Ferrari 12Cilindri (2025) Review
About this episode
The Indrive cast review spotlights Ferrari’s 12Cilindri (2025) as a bold defense of the naturally aspirated V12 era. The discussion centers on the F-140HD engine’s 830 hp, 9,500 rpm redline, titanium internals, F1-derived valve train, and “aspirated torque shaping” that mimics forced-induction feel without turbos or electrification. They also cover the Daytona-inspired front visor, active aero, and Virtual Short Wheelbase steering, plus the dual-cockpit digital interior with classic tactile controls. The episode frames it as an emotional counterpoint to algorithmic, silent performance.
Hosted on Acast. See acast.com/privacy for more information.
Ferrari 812 Superfast
"The successor to the 812 Superfast arrives not as an evolution, but as a bold reaffirmation that the naturally aspirated V12 remains the beating heart of Ferrari's identity."
The Ferrari 812 Superfast is the earlier Ferrari V12 supercar that the new 12Cilindri is replacing. The hosts say the new model isn’t just a small update—it’s more like a bold continuation of the same V12 idea. That helps you understand what kind of driving experience Ferrari is aiming for.
The Ferrari 812 Superfast is the prior-generation flagship V12 Ferrari the 12Cilindri is being compared against. The hosts describe the new car as a successor rather than a direct evolution, which frames how Ferrari is changing direction while keeping the naturally aspirated V12 focus. It’s useful context because it tells you what driving character Ferrari is trying to preserve.
naturally aspirated V12
"The successor to the 812 Superfast arrives not as an evolution, but as a bold reaffirmation that the naturally aspirated V12 remains the beating heart of Ferrari's identity. Unveiled on May 3, 2024, during Ferrari's 75th anniversary celebration in America at"
A naturally aspirated V12 is a V12 engine that doesn’t use turbochargers or superchargers to force air in. Because it’s not “boosted,” it tends to feel more direct and can rev freely. The hosts are saying Ferrari is choosing that classic, high-rev V12 experience on purpose.
A naturally aspirated V12 is an engine that draws air in without a turbocharger or supercharger, relying on engine displacement and airflow tuning. In Ferrari’s case, the naturally aspirated V12 is often associated with a distinctive throttle response and high-rev character. The hosts use it to highlight Ferrari’s design philosophy: keeping the classic V12 “heart” instead of adding hybrid complexity.
hybrid complexity
"Instead of hybrid complexity, it revealed an 830 horsepower V12 masterpiece revving to 9,500"
“Hybrid complexity” means a hybrid car has extra systems beyond a normal gas engine. Those extras can make the car more complicated to manage and maintain. The hosts are saying this new Ferrari avoids that and sticks with a traditional V12 approach.
“Hybrid complexity” refers to the added systems and control logic required when a car uses both an internal-combustion engine and an electric motor. That can include battery management, power electronics, and additional drivetrain components. The hosts are contrasting that with the simpler (and often more traditional) approach of a naturally aspirated V12.
revolutions per minute
"revolutions per minute, a pure mechanical orchestra untouched by turbochargers or electric assistance."
RPM tells you how fast the engine is spinning. When RPM goes up, the engine is working harder, and the sound and power usually change a lot. It’s one of the main ways drivers judge an engine’s character.
“Revolutions per minute” (RPM) is how fast the engine’s crankshaft spins. Higher RPM usually means the engine is making more power (up to its redline), which is why RPM is central to how an engine “feels.”
turbochargers
"revolutions per minute, a pure mechanical orchestra untouched by turbochargers or electric assistance."
A turbocharger is a device that helps the engine make more power by pushing extra air into it. If a car isn’t using turbos, it typically makes power by revving and breathing naturally instead. That often changes the sound and throttle response.
A turbocharger uses exhaust energy to spin a compressor, forcing more air into the engine for more power. When a car is described as “untouched by turbochargers,” it usually means it’s naturally aspirated and relies on engine breathing and RPM rather than forced induction.
electric assistance
"revolutions per minute, a pure mechanical orchestra untouched by turbochargers or electric assistance. It was not just a launch."
Electric assistance means the car uses an electric motor to help the engine. That can make acceleration feel stronger or smoother, especially at low speeds. This segment is saying the car aims to feel more “pure” than that.
“Electric assistance” usually refers to hybrid systems where an electric motor supports the engine for extra torque, smoother power delivery, or efficiency. The segment frames the car as prioritizing a traditional, mechanical driving experience over hybrid refinement.
dual cockpit interior
"From its Daytona-inspired front visor to its dual cockpit interior that immerses both driver and passenger, every detail serves one purpose. Connection."
A “dual cockpit interior” suggests a cabin layout that emphasizes both driver and passenger experience, often with closely integrated controls, seating, and visibility. In this segment, it’s described as immersing both occupants to create a more engaging, shared driving environment.
Daytona-inspired front visor
"From its Daytona-inspired front visor to its dual cockpit interior that immerses both driver and passenger, every detail serves one purpose. Connection."
This is a front design piece meant to look like something you’d see on classic Daytona race cars. It’s mostly about styling and heritage, though front aero parts can also help manage airflow. The hosts are using it to connect the car to racing DNA.
A “Daytona-inspired front visor” refers to a styling element that evokes the look of classic Daytona-era race cars. Visors/air deflectors can also influence airflow around the front end, but here it’s mainly used as a design cue tying the car to racing heritage.
2.9 seconds sprint to 100 kilometers per hour
"Its 2.9 seconds sprint to 100 kilometers per hour is impressive, but what truly defines the visceral drama of that engine, titanium rods, advanced intake systems, and a soundtrack"
That’s a measure of how fast the car accelerates from a stop to 100 km/h. It’s one way people compare performance between cars. The segment uses it as a baseline, then argues the engine feel is the real story.
This is a 0–100 km/h acceleration figure, a common performance metric used to compare how quickly cars reach a set speed. It’s distinct from 0–60 mph, but the idea is the same: how quickly the car translates power into motion.
advanced intake systems
"the visceral drama of that engine, titanium rods, advanced intake systems, and a soundtrack that no algorithm can replicate."
The intake system is how air gets into the engine. If it’s “advanced,” it’s designed to deliver air more effectively so the engine responds better and sounds more exciting. That’s why the hosts connect it to the roar as revs rise.
An “advanced intake system” is the set of components that routes and manages air entering the engine, often tuned for throttle response and sound. Intake design can strongly affect how the engine breathes across the RPM range, which is why it’s tied to the “intake roar” described here.
titanium rods
"the visceral drama of that engine, titanium rods, advanced intake systems, and a soundtrack that no algorithm can replicate."
Connecting rods are internal engine parts that help transfer piston motion to the crankshaft. Using titanium can make those parts lighter, which can help the engine rev and feel more responsive. The segment is pointing to this as part of the car’s high-performance character.
“Titanium rods” likely refers to connecting rods made from titanium or titanium-alloy components. Lighter internal parts can reduce reciprocating mass, helping the engine rev more freely and respond crisply under load.
front-mounted V12
"So settle in. Feel the heat of that front-mounted V12. Hear the intake roar as it climbs toward red line, and understand this truth."
A front-mounted V12 means the big 12-cylinder engine is placed up front. That can change how the car balances and how it feels when you accelerate. In this segment, it’s also used to emphasize the drama and heat you can feel.
A “front-mounted V12” means the V12 engine sits in the front of the car, typically ahead of the driver compartment. This layout affects weight distribution and how the car delivers power and sound, and it’s often associated with a very direct, mechanical driving feel.
red line
"Hear the intake roar as it climbs toward red line, and understand this truth. This isn't just a grand tourer."
The red line is the top safe engine speed. If you go past it, you can risk damaging the engine, so the car usually limits you. The segment is saying the engine sounds especially dramatic as it nears that limit.
“Red line” is the engine’s maximum safe RPM range, where the engine control system may limit power or fuel to prevent damage. Drivers often listen for how the engine approaches redline because it’s where the engine’s character and sound peak.
aluminum, carbon fiber
"It is a declaration carved in aluminum, carbon fiber, and fire. It arrives in an era where performance is increasingly measured in kilowatt hours, charging curves,"
Aluminum and carbon fiber are materials that help keep the car light. A lighter car can feel quicker and handle better. The segment is using them to emphasize that this Ferrari is built with performance-focused materials.
Aluminum and carbon fiber are lightweight materials used to reduce mass and improve stiffness. In performance cars, that can help with handling response and overall efficiency, while also enabling more aggressive shapes and structures.
charging curves
"It arrives in an era where performance is increasingly measured in kilowatt hours, charging curves, and silent acceleration, yet this machine refuses to whisper."
A charging curve shows how fast an EV charges at different points during the charging session. It often slows down as the battery gets fuller. The hosts are contrasting that with the Ferrari’s focus on how the engine feels.
A “charging curve” describes how quickly a battery charges over time—often starting fast and then tapering as the battery fills. The segment uses it as an example of how EV performance is measured differently than engine-based sensation.
kilowatt hours
"It arrives in an era where performance is increasingly measured in kilowatt hours, charging curves, and silent acceleration, yet this machine refuses to whisper."
Kilowatt-hours (kWh) are a way to measure how much energy a battery holds. EVs are often discussed in terms of battery size and how much energy they use. The hosts are saying this Ferrari doesn’t fit that “energy accounting” mindset.
Kilowatt-hours (kWh) measure electrical energy, commonly used to describe battery capacity and energy usage in EVs. The segment contrasts that EV-centric way of thinking with the Ferrari’s focus on engine drama and traditional performance metrics.
silent acceleration
"charging curves, and silent acceleration, yet this machine refuses to whisper. It does not adapt politely to the times."
Silent acceleration is what you often notice in EVs—when they speed up, there’s much less engine noise. The segment is saying this Ferrari is the opposite: it wants you to hear and feel the car, not just watch the speed change.
“Silent acceleration” is a common EV characteristic: electric motors can accelerate with very little engine noise. The segment contrasts that with the Ferrari’s emphasis on audible mechanical drama, implying a preference for sound and vibration as part of performance.
Ferrari 12Cilindri
"It roars unapologetically, like a sovereign reminding the world that power is not only about speed, it is about sensation, identity, and legacy. At the very center of this masterpiece lies the heart of the sovereign symphony, the F-140HD engine."
The Ferrari 12Cilindri is a Ferrari with a big V12 engine. The point of this segment is that the engine’s sound and how it pulls through the revs are a huge part of what makes the car special.
The Ferrari 12Cilindri is Ferrari’s modern flagship-style V12 grand tourer, built around a high-revving naturally aspirated engine philosophy. In this segment, the hosts focus on how its V12 character and engine tech are central to the car’s identity and driving feel.
F-140HD engine
"At the very center of this masterpiece lies the heart of the sovereign symphony, the F-140HD engine. This is the latest evolution of Ferrari's legendary 65-degree naturally aspirated V12, an engine lineage that traces its bloodline back decades."
Ferrari calls the engine in this car the F-140HD. Think of it as the engine’s “model name,” and the hosts are saying it’s the newest version of Ferrari’s V12.
The F-140HD is Ferrari’s internal designation for the specific V12 engine used in the 12Cilindri. “HD” in Ferrari’s naming typically indicates a high-performance/high-duty evolution, and the segment frames it as the latest step in Ferrari’s naturally aspirated V12 development.
titanium connecting rods
"Ferrari equipped it with titanium connecting rods, 40% lighter than steel, reducing rotational mass and allowing the engine to spin with incredible freedom."
Connecting rods are parts inside the engine that move power from the pistons to the crankshaft. Using titanium instead of heavier steel helps the engine rev more freely and feel more responsive.
Connecting rods transmit piston motion to the crankshaft, and their mass strongly affects how freely an engine can rev. Titanium connecting rods are lighter than steel, reducing rotational mass and helping the engine accelerate through the rev range more eagerly.
sliding finger followers
"One of the most revolutionary innovations lies in its valve train. Borrowed directly from Ferrari's Formula One technology, the engine uses sliding finger followers instead of traditional tappets. This reduces friction dramatically, enabling the engine to rev higher, faster, and with greater reliability."
This is a valve-train part that helps open and close the engine’s valves. The idea is that it reduces friction, so the engine can rev higher more reliably.
Sliding finger followers are a valve-train component that transfers camshaft motion to the valves. By reducing friction compared with traditional tappets, this design can improve efficiency and help a high-revving engine maintain reliability at extreme RPM.
aspirated torque shaping
"Ferrari also introduced a groundbreaking system known as aspirated torque shaping. For the first time in a naturally aspirated engine, software is used to subtly sculpt torque delivery in specific gears. This does not add artificial power."
Even though the engine is naturally aspirated, Ferrari uses software to make the car’s torque feel smoother and more consistent. It’s like tuning how the power comes on so it pulls strongly without sudden spikes.
Aspirated torque shaping is a software strategy used in a naturally aspirated engine to tailor how torque builds across specific gears. The goal is to make the torque curve feel more linear and “endless,” without adding artificial power from forced induction.
8-speed dual clutch transmission
"Power is delivered through Ferrari's refined 8-speed dual clutch transmission, which shifts so quickly and seamlessly that it feels almost predictive, anticipating the driver's intentions before they are fully expressed."
This is a special automatic gearbox with two clutches. It can switch gears so quickly that the car keeps pulling without a noticeable pause.
A dual-clutch transmission uses two clutches to pre-select the next gear, so shifts can happen with minimal interruption to power. In this Ferrari, the 8-speed setup is tuned for extremely fast, smooth changes that feel immediate.
cofango
"The front hood is engineered as a single massive clamshell known as a cofango."
“Cofango” is an Italian term commonly used in automotive design to refer to the front end/hood area as a unified bodywork piece. In this context, Ferrari is describing a single-piece front clamshell that helps reduce panel gaps and improve the car’s sculpted look.
clamshell
"The front hood is engineered as a single massive clamshell known as a cofango."
A clamshell hood is a big one-piece front cover. It’s designed to look smooth and fit tightly, and it can also help the car feel more solid.
A clamshell hood is a one-piece front cover that opens like a shell, typically hinged along one side or the top. Here, the speaker emphasizes it as a single massive piece to improve packaging, stiffness, and visual cleanliness.
active aerodynamic flaps
"At the rear, active aerodynamic flaps remain hidden until needed, deploying automatically at higher speeds to generate significant downforce without disrupting the vehicle's elegant silhouette."
These are movable aero parts that adjust themselves. At higher speeds they help push the car onto the road for better traction and control.
Active aerodynamic flaps change their position automatically to manage airflow as speed and conditions change. Deploying at higher speeds increases downforce, improving grip and stability without permanently disrupting the car’s styling.
downforce
"At the rear, active aerodynamic flaps remain hidden until needed, deploying automatically at higher speeds to generate significant downforce without disrupting the vehicle's elegant silhouette."
Downforce is the “suction” effect from the air that pushes the car down onto the road. More downforce usually means the tires can grip better when you’re going fast.
Downforce is the aerodynamic force that presses the car toward the road, increasing tire grip. By generating downforce at speed, active aero helps the car corner harder and stay stable, especially during high-speed maneuvers.
Virtual Short Wheelbase 3.0
"The independent four-wheel steering system, known as Virtual Short Wheelbase 3.0, allows the rear wheels to turn independently, effectively altering the car's perceived wheelbase depending on driving conditions."
This is a system that steers the rear wheels too. At low speeds it helps you turn more easily, and at high speeds it helps the car feel steadier.
Virtual Short Wheelbase 3.0 is Ferrari’s rear-wheel steering system that effectively changes the car’s perceived wheelbase. By turning the rear wheels independently, it can improve low-speed maneuverability and high-speed stability.
side-slip control system
"Complimenting this is Ferrari's latest side-slip control system, now in its most advanced form."
This system helps control how much the car slides sideways. The goal is to keep the car stable and predictable when you’re driving hard.
A side-slip control system manages how much the car’s body “slides” relative to where it’s pointed, helping maintain stability and traction. Ferrari’s version is described as an advanced evolution, working to support dynamic handling while keeping the car controllable.
ABS EVO technology
"Working alongside ABS EVO technology derived from Ferrari's mid-engine supercars, it continuously monitors traction and grip levels."
ABS is the system that prevents your wheels from locking up under hard braking. “EVO” here means Ferrari’s upgraded version that helps the car stay in control and keep traction.
ABS EVO refers to an advanced anti-lock braking system strategy used to help the car maintain traction during braking and dynamic driving. In this description, it continuously monitors traction and grip to support controlled handling.
controlled oversteer
"The result is a driving experience that allows controlled oversteer and dynamic handling while maintaining an invisible safety net."
Oversteer is when the rear of the car wants to slide outward in a turn. “Controlled” means the car is set up so it can do that a bit without becoming scary or losing control.
Controlled oversteer is when the car rotates more than neutral steering but remains within a manageable range. The speaker frames it as something the car can allow while still using electronic systems to keep the behavior safe and predictable.
Toyota Grand Highlander
"With an adult-sized third-row, everyone's welcome in the Grand Highlander."
They’re talking about the Grand Highlander as a bigger family SUV. The point is that the third row is actually comfortable enough for adults.
The Grand Highlander is referenced as a family-oriented vehicle with an “adult-sized” third row. This is positioned as a practical alternative for people who want more seating capacity without giving up comfort.
Toyota Sienna
"Seen back in the Sienna with an available rear seat entertainment system, slip into the RAV4 with available all-wheel drive, and let's go!"
They mention the Toyota Sienna because it can come with entertainment for passengers in the back. It’s meant to make family trips easier and more comfortable.
The Toyota Sienna is mentioned in the context of a rear seat entertainment system. That highlights how the Sienna is being used as a family-travel option where passengers can stay entertained on longer drives.
Toyota RAV4
"Seen back in the Sienna with an available rear seat entertainment system, slip into the RAV4 with available all-wheel drive, and let's go!"
They’re talking about the RAV4 because you can get it with all-wheel drive. That helps the car handle better when roads are slippery.
The RAV4 is referenced for its available all-wheel drive, positioning it as a versatile option for different weather and road conditions. The mention is about capability rather than performance.
Manitino Drive mode dial
"The iconic Manitino Drive mode dial still sits proudly on the steering wheel, offering immediate access to the car's dynamic personalities, [755.3s] from composed grand touring comfort to aggressive track-ready intensity."
This is a physical knob on the steering wheel for changing how the car drives. Instead of going through menus, you can switch modes right away to make the car feel calmer or more aggressive.
A “drive mode” dial lets the driver quickly change the car’s behavior—typically throttle mapping, steering feel, transmission logic, and engine response. The hosts call it “iconic” because it gives immediate, tactile access to different driving personalities.
Rosso Corsa
"Buyers can select from classic Ferrari colors such as Rosso Corsa, Rosodino, and Giallo Modena, [773.8s] alongside elegant metallic finishes like Grigio Silverstone and Blue Tour de France."
Rosso Corsa is one of Ferrari’s famous red paint colors. It’s a popular choice if you want the car to look like a traditional Ferrari.
Rosso Corsa is a classic Ferrari red paint color, widely associated with the brand’s racing heritage. In a tailor-made program, choosing Rosso Corsa is a way to select a historically “Ferrari” look rather than a generic red.
Rosodino
"Buyers can select from classic Ferrari colors such as Rosso Corsa, Rosodino, and Giallo Modena, [773.8s] alongside elegant metallic finishes like Grigio Silverstone and Blue Tour de France."
Rosodino is a specific Ferrari paint color option. The point is that Ferrari lets buyers choose unique, brand-specific colors.
Rosodino is a Ferrari paint color name used in the brand’s customization options. It’s part of the “tailor-made” approach where buyers can pick distinctive hues that aren’t just standard catalog colors.
Giallo Modena
"Buyers can select from classic Ferrari colors such as Rosso Corsa, Rosodino, and Giallo Modena, [773.8s] alongside elegant metallic finishes like Grigio Silverstone and Blue Tour de France."
Giallo Modena is a named Ferrari paint color, usually a yellow. They’re listing it to show how many different colors you can choose.
Giallo Modena is a Ferrari paint color name, typically associated with a yellow tone used in the brand’s palette. It’s mentioned here to illustrate the breadth of Ferrari’s personalization choices.
Grigio Silverstone
"[766.3s] Buyers can select from classic Ferrari colors such as Rosso Corsa, Rosodino, and Giallo Modena, [773.8s] alongside elegant metallic finishes like Grigio Silverstone and Blue Tour de France."
Grigio Silverstone is a specific metallic gray paint color Ferrari offers. It’s included to show the car can be finished in very particular, premium-looking shades.
Grigio Silverstone is a named metallic gray paint option associated with Ferrari’s customization palette. The mention highlights how buyers can choose specific, brand-relevant finishes rather than generic “silver” paint.
Blue Tour de France
"[766.3s] Buyers can select from classic Ferrari colors such as Rosso Corsa, Rosodino, and Giallo Modena, [773.8s] alongside elegant metallic finishes like Grigio Silverstone and Blue Tour de France."
Blue Tour de France is a specific blue paint option Ferrari offers. They’re mentioning it to show how many special, named color choices you can get.
Blue Tour de France is a named Ferrari paint color, referenced as part of the metallic finish options. The hosts use it to emphasize the “tailor-made” personalization theme—choosing distinctive, named colors.
Ferrari's tailor-made program
"Through Ferrari's tailor-made program, nearly limitless combinations of paint, materials, stitching, and interior finishes [788.3s] allow each 12-cylinder to become a deeply personal expression."
This is Ferrari’s customization program that lets you personalize the car. You can choose things like paint, interior materials, and stitching so it feels truly yours.
Ferrari’s tailor-made (tailor-made customization) program refers to the brand’s bespoke personalization process. It allows buyers to specify paint, interior materials, stitching, and finishes so the car can be uniquely configured rather than built from a limited set of options.
12-cylinder
"[788.3s] allow each 12-cylinder to become a deeply personal expression. [793.7s] Ultimately, the 12-cylinder represents something profoundly emotional."
A 12-cylinder engine is a big, multi-cylinder engine that usually sounds and feels special. Here, they’re saying the V12 is about emotion—how it drives and how it sounds.
A “12-cylinder” engine (a V12 in this context) is a performance layout known for smoothness, strong character, and distinctive sound. The hosts use it as a symbol of emotion and sensory driving, contrasting it with more silent, efficiency-focused powertrains.
electrification
"In a future increasingly dominated by silence, automation, and electrification, [811.9s] this car stands as a reminder that driving can still be an art form, a sensory experience,"
Electrification means cars are increasingly powered by electricity instead of (or alongside) gasoline. The hosts are basically saying that as cars get quieter and more automated, they still want driving to feel human and exciting.
Electrification refers to shifting from traditional internal-combustion power toward electric motors and battery-based systems (including hybrids and full EVs). The hosts frame electrification as a trend toward quieter, more automated driving, which they contrast with the sensory experience of a V12.
automation
"In a future increasingly dominated by silence, automation, and electrification, [811.9s] this car stands as a reminder that driving can still be an art form, a sensory experience,"
Automation is when the car helps drive for you using sensors and computers. They’re contrasting that with the idea that a great car should still feel connected to the driver.
Automation in automotive terms usually means driver-assistance features and systems that take over certain tasks (like steering, braking, or lane keeping). The hosts contrast automation with the idea of a driver actively shaping the experience—especially through sound and feel.
Maranello
"This is not merely engineering from Maranello, it is an act of courage, [882.7s] a statement that while technology may evolve and trends may shift, true legends are not erased by time."
Maranello is where Ferrari is based. When they say “from Maranello,” they mean it’s a Ferrari with the brand’s traditional identity and engineering culture behind it.
Maranello is Ferrari’s historic home and the location most associated with Ferrari’s engineering and brand identity. Mentioning Maranello ties the car’s design and philosophy to Ferrari’s roots, not just to generic “performance engineering.”
digitized experiences
"In a world increasingly filled with sanitized performance and digitized experiences, this car stands like a lighthouse in a storm..."
The hosts are talking about how modern cars can feel more like computers—lots of screens and software. They’re contrasting that with cars that feel more mechanical and “alive” through the way the engine and controls respond. It’s more about the vibe of the driving experience than one specific part.
“Digitized experiences” refers to how modern cars increasingly rely on software, screens, and electronic interfaces to deliver performance and driver engagement. The hosts contrast that with mechanical “rawness,” implying a preference for more direct, analog-feeling driving. This is a thematic concept in the episode rather than a specific technical system.
hybrid era
"Is the naturally aspirated V-12 still the ultimate expression of automotive soul, or has the hybrid era already claimed the throne? Let the debate ignite."
The “hybrid era” is when more cars use both a gas engine and an electric motor. That usually makes the car feel different—often quieter and sometimes more efficient. The episode is basically debating whether that modern approach still delivers the same excitement as classic engine sound and feel.
“Hybrid era” refers to the shift toward powertrains that combine an internal-combustion engine with an electric motor. This can change how cars deliver power—often smoothing acceleration and reducing noise—while also improving efficiency. The hosts use it as the counterpoint to the emotional appeal of a naturally aspirated V-12.
rear seat entertainment system
"Seen back in the Sienna with an available rear seat entertainment system. [1077.8s] Slip into the RAV4 with available all-wheel drive."
This is the entertainment setup for people sitting in the back seats. It usually means screens and audio so passengers can watch shows or movies during the ride.
A rear seat entertainment system is a factory or dealer-installed setup that lets passengers in the back watch video or listen to audio. It’s typically integrated with screens mounted in the headrests or ceiling and can include HDMI/USB inputs and wireless audio.
all-wheel drive
"Slip into the RAV4 with available all-wheel drive. And let's go!"
All-wheel drive means the car can send power to all four tires. That usually helps it grip better on wet or snowy roads than driving with just two wheels.
All-wheel drive (AWD) sends power to all four wheels, improving traction compared with two-wheel drive. Many crossovers offer AWD as an option so drivers can tailor the vehicle to local weather and road conditions.
Request an Explanation
Heard something you'd like explained? We'll add it to this episode.
Sign in to request explanations for terms you heard.
Want to learn more?
Browse our glossary for plain-English explanations of automotive terms, jargon, and concepts.
Help improve this episode
See something that's not quite right? Our annotations are AI-generated and can sometimes miss the mark. Click the flag icon on any annotation to suggest a correction.