Mullet Rammstein - 23 June 2026

Stellantis is a major global automaker formed from the merger of Fiat Chrysler Automobiles and PSA Group. In this segment, the hosts discuss Stellantis’ brand portfolio and how it’s perceived in reliability surveys.

Land Rover is the British brand known for SUVs and off-road-focused vehicles. The hosts mention it alongside Stellantis when discussing reliability perceptions and survey results.

A J.D. Power survey is a consumer study that ranks automakers based on reported problems and ownership experience. In this segment, the hosts use it as evidence that certain groups (JLR and Stellantis) tend to score near the bottom for reliability.

JLR is the common abbreviation for Jaguar Land Rover, the automaker group behind the Jaguar and Land Rover brands. The hosts cite it as one of the groups that often ranks low in reliability-related survey tables.

The Dodge Ram is a full-size pickup truck line, widely used for work and towing as well as everyday driving. In the US market, it’s often discussed as the main “Ram” brand presence within the broader corporate group, especially when talking about how brands are positioned. The podcast’s context points to corporate/brand strategy rather than a specific model change.

Antonio Filosa is identified here as Stellantis’ chief, quoted about how the company plans to coordinate product and technology development. The quote is used to support the idea of shared platforms and cross-brand engineering.

In an automotive context, “synergies” usually means combining efforts across brands—like sharing engineering, platforms, and technology—to reduce duplication and speed up development. Here it’s discussed as Stellantis’ plan to coordinate product and technology development.

“Product and technology development” refers to the engineering work behind new vehicles and the underlying tech they use—powertrains, electronics, software, and manufacturing methods. The hosts connect it to Stellantis’ stated goal of coordinating development across companies.

The Nissan Leaf is an all-electric compact hatchback designed for everyday driving without gasoline. It’s often discussed in news because it represents mainstream adoption of electric vehicles and the ongoing improvements in battery and charging over time. The podcast’s mention fits the idea of EVs being a notable, incremental “layer” on top of the broader automotive shift.

The Renault Wind is a small, compact car from Renault that was designed with a focus on style and open-air driving. It’s often discussed in the context of product planning because small models like this can be affected when manufacturers shift resources toward larger internal-combustion engines or other priorities. The podcast’s “wind back” phrasing also plays directly with the model name.

“Type 01” refers to a specific upcoming vehicle project mentioned in the podcast, with the host saying they’ll get to see it in October. It’s being discussed as a named model/variant that’s part of a broader set of updates or reveals. The significance here is timing and anticipation rather than detailed specs in the excerpt.

Range Rover is Land Rover’s flagship line of luxury SUVs, typically built around a comfort-first, premium experience. The host brings it up alongside Land Rover to discuss reliability concerns with owning one.

Reliability indexes are compiled scores that summarize how often vehicles experience problems, usually based on owner reports or survey data. The host uses them to argue that certain brands are frequently “flagged” for reliability concerns.

The supply chain is the network of suppliers, logistics, and manufacturing steps needed to get parts to a car factory. The hosts discuss diversifying and strengthening sourcing for the supply chain, which is meant to reduce delays and shortages.

A tariff is a tax added to imported goods when they cross a border. In this segment, the hosts are talking about tariffs applied to electric vehicles (EVs) imported into the EU from China, which can raise the final cost of those cars.

Electric vehicles (EVs) are cars powered primarily by electric motors and rechargeable batteries, rather than gasoline combustion engines. The segment focuses on how EU import tariffs target EVs coming from China, affecting pricing and competitiveness.

BYD is a Chinese automaker known for producing electric vehicles and batteries. In the segment, the hosts use BYD as the example company to show how EU tariffs could add extra duty based on factors like investment in Europe and government assistance.

SAIC is a major Chinese automotive group, and the hosts say it has a large stake in the company they’re discussing. They also note that SAIC is owned by the Chinese government, which is relevant to how the segment claims additional tariff duty could be determined.

EVs (electric vehicles) are cars powered primarily by an electric motor drawing energy from a battery. Unlike hybrids, they don’t rely on a gasoline engine for propulsion in normal driving.

A plug-in hybrid (PHEV) is a car that combines a conventional engine with an electric motor and a battery you can recharge by plugging into the grid. It can run on electricity for short trips, but it also has an engine for longer driving when the battery is depleted.

This refers to PHEVs specifically, which are often treated differently by tariffs and regulations than full EVs. The key distinction is that PHEVs can be charged externally and typically have a smaller battery than an EV, plus an engine for extended range.

Battery range is the distance a plug-in hybrid can travel using only its electric battery (before the engine needs to take over). In PHEVs, a longer battery range can make daily commuting fully electric more often.

The GMC Typhoon is a performance-oriented, turbocharged SUV from the 1990s, built around the idea of combining family-sized practicality with quick acceleration. It’s often referenced in automotive news and discussions because it’s a standout example of early “fast SUV” engineering. The podcast’s mention in the context of a “typhoon” wordplay ties to its name.

Autonomous vehicles are cars that can drive themselves without a human actively controlling steering, braking, or acceleration. In practice, most “autonomous” systems still require geofencing, driver monitoring, and limited operating conditions.

Automated vehicles use driving automation to assist with tasks like lane keeping, speed control, or navigation, but they may not be fully self-driving. The key difference from “autonomous” is that automation can be limited and may still depend on human supervision.

Waymo is the self-driving-vehicle company best known for operating robotaxi services in parts of the US. In this segment, the hosts discuss Waymo’s automated driving system behavior in freeway construction zones.

A recall is a manufacturer action to fix a safety-related problem or defect affecting a set of vehicles. In automated driving contexts, recalls can be triggered by software behavior that doesn’t handle certain scenarios correctly.

An automated driving system (ADS) is the software and sensors stack that interprets the road and controls the vehicle’s driving actions. When the hosts mention a “fifth generation automated driving system,” they’re referring to a specific iteration of that full system.

Aquaplaning is when a car’s tires lose contact with the road because there’s too much water under them. The tire can’t clear the water fast enough, so the vehicle starts to ride on a thin film of water, reducing steering and braking grip.

Operational domain is the specific set of real-world conditions where an autonomous system is designed to work reliably (like certain roads, maneuvers, weather, and traffic situations). The host argues Waymo’s claimed coverage is broader than what it actually handles, such as avoiding certain turn types.

The BMW i3 is BMW’s compact electric car, built around an electric drivetrain and a battery pack. In this segment, the hosts talk about ordering timing and the claimed maximum range, emphasizing how the car’s range comes from a large battery.

Maximum range is the estimated distance an EV can travel on a full charge under specified test conditions. It’s a key spec because it reflects how much energy the battery can store and how efficiently the car uses it.

A large battery in an EV means more stored electrical energy, which typically allows for longer driving range. The tradeoff is that bigger batteries add weight and cost, so manufacturers balance range goals against efficiency and packaging.

A kilowatt-hour (kWh) is a measure of electrical energy. In an EV, it usually refers to the battery’s usable capacity—how much energy the car can store to drive a certain distance.

Brake horsepower (bhp) is a measurement of engine power taken at the crankshaft. For EVs, it’s often used as a familiar power figure even though the underlying measurement is electrical/torque-based rather than a traditional engine dyno.

Pound-foot (lb-ft) is a unit of torque, which is the twisting force that helps the car accelerate. EVs often produce strong torque instantly, which is why torque figures are especially relevant for how they feel off the line.

“Naught to 62” is shorthand for how long it takes a car to accelerate from 0 to 62 mph (about 100 km/h). It’s a common performance metric because it captures real-world launch and mid-acceleration behavior.

A 400 kW charger refers to very fast DC fast-charging infrastructure. Higher charger power can reduce charging time, but the car’s battery and charging curve also determine how much energy it can actually accept at that moment.

AC (alternating current) is the type of electricity commonly supplied by standard charging stations. EVs typically convert AC to DC inside the vehicle (or via onboard electronics), which is why AC charging is usually slower than DC fast charging.

“Design language” is an automaker’s consistent set of styling cues—shapes, lighting signatures, and proportions—used across a model range. The host is saying the exterior follows a newer styling direction compared with what they’ve seen recently.

BMW’s “Neue Klasse” is the company’s next-generation vehicle platform strategy, aimed at future models and a new design direction. The podcast references it by comparing styling and experiences, including mention of an iX3 and a father’s X3, to illustrate how the new approach may feel. It’s discussed because platform changes influence multiple upcoming cars at once.

Goodwood is a well-known UK motorsport and automotive venue, often associated with hill climbs and car events. Mentioning Goodwood implies the hosts expect the updated Spectre to be demonstrated or tested there.

Charging time is how long it takes to add a meaningful amount of energy to an EV battery, usually discussed in terms of fast-charging behavior. In this segment, they claim the updated Spectre’s charging times are cut by 14%, implying improved charging performance.

Cell geometry refers to how the individual battery cells are shaped and arranged inside the battery pack. Changing cell geometry can improve how efficiently the pack fits in the car and how evenly it can charge and discharge, which can translate into better range and faster charging.

“Pound-feet” (lb-ft) is a unit of torque, which is the twisting force an engine or motor produces. For EVs like the Rolls Royce Spectre, higher torque helps with strong acceleration, especially at lower speeds.

Rolls Royce Spectre is Rolls-Royce’s all-electric grand tourer, positioned as a luxury alternative to its traditional gasoline lineup. In this segment, the hosts focus on its real-world range and how buyers think about charging stops on long trips.

“400 miles” refers to the car’s estimated driving range on a full charge. For EVs, range depends heavily on speed, weather, and how often you stop and start.

“Break stroke” here is used to mean a break/stop during a drive, not a mechanical part. The hosts are discussing how long-distance EV travel still involves periodic stops for comfort and human needs.

“Personalize” in this context means specifying bespoke options and interior/exterior details to tailor the car to the buyer. The hosts connect it to higher final transaction cost versus the starting price.

“Laser cut perforations” refers to precisely made holes/patterns in leather upholstery using a laser. It’s an interior customization technique that can create decorative artwork while also reducing weight and improving airflow.

The Peugeot E 208 GTI is a hot-hatch concept that applies the GTI identity to an electric powertrain. In this segment, the host highlights its performance targets (range, acceleration, and handling cues) and positions it against other small, sporty EVs.

The Volkswagen Golf is a long-running compact hatchback that’s known for being a practical daily car with performance variants. In the podcast context, it’s tied to the idea of how newer performance models take inspiration from earlier GTI-style details, like interior design elements. That’s why it comes up when discussing design direction and heritage.

“Slip diffs” is shorthand for a limited-slip differential, which helps manage wheel speed differences when cornering. Instead of one wheel spinning freely, it can send more torque to the wheel with better grip, improving traction and feel.

“0 to 62” is shorthand for acceleration time from 0 mph (or 0 km/h) up to 62 mph (100 km/h). It’s a common performance metric used to compare how quickly cars build speed.

The Alpine A290 is a small, sporty EV that’s often discussed as a rival to other hot-hatch-style electric cars. In this segment, the host uses it as a benchmark for what the Peugeot E 208 GTI is aiming to compete with.

Mini’s John Cooper Works (JCW) line is the brand’s performance-focused trim, known for sharper steering and more aggressive driving dynamics. Here, the host references the JCW as part of the target set for the Peugeot E 208 GTI’s “proper GTI” driving character.

Torque steering is a handling effect where uneven drive forces cause the steering wheel to pull or drift when you apply power. It’s more noticeable in front-wheel-drive layouts and can be part of the “hot hatch” feel—though it’s also something engineers try to control.

In driving feel discussions, “squirm” describes small, unwanted (or at least noticeable) movements in the car’s chassis or tires as grip changes—like slight wandering or body/tire compliance under cornering and power. The host is saying they want some of that lively, imperfect feel rather than a perfectly numb setup.

The Renault Sport Spider is a rare, open-top roadster from Renault’s performance division (Renault Sport). It’s notable for being a lightweight, driver-focused two-seater that’s remembered more for its character and scarcity than for mainstream popularity.

The host is referring to a “test” drive—an opportunity to drive a car briefly to judge how it feels in real conditions. It’s different from just looking at the car or reading specs because you can evaluate steering, brakes, visibility, and comfort firsthand.