Jeep's Toyota Secret, MSRP Is a Lie & Why Your Car's Legroom Numbers Are Wrong

The Dodge Ram is a pickup truck line focused on hauling, towing, and work-capable utility. The podcast references it as part of a broader episode segment about Jeep, Dodge, and Ram—suggesting it’s being discussed in terms of what to buy and how the models stack up. That makes it relevant for truck shoppers comparing options.

“Transmission shifts” refers to how the gearbox changes gears (or gear states) as you accelerate and decelerate. The host is using shift feel as a comparison point between the Jeep Cherokee’s hybrid drivetrain behavior and Toyota’s.

Regen-breaking (regenerative braking) uses the electric motor to slow the vehicle while turning that energy back into electricity for the battery. The host claims the “programming” for this behavior is Toyota-derived, which affects how strongly the car slows when you lift off the accelerator.

Blue Nexus is described here as the mechanism for Toyota and partner companies to sell hybrid technology around the world. The key point is that it frames how Toyota’s hybrid tech can show up in vehicles from other brands.

A drivetrain is the collection of components that deliver power from the engine (and/or electric motors) to the wheels. In hybrid discussions, it often includes the transmission, motor(s), power electronics, and the final drive arrangement.

“Kit and caboodle” is an idiom meaning “the whole package.” In this context, it emphasizes that Toyota can supply a complete set of components and systems, not just individual parts.

Stellantis is the automaker formed from the merger of FCA and PSA. In this segment, it’s mentioned as the company operating factories where components are built and assembled for the hybrid drivetrain being discussed.

Inverters are power electronics that convert DC electricity (from the battery) into AC electricity to drive the electric motors. In a hybrid/EV system, they’re essential for controlling motor torque and speed.

A mechanical all-wheel drive system sends power to all four wheels using mechanical components like a transfer case and driveshafts. In hybrid setups, it determines how the hybrid’s torque is ultimately delivered to the wheels.

A planetary power split system is a hybrid drivetrain design that uses a planetary gear set to divide and blend power between the engine and electric motor(s). It’s called “power split” because the gearset can route different proportions of torque to the wheels and to the electric components.

Toyota is referenced as the source of the underlying hybrid/gear approach being compared to other automakers’ implementations. The host also mentions Toyota licensing patents via PACE, tying Toyota to the technology and IP landscape around hybrid systems.

Patent arrangements are licensing or agreement structures that determine who can use certain technologies and under what terms. In automotive tech, these arrangements can explain why different brands end up with similar hybrid components or architectures.

The “GM Voltex system” refers to General Motors’ hybrid/EV-related drivetrain technology being compared to Toyota’s approach. The host uses it to illustrate that multiple automakers are working from similar underlying principles, even if their implementations differ.

Ford is mentioned as one of the automakers operating under similar patent arrangements for hybrid-related technology. The host groups Ford with Toyota and GM to suggest multiple companies are using comparable approaches and licensing structures.

A hybrid system combines an internal-combustion engine with an electric motor/generator to move the car and/or recharge the battery. The key point is that the electric portion can assist propulsion, but the exact layout (where the electric power goes) changes how the car drives and how efficient it is.

The rear axle is the assembly that connects the rear wheels to the drivetrain. Whether power is sent to the rear axle via an electric motor or via a mechanical drivetrain affects traction, off-road capability, and how the hybrid system behaves.

A 1.6-liter turbo four is a four-cylinder engine with a turbocharger that forces more air into the cylinders for more power. Turbocharging lets a smaller engine produce strong output, but it also changes how torque is delivered and how the engine is tuned for efficiency.

“Pujo Citroen” appears to be a mis-transcription of Peugeot and Citroën, which are French brands under the Stellantis umbrella. The host is saying the 1.6-liter turbo four is used across those PSA/Peugeot-Citroën product lines.

Torque is the twisting force an engine produces, and it strongly influences how quickly a vehicle accelerates, especially from low speeds. The transcript cites torque in pound-feet, which is a common way to quantify that force for engines and transmissions.

“0 to 60” is a common acceleration test measuring how many seconds it takes a car to reach 60 mph from a standstill. It’s useful for comparing real-world acceleration, but results can vary with testing conditions, traction, and technique.

A planetary gear set is a compact gear arrangement used in many automatic transmissions and hybrid transaxles. In hybrids, it helps manage how torque is multiplied and routed between the engine, electric motor(s), and the wheels.

An off-road course is a test route designed to stress a vehicle with traction limits, obstacles, and uneven surfaces. In this segment, the hosts argue that Motor Trend used an off-road course even though Jeep said the prototype wasn’t intended to represent the off-road model.

Underbody aero panels are shaped body components under the vehicle that help manage airflow to reduce drag and improve efficiency. The hosts dispute Motor Trend’s claim that these panels were just “protection/cladding,” saying they were aerodynamic parts that were damaged during the test.

Low rolling resistance tires are designed to waste less energy as they roll, which can improve fuel economy. The hosts connect tire choice to test outcomes, implying that the Cherokee’s behavior on the course was influenced by these efficiency-focused tires.

“Mall crawler” is an enthusiast term for an SUV that looks rugged but is mainly set up for pavement and everyday driving rather than serious off-roading. In this segment, the hosts use it to frame the Cherokee as practical and efficient, not as a dedicated off-road machine.

An e-axle setup uses an electric motor integrated into an axle (or driving module) to deliver torque to the wheels. The hosts contrast it with a more conventional AWD feel in snow, implying the torque delivery and traction behavior can be different between electric and mechanical AWD architectures.

Miles per gallon (MPG) is a fuel-economy measurement that indicates how far a vehicle can travel on one gallon of fuel. The hosts use it to argue that this Cherokee is the most efficient option in the Jeep lineup for daily driving.

A “fuel efficiency loop” is a repeatable test route and driving routine the hosts use to measure real-world fuel economy. The point here is to compare those consistent results against EPA estimates for different hybrid SUVs.

EPA refers to the U.S. Environmental Protection Agency’s fuel-economy testing and labeling. In this segment, the hosts compare their own “fuel efficiency loop” results against EPA-rated numbers to show how real-world driving can differ.

“Zero to 60” testing measures how quickly a car accelerates from 0 mph to 60 mph. The hosts mention their zero-to-60 results being slower than others, which highlights how testing conditions and vehicle behavior can vary.

“Limited” is a specific equipment level (trim) that usually adds comfort and convenience features compared with lower trims. In this segment, the host uses it to explain which features are (and aren’t) included on the vehicle they’re driving.

A 360-degree camera system uses multiple cameras around the car to create a top-down or stitched view. It helps with low-speed maneuvering by showing obstacles near the bumpers and sides.

Ventilated seats use fans and airflow channels to move air through the seat cushions and/or backrests. They’re a comfort feature that can reduce heat buildup in warm weather.

The host is contrasting visual impressions with measured interior dimensions using a tape measure. This is about how “legroom/headroom” style numbers can reveal that a car’s cabin doesn’t feel as roomy as it looks (or vice versa).

SAE legroom numbers come from a standardized test method used to compare vehicles. In this segment, the hosts explain that the measurement is taken from the hip point to the ankle hinge point in a straight line, then adjusted by adding 10 inches—so the published figure can differ from how legroom feels in practice.

The ankle point (specifically the ankle hinge point) is another standardized reference location used for interior space measurements. Because legroom is measured from hip point to ankle hinge point in a straight line (and then adjusted), the spec can be counterintuitive compared with how far your knees and feet actually reach.

The hip point is a reference location used in standardized interior measurements. Here, the hosts describe measuring from the hip point to the ankle hinge point in a straight line, which is why the legroom spec depends heavily on the test geometry rather than your actual seating position.

Rear legroom is the space available for passengers’ legs in the back seat. Like front legroom, the reported value depends on how the front seat is positioned during the test, so the “same” number may not come from the same setup.

Front legroom is the space available for a person’s legs in the front seating position. In marketing and testing, it can be reported using different seat positions, which can make comparisons between brands misleading.

The Honda CR-V is used here as a real-world reference point for how legroom can feel different between vehicles. The host argues that seat-position measurement tricks can make another SUV’s published numbers look comparable even when the cabin doesn’t feel the same.

The Ford Escape is brought up as an example of how published legroom numbers can be misleading. The host claims Ford measures legroom using seat positions that maximize the number, which can make it look as roomy as a Honda CR-V even if it doesn’t feel that way.

The Volvo EX60 is an electric SUV from Volvo, and the host is using its published dimensions to argue about interior space. They cite overall length and then compare it to a gas variant to show why the legroom numbers shouldn’t contradict the exterior measurements.

The Volvo EXC60 is the gas-powered counterpart the host compares against the electric Volvo EX60. They use differences in overall length and wheelbase to set up the claim that the electric version should not have less legroom than the gas version.

Wheelbase is the distance between the front and rear axles, and it strongly influences how much room a car can package inside. In this segment, the host uses wheelbase differences between the Volvo EXC60 and Volvo EX60 to argue about expected legroom.

Legroom measurements are standardized numbers used in spec sheets to estimate how much space occupants have for their legs. The host argues that these numbers can be misleading because they depend on how the measurement is taken and on seat height/recline, not just the car’s overall size.

The host is describing how some legroom specs are taken as a straight-line distance between reference points, rather than reflecting how your legs actually move and fit in the seat. That measurement method can produce numbers that don’t match real-world comfort, especially when seating position changes.

The Toyota 4Runner is an SUV, and the host groups it with the Tacoma as an example where occupants can feel cramped despite seemingly decent legroom specs. The point is that seat height and how far your feet can slide under the front seat matter as much as the published measurements.

The SAE J1100 standard is a measurement procedure used to calculate “legroom” so different vehicles can be compared consistently. It specifies how to measure from the seat reference points to where your legs would be, but it was originally developed around sedan seating layouts. That matters because SUVs and crossovers can have different seat geometry, which can make the published numbers feel misleading.

A power reclining rear seat is a rear seat that can be adjusted electronically (typically with motors) rather than by manually pulling a lever. In this segment, the host emphasizes that the adjustment can be controlled from the door, which can change the effective rear-seat space. That makes it relevant when discussing why printed legroom specs may not reflect real usability.

“Cargo room” is the manufacturer-reported space you can load in the back of a vehicle, but the number depends on how it’s measured. Different regions and standards can include or exclude areas like the space above the rear seat back, so two cars can have “the same” cargo-room number that isn’t directly comparable.

The Volvo XC60 is a compact luxury SUV, and the episode uses it as an example of how cargo-room comparisons can be misleading. The claim is that under certain measurement conventions, the XC60 was reported as having more cargo space than it “for sure was,” highlighting inconsistent standards.

“European measurement” here refers to a different cargo-capacity testing convention used in Europe, which can include/exclude different areas and use different test methods. When that result is converted for U.S. marketing, it can make the same vehicle appear to have less cargo space than competitors measured under U.S. conventions.

The BMW X5 is a midsize luxury SUV, and the episode is pointing out that its published cargo numbers can look unusually small depending on the measurement standard used. The key issue is that BMW may report cargo capacity using a European convention that gets converted for U.S. shoppers.

Cubic feet is a volume unit used to report interior space like cargo capacity. When manufacturers convert between measurement standards, the same physical space can end up with different cubic-feet figures, making cross-brand comparisons misleading.

SAE refers to a standards body that defines how to measure cargo volume using test “boxes” that represent typical shapes. An “SAE mixed set” uses multiple box sizes/shapes, which can yield a different cargo-volume result than a single standardized box set.

The BMW 3 Series is a compact executive sedan, and the segment claims BMW changed how it reports trunk/cargo volume on its press materials. The example given is a reported drop from about 17.3 cubic feet to about 14 cubic feet, illustrating how measurement/labeling changes can alter published numbers without a meaningful real-world redesign.

The Subaru Outback is a wagon-like crossover SUV that’s especially known for its outdoorsy, road-trip-friendly packaging and standard all-wheel-drive positioning. The hosts say the Jeep Cherokee’s shape reminds them of the Outback more than a typical compact SUV like the RAV4.

“Trail-rated” is an off-road capability designation used by Jeep to indicate the vehicle is engineered and equipped to handle dirt trails and light off-road conditions. In this segment, they mention Jeep teasing a version with that kind of capability focus.

Trailhawk is a Jeep trim/level associated with more off-road-focused hardware and tuning than standard models. The hosts say Jeep didn’t use the name directly, but the teased version is essentially “the Trailhawk,” implying the same off-road intent.

The Jeep Wrangler is the model most people think of when they hear “Jeep” and off-roading. In this segment, the host points out that Wranglers weren’t always off-road-only—there was an era when they were sold as two-wheel drive by default.

Two-wheel drive (2WD) means power is sent to only one axle (either the front or the rear). Compared with four-wheel drive, it generally reduces traction on loose surfaces and makes serious trail driving harder.

The Jeep Grand Wagoneer is a large, luxury-oriented Jeep SUV, and this segment contrasts it with traditional trail-focused Jeeps. The host notes that it has a four-wheel drive system but is “way too big for a trail,” and discusses how Jeep’s lineup messaging can differ from what enthusiasts expect.

A four-wheel drive (4WD) system sends power to all four wheels, improving traction when roads get slippery or uneven. In this segment, the host uses 4WD to highlight that capability isn’t just about drivetrain—it also depends on vehicle size and how it’s set up for trails.

The Jeep Renegade is a smaller Jeep SUV, and the host brings it up as a comparison point in the debate about what counts as a “real Jeep.” The underlying idea is that some Jeep models are more about urban practicality and less about hardcore off-road hardware.

The Lamborghini Urus is a luxury SUV from Lamborghini, notable because it’s the brand’s mainstream, high-volume take on the supercar formula. In enthusiast debates, it often gets compared to what people think a “real” Lamborghini should be.

The Jeep Wagoneer is an older Jeep SUV nameplate that helped establish Jeep’s move into more comfort- and luxury-oriented big SUVs. In the segment, it’s part of the lineage that leads into Cherokee and Grand Cherokee.

The Jeep Grand Cherokee is Jeep’s flagship-style SUV that became a major success and helped expand Jeep beyond a “tiny brand” image. The segment frames its rise as a turning point in Jeep’s growth during the SUV boom of the 1980s and 1990s.

Body-on-frame is a vehicle construction method where the body mounts to a separate ladder-like frame. The segment uses it to describe Jeep’s traditional pickup-truck-style underpinnings, contrasting “small” and “big” body-on-frame approaches within Jeep’s lineup.

The Jeep Aspen is a full-size SUV nameplate that represents Jeep’s attempt at a more luxury-oriented direction. In the segment, it’s mentioned as an early experiment during the period when SUVs were starting to dominate the U.S. market.

Stalantis (Stellantis) is the automaker formed from the merger of Fiat Chrysler Automobiles and PSA Group. The host is discussing how Stellantis’ dealership structure in North America groups multiple brands together, affecting how consumers shop for SUVs.

The Dodge Avenger is a midsize sedan that the podcast references in the context of its availability and naming internationally versus in the U.S. It’s mentioned as part of a broader discussion about how Dodge models overlap or differ across markets. That kind of talk is useful for shoppers trying to understand what model they’re actually looking at.

The Jeep Avenger is a compact Jeep SUV sold internationally, and the host notes it’s available in the U.S. as part of Jeep’s lineup. The point here is that it overlaps with other Jeep models in the same general size/segment.

The Jeep Wagoneer S is a Jeep SUV positioned in the lineup as a newer, more modern model. The host groups it with other Jeep SUVs to argue Jeep’s range overlaps heavily in size and pricing.

The Jeep Compass is a smaller Jeep SUV, and the host lists it alongside the Cherokee and Grand Cherokee to show how Jeep’s lineup overlaps. The key point is that multiple models can end up competing for the same buyer depending on trim and pricing.

“Electric” here refers to an all-electric powertrain that runs primarily on stored electrical energy from a battery. The hosts are debating whether enough buyers want electric right now, which is why they’re discussing adding a gasoline-powered alternative to the Recon name.

“Capture different markets” is the idea of selling multiple versions of similar-sized vehicles to appeal to different customer groups. In this segment, the hosts suggest Jeep could offer two near-sized products with different styling/powertrains to target separate buyer preferences.

The Mazda CX-50 is a compact crossover with a more rugged, boxy styling compared with some other crossovers. In the podcast, it’s brought up as a potential winning strategy because it’s described as “edgy” and similar in spirit to the CX-5 and CX-50 design direction. That makes it relevant to buyers who want a crossover look with Mazda’s approach to design.

The Jeep Commander is a three-row Jeep model sold in some markets, including China. In this segment, the hosts use it to explain that Jeep’s lineup can differ by country, which affects what vehicles people can actually buy locally.

The Dodge Durango is a three-row SUV that’s being discussed in terms of engine availability—specifically a “V8 only” strategy when supply allows. The segment claims they sometimes use Pentastar V6s instead because they “run out of V8s,” and that once V8 supply improves, the Durango will return to V8s.

A “V8 only strategy” means a model is planned to be sold with only V8 engines, not V6s or other powertrains. In this segment, the host says Stellantis sometimes deviates from that plan because V8 engines aren’t available in sufficient quantity.

“Pentastar” is Stellantis’ branding for a family of V6 engines used in various models. The quote implies that when V8s are unavailable, some Durangos are built with Pentastar V6s instead.

A “cylinder shortage” is a supply constraint where the company can’t get enough engines with a certain cylinder count—here, V8s. The segment uses it to explain why a planned V8-only approach for the Durango doesn’t always happen.

The Jeep Durango is a three-row midsize SUV that has also been offered with different engine choices over the years. The host mentions “Durango V6” as an example of what’s showing up in the lineup occasionally.

“Hemi” refers to Chrysler’s hemispherical combustion-chamber engine design, which is associated with strong performance. A “reboot” here means a planned redesign or reintroduction of that engine concept for a model like the Grand Cherokee.

“Hurricane” is the nickname for a modern engine family used by Stellantis (Chrysler/Jeep/Dodge) across multiple vehicles. The “Hurricane six” specifically points to the inline-six version, which the host claims they prefer for performance compared with the four-cylinder “Hurricane four.”

“Hurricane four” refers to the four-cylinder version of the “Hurricane” engine family. The host’s point is that while it can be “okay” for a four-cylinder, it’s still fundamentally a four-cylinder compared to the inline-six.

Hellcat is a performance engine and trim branding associated with high-output supercharged V8 power from Dodge/Chrysler. The host uses it as a reference point for the “fast” exception compared with the Hurricane engines in these trucks.

The Dodge Challenger is a muscle car known for powerful engines and straight-line performance. In the podcast, it’s mentioned in the context of comparing newer versions—except for the SRT and Hellcat—against other faster models. That suggests the episode is discussing performance differences across Challenger trims.

An inline six is an engine layout where all six cylinders are arranged in a single straight line. It’s known for smoothness and strong low-to-midrange torque, and many BMW models use this configuration.

The BMW B58 is a turbocharged inline-six engine family used in several BMW performance models. In this segment, the host highlights its output and character, including how the engine sounds and how well the drivetrain is tuned.

Horsepower is a measure of engine power—how much work the engine can do over time. It’s commonly used when comparing how much output different engines make, like the numbers being discussed here for the B58 versus other engines.

The Dodge Charger RT is a performance trim of the Charger that’s typically associated with a more powerful engine and sportier tuning than the base models. Here, the host says they’ve driven both the RT and the Scat Pack, framing it as a comparison of real-world feel and sound.

The BMW M3 is a high-performance version of the 3 Series, built for drivers who want a sporty engine and sharp handling. It’s often discussed because its sound, acceleration feel, and tuning are part of what makes it recognizable. In the podcast, it comes up in the context of whether a car “sounds like” an M3 or needs tuning.

Digital augmentation is using software and audio processing to change or enhance what you hear from the car. In practice, it can add or modify engine sound through speakers or sound-generating systems so the cabin experience feels more “right.”

This describes a mismatch where the audio (the “soundtrack”) suggests a V8, but the engine is actually a V6. Enthusiasts often dislike this because the sound character doesn’t match the engine’s real cylinder layout and firing behavior.

This is another example of sound mismatch: the car’s audio is tuned to sound like a V6 even though the engine is a four-cylinder. The cylinder count affects how the engine’s pulses and rhythm sound, so the mismatch can feel artificial.

The Jeep Gladiator is Jeep’s pickup truck, built on a truck body with a cab and a separate cargo bed. In this segment, the hosts compare the upcoming scrambler’s overall length and rear packaging to the Gladiator, including how much space it might offer in the back.

“Two door four seat” describes a cabin layout with two doors total (not four) but seating for four people. In pickup terms, it often implies a more compact front cabin and a rear seating area that may be tighter or more “jump-seat” oriented.

“Jump seats” are small, often rear-facing or compact seats intended for occasional passengers rather than full-size comfort. The host is implying the scrambler’s rear seating may be more limited than a typical full rear bench.

Easter Jeep Safari is an annual off-road event in Moab, Utah, where Jeep enthusiasts and the brand showcase concept vehicles and accessories. In this segment, the host uses it as a timing/context reference for whether a vehicle configuration would be “shorter” or different.