidently and consistently.

Race mode is a driving setting that changes how the car behaves for track-style driving—typically by sharpening throttle response, adjusting shift behavior, and altering traction/stability control thresholds. The goal is to make the car react more quickly and predictably under hard acceleration and cornering.

Resvani is a niche automaker known for extreme, heavily modified vehicles, most famously the Resvani Beast. In this segment, the host uses Resvani as an example of a company that builds cars with lots of visual and performance-focused hardware.

The Resvani Beast is a high-extremity, heavily modified vehicle built by Resvani, known for aggressive styling and a “supercar-like” presence. It’s often referenced as an example of Resvani’s approach: taking a base platform and turning it into something visually and mechanically over-the-top.

The Jeep Wrangler is a rugged, off-road-focused SUV known for its removable roof and doors and its body-on-frame design. It often gets discussed in the context of aftermarket customization, like body kits and appearance upgrades, because it’s a popular platform for personalization. In a podcast, it may come up when talking about how certain cars become “projects” or showpieces rather than just daily drivers.

A dual-clutch transmission uses two separate clutches—one for odd gears and one for even gears—so it can pre-select the next gear and shift quickly. The hosts mention it because the “fake manual” interface they’re describing is meant to work with cars that already use a dual-clutch gearbox.

The Chevrolet Corvette C8 is the modern Corvette generation with a mid-engine layout. Here it’s important because the hosts describe a device/application being built to let the C8’s automated transmission feel like a manual-style paddle/gear interface.

Paddle shifting is a driver-control method where you use steering-wheel paddles to command gear changes. In this segment, the “fake panel” translates the driver’s paddle/gear requests into commands for the car’s automated gearbox—while explicitly noting there’s no clutch pedal.

A sequential gearbox only allows gear changes in order (for example, you can’t jump directly from second to fourth in one step). The hosts question whether the “manual-like” interface can emulate that sequential behavior, or whether it can skip gears like a more flexible system.

Skip shift is an emissions/fuel-economy feature where the transmission forces the driver to start in a higher gear (or skips a gear) under certain conditions. The hosts bring it up as a nostalgia idea—wondering if the system could emulate skip-shift behavior for the “feel” of older cars.

Overdrive is a gear ratio designed to keep engine speed lower at cruising speeds, improving efficiency and reducing noise. In a multi-gear transmission, the “overdrive” gears are typically the higher-numbered ones, which is why the hosts connect the idea of “everything after six” behaving like overdrive.

A manual choke is a driver-operated control that helps an engine start by temporarily enriching the air-fuel mixture. It’s most associated with older carbureted engines, where the choke compensates for cold starting conditions.

Fuel injection is a system that delivers fuel to the engine using electronically controlled injectors rather than a carburetor. The host points out that in the 1970s—when fuel injection was just spreading—some owners preferred carburetors because they didn’t know how to repair fuel injection.

A manual shift refers to driving a car by selecting gears yourself, typically with a clutch and gear lever. The host uses it to argue that there’s still demand for driver involvement, even if automatics are objectively easier or faster in some situations.

Koenigsegg is a Swedish hypercar maker known for extreme engineering and unconventional tech choices. Here, the host uses Koenigsegg as an example of a company that does “everything” in a particularly intense, systems-driven way.

Torque is the twisting force an engine or motor produces, and “torque changes” refers to how that force is altered as you shift gears. The host’s point is that the training EV can simulate those torque transitions to mimic the feel of gear-to-gear driving.

The Porsche 718 is the mid-engine sports-car line (Cayman/Boxster) that Porsche sells alongside the 911. Here, it’s used as a comparison point for sales momentum and for how production decisions (including manual availability) affect overall results.

The Porsche 911 is the brand’s iconic rear-engine sports car, and this segment focuses on how many buyers choose the manual gearbox versus automatics. The host discusses manual “take rate” across 911 variants, using sales mix to argue that manuals remain desirable for a meaningful portion of buyers.

The Porsche Cayenne is Porsche’s SUV, and it’s mentioned here as a sales wildcard that could affect which 911 variant ranks highest. The host’s point is about how model mix changes quarter to quarter, not about Cayenne’s engineering.

Manual take rate is the percentage of buyers who choose the manual transmission option when it’s available. In this segment, the host uses take rate numbers across 911 trims to argue that manual demand is real and concentrated in specific models.

The Porsche Carrera T is a 911 trim that, in this discussion, is positioned as being offered with a manual gearbox only. The host uses this to make a point about manual “take rate” by showing that Porsche has already tied certain trims to manual or PDK choices.

PDK is Porsche’s dual-clutch automatic transmission. It’s designed to shift quickly by pre-selecting the next gear, which is why Porsche often pairs certain trims (like the Carrera S, in this segment) with PDK instead of a manual.

The Porsche 911 GT3 is Porsche’s track-focused 911 variant, and it’s used here as the best proxy for manual demand because buyers can choose between manual and automatic. The host cites a manual take rate above 50%, arguing that manuals aren’t dead—they’re just concentrated among certain buyers.

The Porsche GT3 Touring is a GT3 variant aimed at buyers who want the GT3’s performance with a more road-friendly, less extreme setup. The host calls it “the ultimate test” for manual interest among high-spending GT3 buyers and cites a very high manual take rate (83%).

An OBD port (On-Board Diagnostics port) is the standardized connector in most modern cars used for reading diagnostic data and trouble codes. In the segment, the hosts discuss plugging a device into the OBD port to influence shifting behavior, which is why it comes up in the manual-transmission add-on debate.

The “shifter ninja” is an aftermarket “cup holder shifter” style device that’s marketed as a way to influence shifting feel or behavior. In this segment, the hosts question whether it actually changes anything meaningful versus just looking like a real shifter.

A cup holder shifter is an aftermarket device that mounts in the center cup holder area and mimics the look of a traditional gear shifter. The hosts use it to describe the “shifter ninja” concept and to highlight that some add-ons may be more cosmetic than functional.

Drive-by-wire replaces traditional mechanical linkages (like a cable) with electronic controls. For example, the car can translate your inputs into throttle or shifting commands using sensors and actuators, which makes “manual-like” behaviors easier to simulate.

The Hyundai Ioniq 5 is an electric crossover that can use software to create “fake” shift-like behavior. The point in the discussion is that EVs can simulate downshifts/gear changes even though they don’t have a traditional multi-gear gearbox like a manual.

The Toyota Corolla is a compact car that’s widely known for practical everyday transportation and strong demand in the used market. It’s frequently mentioned in discussions about getting the right configuration—like a manual transmission—because buyers often prioritize specific drivability and ownership preferences. In a podcast, it may be brought up as an example of a “normal” car that still has enthusiast appeal when equipped the way someone wants.

The Honda Civic is a mainstream compact car that’s often used as a reference point for what “everyday” manual-transmission driving feels like. In enthusiast discussions, it’s commonly brought up because some Civic trims have offered manual gearboxes, making it a practical alternative to pricier sports cars.

The Ford Mustang is a performance-oriented sports coupe/convertible that’s become a long-running icon in American car culture. It’s often discussed alongside the availability of manual transmissions, because many enthusiasts prefer the engagement of shifting themselves. In a podcast, it may come up when someone talks about what’s worth keeping or buying in a world where manual options can be harder to find.

The Mazda MX-5, commonly called the Miata, is a lightweight, driver-focused roadster known for its simple layout and engaging handling. It’s frequently referenced in enthusiast discussions—especially around manual transmissions—because it’s one of the more accessible “fun” cars to drive. In a podcast, it may be mentioned as a go-to alternative when people want a manual sports car experience.

Fuel economy is how efficiently a vehicle uses fuel, typically measured as miles per gallon (MPG) or liters per 100 km. In the context of this discussion, it’s brought up because transmission choice (manual vs CVT) can affect how the engine operates during driving.

The Nissan Sentra is a compact sedan that’s frequently offered with automatic transmissions, including CVTs on many trims. In this segment, it’s used as an example of a “cheap car” where a manual-like experience could be added without changing the whole vehicle.

A semi-auto transmission is one where the car can automate some clutch or shift functions, but the driver still initiates gear changes. Depending on the system, the clutch may be automated while the driver selects gears, or vice versa.

A rear transaxle is a combined transmission-and-axle unit mounted at the rear of the vehicle. It matters for manual swaps because the drivetrain layout (where the gearbox and final drive live) affects how hard it is to fit a manual transmission and linkages.

The Corvette is a performance sports car known for offering strong driving dynamics and, in many years, the option of a manual transmission. The podcast context points to older C5/C6-era Corvettes as examples of what you could buy if you want a manual and still get a “pretty decent” performance car. That makes it relevant to discussions about which used models still satisfy enthusiast preferences.

CVT stands for continuously variable transmission, a gearbox that can smoothly change gear ratios instead of using fixed steps. The host discusses “fake” manual shift behavior on CVTs—where the car pretends to have discrete gears even though the underlying system is still a CVT.

The Mazda Miata is a lightweight, enthusiast-focused roadster that’s often praised for being fun to drive, especially with a manual transmission. Here it’s mentioned as an alternative to expensive cars if you want a more authentic manual feel.

"Fake shift points" refers to a calibration/behavior where a non-manual transmission (like a CVT) is programmed to mimic discrete gear changes. The host’s point is that the car can be made to respond to shift commands even if the transmission doesn’t truly have real gear steps.

OBD-II is the standardized second-generation on-board diagnostics system used in most modern cars. The host argues that even if OBD-II communication works, the real challenge is hijacking the specific transmission control ECU so the car will act on the commands.

An ECU (electronic control unit) is a computer that controls a specific subsystem, like transmission behavior. The host’s point is that to make a “fake manual” work, you’d need to target the transmission’s control ECU rather than just using generic diagnostics.

The Volkswagen Tiguan is a compact SUV that, in some markets/years, can be equipped with a DSG automatic transmission that still offers manual-style gear selection. In this segment, the hosts discuss using a Tiguan as a testbed for making a “fake” manual feel by controlling upshifts and downshifts via the shifter inputs.