CarCast+Edmunds - Rivian R2, Lexus RX Plug-in Hybrid, Lexus ES EV, BMW M3 EV concept and more.

The Rivian R1S is Rivian’s larger, three-row electric SUV, and the host uses it as the baseline for what the R2 improves on. Here it’s characterized as bigger and more expensive (70–80 grand and up), with the R2 positioned as the more accessible option.

The Rivian R1T is Rivian’s electric pickup truck, mentioned here alongside the R1S as the “larger” vehicles the R2 is meant to improve upon. The segment contrasts the R2’s accessibility with the idea that some people wanted Rivian but didn’t want a truck.

The Rivian R2 is an all-electric SUV positioned as a smaller, more affordable alternative to Rivian’s larger R1S and R1T models. In this segment, it’s compared directly to the Tesla Model Y by size and price, and the host frames it as an “adventure vehicle” aimed at buyers who want EV tech without committing to a big, expensive three-row SUV.

“Holds its value” refers to how well a vehicle retains its resale price over time. In the EV context, the host is saying the R1S has strong residual value compared with cheaper used examples, which can make it less of a financial risk to buy new.

A “launch model” is the initial trim or version of a car sold when it first goes on sale. The host uses it to explain the R2’s starting price, and then notes that cheaper versions are expected later.

The host references Toyota’s “forerunner” as an example of the kind of adventure-oriented vehicle the R2 is trying to compete with. This is positioned as a non-EV alternative buyers might consider when looking for a similar size and capability.

The BMW X3 is mentioned as a luxury-market alternative that the Rivian R2 needs to pull customers away from. In this segment, it’s part of the argument that the R2 must compete not just with EVs, but also with gas-powered vehicles offering similar everyday size and capability.

A short “drive” like this is typically a limited test session rather than a full evaluation. The host frames it as a preview opportunity that helps form early impressions of the R2’s feel and usability.

HUD stands for “heads-up display,” which projects key driving information (like speed or navigation cues) onto the windshield so you don’t have to look down at the instrument cluster. In this segment, the host notes you can see the edges of the HUD from the driver’s seat, tying it to the R2’s commanding seating position.

Tesla Cybertruck is referenced as an example of a bold, unconventional design strategy aimed at selling a “bucket full” of vehicles. The host contrasts that with Rivian’s approach—building a good brand and then offering a smaller, more affordable model (R2) for buyers who can’t afford the larger cars.

Rivian R1 is the earlier, larger Rivian EV platform the host compares against the R2. The key point here is that the R1 has big range thanks to a large battery, but it’s described as being massively heavy and not very efficient, and the host also notes it “doesn’t charge” well (in the context of efficiency/charging behavior).

“Overengineered” here is used in an automotive engineering sense: the vehicle has too much complexity or too many systems/components, which can add weight and cost. The host ties it to Ford’s Mach-E example—too much wiring and added weight/complexity—then contrasts it with more software-driven integration where systems “talk” to each other.

“Software-driven” describes modern vehicles where many functions are controlled by software and coordinated across electronic modules. The host contrasts this with older approaches where not everything communicates electronically, emphasizing that better integration can improve efficiency and overall vehicle behavior.

In this context, “efficiencies” refers to multiple ways an EV can waste less energy—through aerodynamic improvements, lighter/less complex builds, and smarter system integration. The host links these efficiency gains to making the overall vehicle better, even while still delivering strong range.

“Lightness” is the engineering goal of reducing vehicle mass to improve efficiency, acceleration, and handling. The host credits Rivian’s lessons learned with adding “lightness” as part of the efficiency improvements versus the heavier R1.

A “steep learning curve” here means a new automaker has to rapidly build expertise in manufacturing, supply chains, quality control, and customer support. The hosts argue that even with experienced hires, a brand still needs time to mature operationally—especially when scaling up sales.

“Make or break” is used to describe a product whose success determines whether the company can continue. In this context, the hosts connect Rivian R2’s sales scale to the company’s ability to survive financially and execute its growth plans.

Tesla Model Y is a mass-market electric SUV that the hosts use as a benchmark for what “big volume” looks like. They contrast Rivian’s realistic target with Model Y’s scale, implying that reaching that level is extremely difficult for a newer EV brand.

Toyota RAV4 is the mainstream SUV the hosts cite as the kind of buyer Rivian would need to win over. They use it as a reference point for how entrenched gas-car demand is, and how hard it is to “seduce” customers away from a popular non-EV.

The Tesla Model 3 is an all-electric sedan that helped establish Tesla’s mainstream appeal. It’s mentioned because early buyers were often described as tech-forward, and the car’s popularity makes it a reference point for how EV adoption grows. In the podcast context, it’s used to frame the kind of audience that originally bought Model 3 and Model Y.

Lucid is an electric-vehicle brand mentioned as a contrast to Rivian’s brand clarity. The host argues that listeners understand what Rivian is trying to be more than they understand Lucid.

All-wheel drive (AWD) sends power to more than just the front or rear wheels, improving traction when conditions are slippery. The host frames Rivian R2 as an all-weather vehicle partly because it’s AWD and has decent ground clearance.

Ground clearance is the distance between the road and the lowest part of the vehicle. More clearance helps reduce the chance of scraping the underbody on rough terrain or during snow/ice conditions.

Air suspension uses air-filled springs instead of steel coils, letting the vehicle adjust ride height. That matters off-road and in bad weather because it can raise clearance for obstacles and lower the car for easier driving.

A Bluetooth speaker is a wireless audio device that connects to the car (or phone) over Bluetooth. Here it’s mentioned as a removable feature from the center console on the higher-end Rivian R1S/R1T that the R2 won’t include.

The Ferrari Luce is discussed as a product-design-focused project, with the podcast highlighting a designer’s perspective on what the car is trying to achieve. It’s brought up to explain the design intent and the thinking behind the vehicle rather than just performance specs. That makes it a “design story” car in the episode.

Wireless phone charging uses electromagnetic induction to charge a phone without plugging in a cable. In this segment, the key issue is alignment: if the phone shifts, the charging can become intermittent.

MagnaSafe (as used here) refers to a wireless phone-charging system that physically positions the phone in the correct spot. By holding the phone in place, it makes charging more consistent and easier to verify.

This is a design-and-costing concept: cutting costs on high-touch, frequently used interior controls can make a car feel cheap even if the rest of the vehicle is fine. The hosts argue that the “tactile” parts people interact with most often are where cost-cutting is most noticeable.

“Long range” is an EV trim/packaging label that generally indicates a larger battery and/or efficiency tuning aimed at maximizing driving distance per charge. In this segment, the long-range R2 is contrasted with a standard-range version with a shorter estimated range.

Rear wheel drive (RWD) means the electric motors drive only the rear axle. Compared with all-wheel drive, RWD can be simpler and sometimes more efficient, but it may provide less traction in snow or heavy rain depending on tires and traction control.

“Standard range” refers to the EV configuration optimized for lower cost rather than maximum distance. In this segment, the standard-range R2 is described as having a smaller battery than the long-range version, with a lower estimated range.

“0 to 65.9 seconds” appears to be the host’s shorthand for an acceleration or elapsed-time performance figure (likely a 0–something test). It’s a way to compare how quickly different trims get up to speed, though the exact target speed isn’t fully clear from the transcript.

The “275” figure is presented as an estimated driving range for the standard-range R2. EV range numbers are typically based on a standardized test cycle, and they’re used to compare how far different battery sizes/efficiency setups can go.

Aerodynamics is how air flows around a vehicle, strongly affecting energy use at highway speeds. The host argues that to get much more EV range (e.g., 380–400 miles), you often need a more efficient, lower-drag shape—sometimes at the cost of styling appeal.

In EVs, the battery is the energy storage system, and increasing its capacity typically increases range. The host notes the downside: a bigger battery raises both price and weight, which can offset some of the range gains.

GM (General Motors) is referenced here as an example of the industry approach of adding more battery capacity to chase EV range. The host contrasts that strategy with Rivian’s ability to pursue efficiency improvements (like aerodynamics) without as much weight and cost penalty.

Airflow refers to how air moves over and around the vehicle surfaces. Designers use it to reduce turbulence and drag—like shaping the wheel edges and roof/spoiler geometry—to improve efficiency and range.

Alloy wheels are wheels made from a metal alloy (commonly aluminum) rather than steel. In EV design, their shape can be tuned to manage airflow around the wheel area to reduce aerodynamic drag.

In EV design, a compromise is the trade-off between styling/packaging goals and efficiency targets. Here, the host argues Rivian’s design choices balance “tough adventure” looks and large wheels against aerodynamic efficiency and achievable range.

Price point is the target retail cost where a product becomes affordable enough to sell in volume. The host repeatedly ties aerodynamic/efficiency choices to the need to reach that price point rather than simply chasing maximum range.

In automotive tech, autonomy refers to how much of the driving task a vehicle can perform on its own using sensors and software. The segment contrasts “autonomy” as a major focus for Rivian with Tesla’s current real-world behavior using FSD.

Solid-state refers to a battery technology that replaces the liquid electrolyte in conventional lithium-ion batteries with a solid material. It’s discussed as a potential path to higher energy density and improved safety, but the host notes uncertainty about when it will arrive at large scale.

Rivian is an electric-vehicle brand that’s emphasized not just battery-electric hardware, but also software-driven features like autonomy. In this segment, the host highlights Rivian’s push for self-driving capability as a key part of its strategy.

FSD (Full Self-Driving) is Tesla’s software package aimed at automating more driving tasks than basic cruise control. Depending on the version and region, it can include features like traffic-aware driving and automated lane changes, but it still requires driver supervision.

“Full self driving” (often shortened to FSD) is a driver-assistance feature that aims to handle most driving tasks—steering, speed control, and lane changes—without constant human input. In practice, it still requires supervision, and the system’s “confidence” can change based on road conditions and software updates.

“Tesla plug” refers to Tesla’s charging connector standard (commonly associated with the NACS ecosystem in North America). The speaker is noting that other automakers are adopting Tesla’s connector so drivers can use a shared network of chargers.

Burn rate is the rate at which a company spends cash over time, typically to fund operations and growth before it becomes profitable. In EV startup discussions, a higher burn rate can mean the company needs a faster path to successful products or additional funding.

Rivian R3 is a planned Rivian electric vehicle positioned as a smaller, more mainstream model than the company’s current lineup. The host compares its styling to a Mk1 Golf, implying a compact, recognizable design direction that could broaden appeal.

Lucid Gravity is Lucid’s larger electric SUV, intended to expand the brand beyond its earlier sedan. Here, the host argues it lacked the same level of desirability and that it was released too early, hurting early reception among journalists and owners.

Lucid Air is Lucid’s flagship electric sedan and the brand’s earlier attempt to prove the technology and build quality. The host says Lucid made a similar mistake with the Air—launching before it worked well enough—so the early feedback loop from journalists and owners was negative.

A plug-in hybrid is a hybrid vehicle with a larger battery that can be recharged by plugging into external power. It can often drive some distance on electricity alone, but it still has a gas engine for longer trips or when the battery is depleted.

The Lexus RX 450h Plus is a plug-in hybrid version of the RX SUV, combining a gas engine with an electric drive system and a battery you can recharge externally. Lexus claims it can run on electricity for about 38 miles before the gas engine takes over, which is why it’s positioned between a full EV and a conventional hybrid.

“Pure electric” means the vehicle is being driven only by its electric motor(s), using energy stored in its battery, without the gas engine providing propulsion. In a plug-in hybrid, this typically happens until the battery charge drops to a level where the system switches to hybrid operation.

A 12-volt outlet is a low-voltage power socket commonly found in vehicles, but it’s not the same as charging a plug-in hybrid from home power. Plug-in charging typically uses higher-voltage household power (like 120V or 240V) through an appropriate charging setup.

A 120-volt outlet is standard household power in many regions (commonly used for basic EV charging). Charging on 120V is usually slower than higher-voltage options, which can affect whether a plug-in hybrid’s battery is ready by morning.

The Lexus ES is the brand’s mainstream luxury sedan, positioned as a comfort-focused alternative to larger flagship models. Here, the hosts discuss the new ES and its shift toward full electric or hybrid options, plus how it’s priced similarly to the RX in the $50,000–$60,000 range.

The Lexus RX is a midsize luxury SUV known for a comfort-first ride and a reputation for refinement. In this segment, the hosts highlight that it’s been around for a few years and that Lexus offers multiple powertrains (including hybrid and plug-in hybrid) while keeping the overall ownership experience feeling “just works.”

The Mercedes-Benz GLE is a midsize luxury SUV that’s positioned as a more premium, capable alternative in the SUV market. In the podcast, it’s referenced by size—described as being in that “sort of size” range—while comparing it to other models mentioned in the same conversation. That’s why it’s included: it helps listeners understand where the discussed vehicle fits in SUV sizing and class.

Underpinnings refers to the vehicle’s core structural and engineering foundation—things like the chassis design, platform architecture, and major layout decisions. The hosts use it to emphasize that the new ES isn’t just a minor refresh; it uses a newer base that changes size and positioning.

The Toyota Camry is a long-running midsize sedan known for being easy to live with and widely used as a practical family or commuter car. It’s referenced as a baseline because the podcast is comparing something to a “tarted up Camry,” implying a more refined or updated take on the familiar formula. That makes it a natural reference point for discussing comfort, usability, and mainstream appeal.

The Mercedes-Benz E-Class is a mainstream luxury sedan line used as a benchmark for ride comfort, cabin quality, and overall “executive” positioning. The hosts compare the new ES’s size and role to an E-Class rival to explain where Lexus is aiming the car in the market.

The BMW 5-Series is a benchmark luxury sedan known for balancing comfort with driver-focused handling. The hosts mention it as another comparison point for the new ES’s target size and market slot, alongside the BMW i5.

A “renaissance of the sedan” is the idea that consumer demand for sedans could rise again after years of SUV dominance. The hosts connect it to practical concerns like fuel costs and the availability of efficient hybrid/EV powertrains.

Mark Levinson Hi-Fi refers to a premium audio system brand used in many luxury cars. The hosts mention it as part of the Lexus ES experience, implying the cabin sound quality is a selling point on certain trims.

The Hyundai Ioniq 5 is an all-electric crossover known for its EV-focused design and mainstream usability. The podcast references it in the context of comparing EV options, including plug-in hybrids and other electric models, which highlights its role as a practical alternative in the EV lineup. It’s brought up because it’s part of the discussion around what’s “nice” or desirable in an EV purchase.

The Hyundai Ioniq 9 is an all-electric, three-row family EV positioned as a road-trip alternative to other large EVs. In this segment, the host compares it directly to the Lexus ES hybrid/EV approach and highlights its ~300–315 mile electric range and cabin layout.

The Hyundai Palisade is a three-row family SUV, and the “Calligraphy” trim is positioned as the more upscale, feature-rich version. The host uses the Palisade Calligraphy as the benchmark for why buyers might choose it over the Ioniq 9—especially on price and depreciation.

The Kia EV9 is a three-row, all-electric SUV, and the host frames the Hyundai Ioniq 9 as a similar kind of vehicle. They call it “the Kia EV9 in a different dress,” emphasizing that both target the same family/road-trip use case.

A lease is a financing structure where you pay to use the car for a set term, usually with mileage limits, rather than owning it outright. The host mentions “lease” deals as a way buyers might access the Ioniq 9 despite its higher price than the Palisade.

Depreciation is how much a vehicle’s value drops over time after you buy it. The host argues that some buyers may feel better about keeping a Palisade longer because EVs can depreciate differently than non-EVs.

Captain’s chairs are individual, separated seats—typically in the second row—rather than a single bench. In a three-row SUV, they can make access to the third row easier and improve comfort for second-row passengers.

Infotainment is the in-car system that combines media (like music and streaming) with navigation and vehicle settings on a touchscreen or screen cluster. The host is describing how Hyundai’s infotainment layout—screens, prompts, and gauge display—feels consistent across models and price tiers.

Wing mirrors are the side mirrors on the doors, and here they’re discussed as being replaced by camera feeds on certain markets. The host notes that the camera image is shown on a screen, but US rules prevent that setup.

In this context, “rear view mirrors” refers to mirror-mounted camera systems. The host explains that some Hyundai/Korean-spec (and possibly European) cars use cameras for the wing mirrors and rear view, which are then displayed on a screen.

The host claims that US regulations don’t allow camera-based mirror replacements that other markets may use. This is important because it affects how the same vehicle is packaged and displayed differently depending on the country.

The BMW M3 is BMW’s flagship performance sedan/coupe line, known for its track-capable chassis and high-revving power. In this segment, the hosts discuss a BMW M3 concept version tied to the next generation, with both electric and gas variants planned.

Le Mans refers to the famous endurance racing event held at the Circuit de la Sarthe in France. It’s a major stage for automakers to debut performance concepts and new technologies because global audiences watch the race.

An electric version means the vehicle is powered by one or more electric motors instead of a combustion engine. In this segment, BMW’s plan for the next BMW M3 includes an electric setup with multiple motors and software controlling how each wheel behaves.

Using four electric motors typically means one motor per wheel, enabling very fine control of traction and torque distribution. That can improve acceleration and handling because the car can respond to grip changes at each wheel independently.

A turbocharged six-cylinder engine uses a turbocharger to force more air into the cylinders, allowing more power from the same engine size. In this segment, the hosts expect the gas BMW M3 version to use a turbocharged inline-six (or six-cylinder) setup.

The BMW i3 is a compact electric car that’s known for being an early, distinctive EV offering from BMW. In the podcast, it’s mentioned alongside other BMW electric models, implying BMW’s EV lineup strategy and what might come next. That makes it relevant as a reference to BMW’s earlier EV approach and how the brand’s electric range has evolved.

The BMW iX3 (G08) is an electric version of BMW’s X3-sized SUV platform. In the podcast, it’s referenced as part of BMW’s electric commitment—specifically mentioning that BMW is “all in” on iX3s and related EV plans. That’s why it comes up: it’s a key model in BMW’s current and near-term electric SUV strategy.

The BMW M1 is a rare, iconic BMW supercar from the late 1970s/early 1980s, built for high-performance road use and racing heritage. The host says the new BMW M3’s styling cues are reminiscent of BMW M1 and other classic BMW designs.

The BMW 8 Series is a grand tourer line known for long-distance comfort with a sporty, upscale design. The host mentions it as part of the design “DNA” they see in the concept BMW M3’s styling.

A ducktail spoiler is a small, upward-curving rear spoiler shape that helps generate aerodynamic downforce. On a car, it can improve stability at speed by increasing the amount of force pushing the rear tires onto the road.

A heat extractor is an opening or duct designed to vent hot air from the engine bay or other heat-soaked areas. Even on an EV, there’s still significant thermal management for components like battery packs and power electronics, so designers may use hood openings to help move heat out.

Downforce is the aerodynamic force that pushes a car’s tires toward the ground. More downforce generally improves high-speed grip and stability, especially in corners, because the tires can maintain better contact with the road surface.

The BMW M2 is a compact performance coupe built to deliver a more focused, driver-oriented experience than larger M models. The podcast notes it looks similar to the M2 but “feels” different based on what’s shown, which suggests the conversation is about comparing performance character and design cues. It’s mentioned as a reference point for sporty styling and compact athleticism.

Race harnesses are multi-point seat belts designed to restrain the driver more securely during high lateral loads. They’re commonly used with bucket seats in track-focused cars because they reduce the driver’s movement and help maintain proper posture under braking and cornering.

Bucket seats are deeply contoured seats that hold the driver and passenger more firmly than flat, wide seats. In performance concepts, they’re often paired with racing-style harness setups to reduce body movement during hard cornering.

A trapezoidal screen refers to a display shape that’s wider at one end, giving it a distinctive angled profile. In modern BMW interiors, this kind of layout is often part of the driver-focused cockpit design and can house instrument and infotainment elements.

A rev counter (tachometer) shows engine speed in revolutions per minute (RPM). It’s a familiar gauge in gasoline cars, but EVs typically don’t need it in the same way, so using an EV display layout that still resembles a gas-car tach can feel odd to some drivers.

Neue Klasse refers to BMW’s new vehicle platform and design direction, which the podcast describes as having a distinct design style. It’s discussed because the speaker “liked” the design direction and used it as a reference point for what BMW is aiming to build next. In short, it’s a topic about the brand’s future architecture and look, not a single finished car model.

A “sleeper” is a car that looks ordinary but is actually very fast or performance-focused. The speaker says the older M3s weren’t really sleepers because they still had an M-car presence, just more subtle than today.

The BMW 3 Series is a compact luxury sedan known for balancing everyday usability with sporty driving dynamics. The podcast references the E30, a late-1980s 3 Series, to highlight design or character elements that enthusiasts associate with the model line. That’s why it’s mentioned: it connects modern styling or feel back to a famous earlier version.

The BMW M5 is the high-performance version of the BMW 5 Series, built for drivers who want strong power and fast acceleration in a luxury sedan. The podcast notes that it’s not “too complicated,” which points to how the car’s performance can be approachable compared with some other extreme performance cars. It’s discussed as a benchmark for serious performance without overwhelming complexity.

The Ford Bronco is a rugged SUV designed for off-road capability and outdoor use. In the podcast context, it’s discussed as a way to attract new buyers into off-roading—essentially encouraging people to start using the vehicle for trails and rougher roads. That makes it relevant because it’s not just a city SUV; it’s marketed around capability.

On many BMW M cars, M1 and M2 are preset buttons that let you store and instantly recall specific driver settings. The idea is to make it quick to switch between different configurations without digging through menus.

The Toyota Prius is the best-known mass-market hybrid, originally popularized for combining a gasoline engine with an electric motor to improve fuel economy. The host uses the “original Prius” as the starting point for a 20-year comparison of whether real-world hybrid mileage matches EPA estimates.

EPA refers to the U.S. Environmental Protection Agency’s fuel-economy testing and published ratings. In this segment, the hosts argue their real-world hybrid testing often doesn’t match the EPA average fuel consumption numbers.

The Honda Civic Hybrid is a fuel-sipping version of the Civic line that’s designed to improve efficiency with hybrid power. The host cites it as an Edmunds top pick and then compares its real-world mileage to EPA expectations.

The Ford Maverick is a compact pickup that’s offered with hybrid powertrains aimed at better fuel economy than typical trucks. In this segment, it’s used as another example where real-world mileage differs from EPA targets.

The Toyota Grand Highlander is a larger Highlander-family SUV that can be offered with hybrid configurations. The host mentions it alongside other hybrids to argue that real-world fuel economy often doesn’t reach EPA averages.

The Hyundai Santa Fe Hybrid is a hybrid version of Hyundai’s midsize SUV, aimed at improving fuel economy while keeping family-friendly practicality. In this segment, it’s part of the host’s argument that EPA fuel-economy expectations don’t always match what people see in everyday driving.

Fuel consumption is how much fuel a vehicle uses over a given distance or time, often expressed as MPG (miles per gallon) in the U.S. This segment emphasizes that real-world fuel consumption can be higher than what standardized test cycles predict, especially when driving conditions differ from the test.

A real-world range test is an evaluation method that measures how far a vehicle actually goes under typical driving conditions, rather than under lab-controlled rules. In this discussion, the hosts contrast it with EPA testing by using a specific route and then reporting what happened over real ownership mileage.

“60% town, 40% highway” describes a test route weighting that mixes urban driving with faster highway driving. Because stop-and-go traffic and speeds affect energy use, this kind of split is meant to better represent everyday mixed driving than a single steady-speed run.