How We Cruise

The 2026 Subaru Outback Wilderness is a higher-ruggedness trim of Subaru’s Outback, built around the idea of doing more off-pavement than a typical wagon. In this segment, the host highlights its new-generation redesign (including a large touchscreen and digital instrument cluster) and the Wilderness-specific positioning for “more rugged” driving.

A 12.1-inch touchscreen refers to the large central infotainment display used to control media, navigation, vehicle settings, and driver-assistance menus. The host mentions it as part of the Outback’s redesigned interior for the 2026 model year.

An instrument cluster is the driver’s gauge display behind the steering wheel, and a 12.3-inch unit indicates a larger, more prominent digital screen. The host cites it as part of the 2026 Outback Wilderness’s updated interior tech.

“Wilderness trim” is Subaru’s higher-ruggedness package for the Outback line, aimed at buyers who want more off-road-capable styling and equipment than the standard trims. The host frames it as being more rugged for off-roading than the rest of the lineup, without taking it to extreme trails.

The Wrangler is Jeep’s iconic off-road SUV line, known for rugged capability and a design that supports trail driving. In the podcast, it’s referenced as something “more rugged” but not necessarily intended for the most extreme routes like the Rubicon. Wheel-bearing discussions often come up with off-road vehicles because rough surfaces and articulation can accelerate wear.

A 2.4-liter turbo four-cylinder is an engine with four cylinders and a turbocharger that forces more air into the cylinders for stronger output. In this segment, the host pairs it with the Outback Wilderness setup and then discusses the power figures and how the drivetrain behavior (CVT + auto start-stop) affects the driving feel.

CVT (continuously variable transmission) is a gearbox that can smoothly change the engine’s effective gear ratio without fixed steps. The host specifically complains about the CVT’s integration with auto start-stop—when the engine restarts, it causes a noticeable jolt.

“Cubic feet” is a volume measurement used to describe cargo space in the trunk or behind the rear seats. Here, the host quotes cargo capacity figures to show how much stuff the Subaru can carry.

All-weather floor mats are rubber or heavy-duty mats designed to trap water, slush, and dirt instead of letting it soak into the carpet. They’re especially useful in heavy rain or snowy conditions because they help keep the cabin dry and easier to clean.

“Aquafobic” is being used here as a descriptive, non-technical way to say the interior resists water—meaning water doesn’t leave lasting marks or soak in. The host’s point is that the Subaru’s surfaces and mats don’t show the typical “water dot” staining you might see on other interiors.

All-wheel drive (AWD) sends power to more than just the front or rear axle, improving traction when roads are slippery. It’s especially helpful in snow, rain, or uneven surfaces because it can reduce wheel spin.

“Trailseeker” is a trim/branding name Subaru uses to signal a more adventure-leaning Outback configuration. In this context, it’s part of the shift from a wagon identity toward an SUV-like, outdoors-focused look.

The Subaru Trailseeker is a trim or model concept within Subaru’s SUV lineup aimed at more outdoor-focused driving. The podcast mentions it as “called the Trailseeker now,” indicating a naming or packaging change. Wheel-bearing topics can connect because trail-oriented trims are typically used on rougher roads where wheel and suspension components take more stress.

Horsepower is a measure of how much work an engine or motor can do over time, and it’s often used to describe overall power output. In practice, horsepower and torque together help explain how a vehicle feels across different speeds.

Torque is the twisting force an engine or motor produces, and it strongly influences how quickly a vehicle accelerates from low speeds. The transcript mentions a torque figure, which is a key performance spec alongside horsepower.

Rear wheel steering is a system that turns the back wheels by a small angle to help the car rotate and change direction more easily. At low speeds it can tighten the turning circle for easier parking, while at higher speeds it can improve stability by reducing unwanted yaw.

The Mercedes-Benz S-Class is the automaker’s flagship luxury sedan, known for high-end comfort and advanced driver interfaces. In this segment, the host is specifically talking about the S-Class’s infotainment/driver display experience, contrasting different screen names.

MBUX is Mercedes-Benz’s infotainment and user-interface system. The host describes it as map-first with “widgets” that show relevant controls and information as you drive, aiming to reduce the need for constant swiping.

The Mercedes-Benz EQS is the brand’s electric flagship sedan, positioned as a high-tech luxury EV. Here, the host uses the EQS as the starting point for discussing Mercedes EV platform voltage and what future models will share.

“800 volt architectures” refers to an electric vehicle’s high-voltage electrical system design. Higher voltage can enable faster charging and more efficient power delivery compared with lower-voltage EV platforms, assuming the car and charging infrastructure support it.

A “400 volt architecture” is the lower-voltage electrical platform used by many EVs. The host is contrasting it with 800 volt systems, implying that the newer Mercedes EVs will move to higher voltage for improved charging/power behavior.

The Chevrolet Volt is a plug-in hybrid electric vehicle that can run on electricity and also has a gasoline engine to extend range. The podcast references electrical architecture—specifically 800-volt systems versus a different setup—indicating a discussion about charging and power delivery characteristics. Wheel-bearing discussions can connect because charging habits and driving patterns affect tire wear and suspension loading.

“Kilowatts” is a measure of electrical charging power. Higher charging power generally means you can add more energy to the battery faster (assuming the car and charger can support it).

“Volts” refers to the battery’s electrical system voltage. EVs with higher voltage can deliver the same power with lower current, which can help reduce losses and enable faster charging with thinner cabling and components.

“AC charging” means the charger supplies alternating current, and the vehicle converts it to the battery’s DC power internally. It’s commonly used for home charging and slower public chargers, compared with DC fast charging.

9.6 kW is the charging power level they’re seeing for AC charging. For AC charging, this number helps you estimate how quickly the battery will gain range compared with slower (or faster) AC setups.

“All wheel steering” is a system where more than just the front wheels steer, often improving low-speed maneuverability and high-speed stability. It can make a large vehicle feel easier to place in tight spaces and more composed through corners.

In this context, “118” is almost certainly the battery capacity in kilowatt-hours (kWh), which indicates how much energy is stored. More kWh generally allows for more potential range, though efficiency and charging behavior also matter.

Kilowatt-hours (kWh) measure the amount of energy stored in an EV’s battery. More kWh generally means more potential driving range, though real-world range also depends on efficiency and driving conditions.

“Miles per kilowatt-hour” is an efficiency metric for EVs that describes how many miles you can drive per unit of battery energy. Higher miles/kWh means the vehicle is using energy more efficiently.

The Mercedes-Benz GLC is a compact luxury SUV line, and in this segment it’s used as an example of how different EVs/efficiency targets can vary by vehicle. The host is comparing range/efficiency expectations across Mercedes models.

The Ferrari Luce is referenced in the podcast as a rumored or discussed name, with speculation about why Ferrari might use it. The context suggests it’s part of a conversation about upcoming or hypothetical models rather than a confirmed, widely documented vehicle. Since it’s not described in detail, wheel-bearing relevance is limited here.

Suggested retail price (often similar to MSRP) is the manufacturer’s listed price for a vehicle before taxes, registration, and dealer-specific charges. It’s used as a baseline for comparing what a specific car costs versus the sticker price.

A trim level is a specific equipment package (features and options) offered for a model, and an “exclusive trim” implies a higher-end or more limited configuration. The host is saying this particular trim adds a set dollar amount to the price.

Rear axle steering is a chassis feature where the rear wheels can turn (usually by a small angle) to improve low-speed maneuverability and high-speed stability. It can make the car feel more agile in tight spaces and reduce the amount of steering input needed at speed.

When discussing steering systems, “degrees” refers to the maximum angular deflection of the wheels (how far they can turn). Higher degrees generally mean tighter turning capability, which is why the segment links more degrees to parking and “circles.”

“Enhanced steering” here refers to a higher-output configuration of the rear axle steering system, allowing a larger steering angle than the standard setup. In the segment, the speaker contrasts the standard 4.5° with an optional setup up to 10°.

The Mercedes EQS SUV is an all-electric luxury SUV built around a large battery pack and an emphasis on quiet, smooth ride quality. In this segment, the hosts discuss how the car feels heavy (a common trait of EVs due to battery mass) and how it still handles well despite that weight.

A third row is an extra set of seats in some SUVs that’s meant for additional passengers. In practice, third-row space and usability are often limited, so many owners treat it as occasional-use seating rather than everyday comfort.

The Toyota Highlander is a midsize three-row family SUV designed to carry more passengers than a typical two-row crossover. In the podcast, it’s mentioned specifically in terms of the third row—described as present but not especially useful. That matters for wheel-bearing discussions because heavier loads and frequent passenger use can increase wear on suspension and wheel components.

Adaptive cruise control is a driver-assistance system that automatically adjusts your car’s speed to keep a set following distance from the vehicle ahead. Instead of holding a constant speed like traditional cruise control, it can slow down and then speed back up as traffic changes.

The Mitsubishi Outlander is a midsize SUV designed for family use and everyday comfort. In the podcast, it’s mentioned as a vehicle that was supposed to be available but was returned, indicating it’s part of a testing or ownership segment. Wheel-bearing discussions often focus on how different SUVs are used and maintained, since driving conditions strongly affect bearing wear.

The Kia EV9 GT line is a three-row, battery-electric crossover, and it’s notable here because the discussion centers on its charging hardware. In this segment, the host explains that the EV9 for 2026 uses an AXJ3400 charge port instead of a CCS port, which changes what adapters you may need at home.

CCS (Combined Charging System) is a common EV charging connector used in North America for both fast charging and, depending on the setup, other charging scenarios. Here, the host says the EV9’s charge port changed away from CCS, which affects compatibility with existing chargers and adapters.

An AXJ3400 charge port is a specific electric-vehicle charging connector standard used on certain vehicles. In this segment, it’s contrasted with CCS, and that difference matters because it determines which home chargers and adapters will work.

The Genesis GV70 is a luxury compact SUV positioned for comfort and a more upscale driving experience. The podcast mentions it in the context of whether an EV version is part of the lineup, suggesting discussion about which variants exist and how they fit in. Wheel-bearing conversations can come up because luxury SUVs are often driven in a mix of commuting and longer trips, which affects tire and wheel component wear.

The Dodge Charger is a performance-focused sedan known for strong acceleration and a sporty driving feel. In the podcast context, it comes up around charging hardware—specifically how its electric charging setup may require an adapter when using a home J1772 charger. That’s the kind of detail wheel-bearing discussions often intersect with because it affects the day-to-day ownership experience of a specific vehicle.

J1772 is the standard connector used by most Level 2 home EV chargers in the U.S. The host explains that their home J1772 charger didn’t directly match the EV9’s setup, so they had to buy an adapter to charge at home.

NAX (as used in this segment) refers to an adapter type that allows the vehicle’s AXJ3400/AX-style charging interface to work with other connector standards. The host specifically notes they were missing a NAX adapter for their home charging setup and had to order one.

The Hyundai Ioniq 9 is an upcoming/positioned Hyundai EV that the speaker says shares most of its underpinnings with a Kia. In other words, it’s a platform/architecture relationship—different styling, similar core engineering.

A frunk is the “front trunk” on many electric cars, where the space in front of the cabin is used for storage instead of an engine bay. Because EVs package components differently, frunk size can vary a lot between trims and drivetrain layouts.

Rear-wheel drive (RWD) means the car’s power is sent to the rear wheels. The speaker ties this to packaging: with RWD, there’s more room for a larger frunk because there’s no front motor taking up space.

Captain’s chairs are individual, separated seats (usually in the second row) rather than a single bench. They’re often paired with a third-row access strategy and can improve comfort, but they can also affect how the cabin is packaged.

In this context, “Ottomans” refers to built-in footrests in the second-row seats that can fold up or extend for a more lounge-like seating position. The host also notes a safety/logic behavior: the footrest won’t move while the car is in drive.

“Dual 12.3-inch displays” refers to two separate 12.3-inch screens used for the driver’s digital interface. In many modern cars, one screen serves the instrument cluster while the other handles infotainment, and they’re often visually integrated under one glass cover.

Climate control is the system that manages cabin heating, cooling, and airflow. It typically includes temperature regulation, fan speed, and air distribution (like directing air to the face or feet), often with electronic controls and multiple user settings.

Infotainment is the car’s integrated system for media and information, typically including audio, navigation, phone connectivity, and vehicle settings. It’s usually controlled through a touchscreen and/or physical buttons/knobs.

A touch panel is a control surface that you operate by touching the screen rather than using separate buttons. In cars, touch panels are often used for secondary functions like climate shortcuts or quick settings, but they can be harder to use safely if they require looking away from the road.

The center stack is the main vertical control area in the middle of the dashboard, typically housing the infotainment screen and climate controls. It’s where many cars place physical buttons, knobs, and toggles for quick adjustments while driving.

Dual zone temperature control lets the driver and front passenger set different cabin temperatures. The system uses separate temperature targets and blends heating/cooling so each side of the cabin can be adjusted independently.

The Kia EV6 is an electric crossover that’s known for quick acceleration and modern EV technology. The podcast groups it with other smaller EVs and mentions it being “very quick,” which frames it as a performance-oriented EV choice. Wheel-bearing topics can still apply because EV torque and frequent city driving can influence tire and suspension wear patterns.

Thermal management is how an EV controls temperatures of its battery (and often power electronics) to keep performance consistent. Good battery thermal management helps the car sustain high charging power instead of throttling early due to heat.

Rebates and incentives are manufacturer- or dealer-offered discounts that reduce the effective purchase price of a vehicle. The host suggests shopping around can lower the EV9’s final cost by several thousand dollars.

West Point, Georgia is the location of an automotive manufacturing facility where vehicles are assembled. The host notes the EV9 is built there, which can matter for supply and production timing.

These are clearance/marker lights mounted high on the vehicle. The speaker is tying them to a legal width threshold (over 85 inches), meaning wider vehicles must be more visible to other drivers.

The Ford Bronco Raptor is a wide, off-road-focused version of the Bronco line. Here it’s used as a comparison point for how wide the Hummer is, emphasizing how vehicle width affects real-world maneuvering.

The Ford F-150 is a full-size pickup truck, and the podcast uses it to compare overall width against another off-road-oriented vehicle. That kind of measurement matters for real-world driving—fit, clearance, and maneuvering—especially when going off-road or on narrow trails. Wheel-bearing discussions can be indirectly related because wider, off-road-capable setups often see more uneven tire wear and higher suspension loads.

The Ford F-150 is a full-size pickup truck built for work and everyday driving, with versions that can handle off-road use. The podcast mentions it in the context of off-roading—suggesting that while it can be used in rough conditions, it’s not always the best choice for extreme desert driving compared with purpose-built off-road variants. That kind of discussion often ties back to wear items like wheel bearings because rough terrain can accelerate suspension and drivetrain stress.

The Hummer HX was a concept vehicle from Hummer (GM-era) that previewed a future Hummer design. In this segment, it’s described as being “Wrangler sized,” meaning it was intended to be compact and off-road capable rather than the huge H2-style footprint.

The Jeep Wrangler is a rugged, off-road-oriented SUV built around a simple, durable layout and strong trail capability. In the podcast, it’s referenced as a size benchmark for a concept vehicle, meaning the Wrangler’s proportions and purpose are being used to describe what another vehicle might be like. Wheel-bearing topics can come up because trail use and frequent low-speed articulation can increase bearing loads.

The Hummer H3 was a smaller Hummer model compared with the larger H2 and the original full-size Hummer. In this segment, it’s referenced as part of the brand’s attempt to reposition Hummer as less oversized—though the host also calls the marketing “weird,” implying it didn’t land well.

The Hummer H2 was the larger, more full-size Hummer model that sat above the H3 in size and presence. The host uses it as a comparison point to explain that the H3 was smaller than the H2, and that the original Hummer was even larger.

FlexFab is a named “flexible manufacturing” approach described in a press release as enabling fast, small-batch, on-demand production. The hosts compare it to 3D printing, but for metal parts, and they question whether it’s truly additive manufacturing.

Flexible manufacturing technology refers to production systems designed to switch between different product designs quickly and efficiently, often to support small batches. In this segment, it’s presented as enabling fast, on-demand metal production similar in spirit to 3D printing.

Additive manufacturing is a process where parts are built up layer-by-layer instead of being machined from a solid block. In automotive contexts, it’s often used for prototypes and complex shapes because it can reduce tooling and enable more design variation.

The Tesla Model Y is a compact electric crossover designed for everyday use with an emphasis on electric power and convenience. The podcast mentions it as a prior vehicle someone had before switching to another model, which is often how charging and ownership experiences get discussed. Wheel-bearing conversations can still be relevant because EVs and crossovers are driven frequently in stop-and-go conditions that can affect tire and wheel wear patterns.

A delivery window is a scheduled timeframe during which the manufacturer expects to deliver your specific vehicle. It’s often tied to production slots and order queues, so locking it in helps you plan around when the car will actually arrive.

A roll cage is a reinforced metal frame installed inside a vehicle to protect occupants during rollovers or hard impacts. It’s common in track and off-road builds because it adds structural strength and provides mounting points for harnesses.

A modular vehicle is designed so owners can more easily change or remove parts of the body or interior. The speaker’s examples—taking doors off, removing a rear wall for open-air use, and adding a roll cage—point to a platform meant for customization and offbeat builds.

The Volkswagen ID. Buzz is an electric van built for people and cargo with a focus on EV practicality. The podcast mentions excitement and delivery timing, which points to it being discussed as an upcoming or newly arriving vehicle. Wheel-bearing topics can still apply because vans often carry heavier loads and see frequent stop-and-go driving, both of which can increase wear on wheel components.

“Old technology” here is shorthand for earlier-generation EV hardware/software that would have been used if the ID Buzz had launched much earlier. The point is that by the time it finally arrived, expectations had shifted, so the same approach felt outdated.

The Rivian R3 is discussed as a smaller, more compact-looking Rivian electric vehicle, with the podcast comparing its shape to a two-door Rivian R3 and a wagon-like variant. This frames it as a different body style within Rivian’s lineup rather than the larger R1T pickup. Wheel-bearing topics can still be relevant because any EV with frequent daily use will experience tire and wheel component wear over time.

The Ford Flex is a distinctive, boxy crossover/wagon from Ford known for its tall, upright styling and roomy interior. In this segment, the hosts compare the front-end shape of something else to the Flex, and then mention the Flex as a “great car,” implying it’s a design reference point.

An “open air kit” is an aftermarket or accessory setup that lets you remove or open sections of the vehicle’s body panels to create an open, more convertible-like cabin. In this discussion, it’s tied to removing parts behind the cabin to change how the rear area and seating work.

A rear bulkhead is a structural or partition panel behind the passenger area that separates the cabin from the cargo area. Here, the host says you can remove the rear bulkhead, which affects where rear seats mount and how the space can be used (storage vs. seating).

The Mercedes-AMG GT is a performance coupe built by Mercedes-Benz’s AMG division, known for its sporty handling and V8-powered character in many trims. In this segment, the host mentions getting a ride-along in an AMG GT to understand what it feels like to sit in the car.

A “fleet preview” is an event where a manufacturer or its commercial arm shows upcoming vehicles and programs to businesses that buy cars in bulk. The focus is usually on total cost of ownership, upfitting options, and how the vehicles fit real work use.

Ford Pro is Ford’s commercial-vehicle business unit focused on helping businesses run fleets. In the segment, it’s positioned as the channel for electric trucks and for working with upfitters to add job-specific equipment.

Upfitters are companies that modify a base vehicle to add specialized equipment for a specific job—like racks, tool storage, or bed-mounted systems. The segment ties upfitters to Ford Pro’s electric-truck rollout and to how Mavericks are configured for professional use.

An electric truck is a pickup or commercial truck powered primarily by an electric motor(s) and a battery pack instead of a gasoline engine. The segment frames it as part of Ford Pro’s plan to make an electric truck available through its commercial sales and upfitter ecosystem.

The Ford Maverick is a compact pickup that’s especially popular with professional users because it’s practical and can be configured for work with bed-mounted accessories. In this segment, the host highlights the Maverick’s popularity in the “professional community” and notes that a majority of sales are Maverick hybrids.

A hybrid vehicle uses both an internal-combustion engine and an electric motor/battery system to improve efficiency and reduce fuel use. Here, the host is specifically talking about Maverick hybrids making up about 55–56% of Maverick sales.

Las Vegas is the Nevada city where the host discusses meeting Ford people and then choosing to ride a robo taxi instead. In this context, it’s also the geographic area where the Zooks service has defined pickup and drop-off locations.

A “robo taxi” is a ride-hailing vehicle intended to operate with little or no human driving input, typically using automated driving software and sensors. Here, the host describes taking a ride in a Zooks robo taxi and notes limitations like where it can pick up and drop off.

“The Strip” is the nickname for the main stretch of Las Vegas Boulevard lined with major hotels and resorts. The host uses it to describe the robo taxi’s limited service footprint—pickup/drop-off points near specific hotels at the south and north ends.

“Zook’s cast” is a vehicle feature that lets your phone connect to the car to stream audio. In this segment, the host explains it works like Bluetooth pairing so music from your phone plays through the car’s speakers.

Bluetooth is a short-range wireless connection used to pair devices, like a phone and a car. Here, it’s the method that enables the phone to stream audio to the vehicle’s speakers after pairing.

“Braking control at low speeds” refers to how smoothly the vehicle modulates braking when creeping, parking, or maneuvering. The host describes it as “herky jerky,” meaning the braking inputs feel uneven or jerky during slow maneuvers.

“HD maps” are highly detailed digital maps used by driver-assistance and autonomous systems. They include precise lane geometry and other location-specific details so the vehicle can understand where it is and what the road looks like.

Topographical information describes the shape of the land—like elevation changes and low spots. In flood scenarios, having this data helps the system estimate where water will collect and how deep it might be in different sections of road.

Radar is a sensor that uses radio waves to detect objects and measure things like distance and relative motion. In this context, radar helps detect the water surface because the radio waves reflect off the top of the water.

Lidar (light detection and ranging) uses laser pulses to measure distance by timing how long the light takes to return. Like radar, it can reflect off the water’s surface, giving the vehicle a way to estimate the presence and geometry of flooded areas.

The Ford Transit Custom is a small commercial van designed for cargo and practical day-to-day use. The podcast describes it as being smaller than a Transit Connect and calls it a “cool looking little vehicle,” framing it as a compact van option. Wheel-bearing wear can be relevant because vans are often driven with heavier loads and more frequent stops, which can stress wheel hubs and bearings.

In autonomous-vehicle development, “testing and validation” means running the system through scenarios and measuring whether it behaves safely and consistently. Validation is about proving the software and sensors work reliably enough to move from controlled testing to real rider operations.

“First rider trips” are early deployments where a limited number of real passengers ride in an autonomous vehicle to gather operational data and confirm the experience matches expectations. It’s a step between testing and broader public rollout.

“Beta testing on public roads” means the autonomous system is still in an early release stage while operating in real traffic with the public. That implies higher uncertainty and stricter monitoring than fully mature deployments.

In autonomous-vehicle design, seat layout can be rethought because there’s no need for the driver to control the car. The host is pointing out that Waymo’s configuration could use a forward-facing or more social layout to improve passenger interaction.

The Nissan Frontier is a mid-size pickup truck used for both daily driving and light-to-moderate work. The podcast references the next generation of the Frontier, indicating it’s part of a discussion about upcoming updates. Wheel-bearing wear can be relevant on pickups because they often see heavier loads and rougher roads than typical passenger cars.

The Nissan XTerra is an SUV model that the podcast says is being brought back, with speculation that it may share a platform with a new Exterra. The mention is about how the vehicle could be related to another model under the hood, which affects parts availability and maintenance expectations. Wheel-bearing relevance is practical here because SUVs used off-road or on rough roads can see higher wheel-hub loads.

The Mazda B Series (including the Bravo Dual Cab) refers to a line of small pickup trucks that were popular in the 1990s. The podcast mentions them in the context of sales success and market presence, suggesting they’re being used as an example of how certain truck types gained traction. Wheel-bearing discussions often include older pickup trucks because age, mileage, and load use can increase bearing wear.

The Mitsubishi Mighty Max is a 1990s-era pickup truck sold by Mitsubishi in North America. It’s notable because it’s a compact truck from a brand that’s better known today for other vehicle types, so it often comes up as a “lost” 90s truck name.

The Honda Ridgeline is a midsize pickup built on Honda’s car-based unibody platform, and it shares major underpinnings with the Honda Odyssey, Honda Pilot, and Honda Passport. In this segment, the hosts discuss Honda pausing production and planning an update for the 2028 model timing, including a new hybrid system for larger vehicles.

The Honda Passport is a midsize SUV that shares the same platform architecture as the Honda Ridgeline (and also the Odyssey and Pilot). Platform sharing can influence things like interior packaging and the general “feel” of the vehicle’s structure.

The Honda Odyssey is a minivan that shares a platform with the Honda Ridgeline, along with the Honda Pilot and Honda Passport. Platform sharing matters because it can mean similar packaging, ride/handling fundamentals, and shared engineering components across different vehicle types.

The Honda Pilot is a three-row SUV that shares a platform with the Honda Ridgeline (along with the Odyssey and Passport). That kind of platform relationship often leads to shared design constraints and engineering solutions between SUVs and pickups.

“Decontenting” is when an automaker removes features or standard equipment from a vehicle (often to reduce cost). In this segment, it’s tied to the 2026 Bronco Sport changes where screens and convenience items are being downgraded or made optional.

A wireless charging pad is the built-in surface in the center console or dash area that charges a compatible phone without plugging in a cable. The segment says Ford is removing the availability of this feature for 2026 (at least on many trims).

The instrument cluster display is the screen behind the steering wheel that shows driver information like speed, engine/gear status, and warnings. The hosts say the Bronco Sport’s larger 12.3-inch cluster display is being reduced to an 8-inch display for 2026.

The hosts connect the feature removals and price changes to an “affordability problem,” meaning buyers are being squeezed by higher overall vehicle costs. This is why automakers may reduce standard equipment to keep some trims closer to target pricing.

The Ford Escape is a compact crossover that Ford ended production of (in this segment) and is considering bringing back as an EV. In the transcript, it’s tied to Ford retooling a plant and to the idea that the Escape name could return on a new electric crossover platform.

The Lincoln Corsair is Lincoln’s compact luxury crossover, and the segment says Ford ended its production alongside the Ford Escape. It’s mentioned in the context of retooling the Louisville assembly plant for new electric vehicles.

The Louisville assembly plant is Ford’s manufacturing site in Louisville, Kentucky, referenced here as the factory being retooled. In this segment, the plant changeover is directly tied to shifting production toward new electric vehicles.

“Universal” here refers to Ford’s strategy of using a shared EV architecture/approach across multiple models. The idea is that one set of engineering and manufacturing tools can support different vehicle types, making it easier to build EVs at scale.

The Ford Bronco Sport is Ford’s compact crossover offering in the segment after the Escape’s production ended. The hosts say it’s “the same platform” as the Escape, which matters because platform sharing can reduce development costs and speed up future updates.

A “moderate overlap front crash test” is a specific type of crash evaluation where only part of the car’s front end hits a barrier. The overlap percentage is designed to test how well the structure and restraint systems protect occupants when the impact isn’t full-width.

The Mazda CX-5 is Mazda’s compact crossover, and the segment highlights it specifically in an Insurance Institute for Highway Safety (IIHS) moderate overlap front crash test. That kind of test focuses on front-end structural performance and occupant protection in a partial-width impact.

Watts measure electrical power. In crash testing, extremely high-wattage lighting is used so cameras can capture fast events clearly as the vehicle impacts and deforms.

Crash-test dummies are instrumented mannequins used to measure how forces affect a person’s body during a collision. They help engineers compare injury risk across different vehicle designs and safety systems.

Airbags are inflatable safety cushions that deploy extremely quickly in a crash to help reduce head and chest injuries. They’re designed to work with seatbelts and the car’s crash sensors so the occupant is decelerated more gradually than with a belt alone.

Crash-test speed matters because it changes the forces involved and how safety systems perform. Lower-speed tests can still generate useful data about occupant protection and restraint/airbag timing, while higher speeds can reveal different failure modes.

The Insurance Institute for Highway Safety (IIHS) is a U.S. nonprofit organization that evaluates how well cars protect occupants in crashes. It runs standardized crash tests and uses the results to award safety ratings that automakers and shoppers pay attention to.

This refers to the tradeoff engineers discuss when designing crash performance: making a car protect occupants without creating a vehicle that becomes overly aggressive to other road users. It’s a balancing act between occupant protection, structural behavior, and how the car interacts with other vehicles or barriers.

IHS here refers to the IIHS (Insurance Institute for Highway Safety), a U.S. nonprofit that evaluates vehicle crashworthiness. Their crash tests and scoring push automakers to improve structural strength and occupant protection.

A side impact is a crash where another vehicle hits the side of your car, often called a T-bone. These tests focus on how well the door, pillars, and side structure protect the occupant’s torso and head.

A side impact test is a crash test designed to evaluate how well a vehicle protects occupants when hit from the side. It checks things like how the body structure deforms and whether the passenger compartment stays intact. Results can influence design changes before the next model generation.

The B pillar is the vertical structural support between the front and rear doors. In side crashes, it’s a key part of the vehicle’s load path—how crash forces are absorbed and directed. If it “squishes” too much or fails, the passenger compartment can lose integrity.

The Toyota Corolla is a long-running compact car known for practical everyday transportation and broad availability. The podcast references a “Corolla test,” which suggests it’s being used as an example of a vehicle that was evaluated in a specific experiment or study. Cars like this often come up in reliability and maintenance discussions, where wheel-bearing wear can be influenced by typical commuting use.

Crash tests are standardized evaluations where vehicles are driven into barriers or struck by moving objects to measure injury risk and structural performance. Results help compare how different model years and designs protect occupants in real-world crash scenarios.

“Lower extremity injuries” refers to harm to the legs and feet in a crash. In vehicle safety engineering, reducing these injuries is a key goal because the lower body is often struck or compressed by intrusion and impact forces.

The Ford Explorer is a mid-size SUV that’s often used in crash-safety discussions because its structure and restraint systems are evaluated in standardized tests. In this segment, it’s referenced as the example where the impact forces and wheel/tire intrusion are shown to be less favorable for occupant protection.