First Drive in Rivian R2, Revealed 777HP RAM 1500 Rumble Bee SRT, & INEOS Grenadier Review

The Dodge Ram is a full-size pickup truck line known for offering a range of engines and configurations for work and everyday use. It’s frequently discussed because certain special editions and performance-oriented trims have become enthusiast favorites. In the podcast, it’s specifically tied to the Hemi-powered Ram 1500 Rumblebee SRT as part of a performance history conversation.

The Ram 1500 Rumblebee SRT is a performance-focused version of the Ram 1500 pickup, built around a Hemi V8. The “SRT” badge signals a high-performance tuning and hardware package aimed at making a truck feel more like a muscle car.

The Ineos Grenadier is a modern off-road truck/SUV designed by Ineos as a spiritual successor to the Land Rover Defender 110. It’s notable for taking a classic, rugged, body-on-frame approach and packaging it with contemporary driveline and safety features.

A “Hemi” V8 refers to Chrysler’s hemispherical combustion-chamber design, where the chamber shape helps airflow and can support strong power output. In practice, it’s a performance-oriented engine architecture rather than just a marketing name.

The Ford Raptor is a purpose-built off-road pickup that helped define the modern “performance truck” formula. The host describes it as rock-crawling-capable and especially aimed at high-speed desert runs, which is why it became a benchmark for competitors.

The Ram TRX is a high-performance version of the Ram pickup built for off-road capability and extreme power. It’s known for very high horsepower and a purpose-built suspension and drivetrain setup for rough terrain. The podcast references it as a major performance step, noting the TRX’s 700-horsepower figure.

“Raptor R” refers to Ford’s higher-performance Raptor variant, positioned as an even more extreme version of the Raptor formula. In the segment, it’s used to illustrate Ford continuously escalating its off-road truck offerings in response to rivals.

The Ford F-150 Lightning is the electric version of the F-150 pickup, bringing EV power to a truck platform known for towing and utility. It’s discussed because it’s a mainstream way to get an electric drivetrain in a full-size truck format. In the podcast, it’s specifically called out as the SVT Lightning, tying it to the performance/heritage naming conversation.

The Ford SVT Lightning is a performance-oriented version of the F-150 that became known for its high-output character and enthusiast appeal. It’s significant because the Lightning name is tied to a specific era of fast, street-capable trucks. The podcast references it directly while talking about the Lightning name and its reputation.

The Chevrolet 454 SS is a classic performance pickup built around the 454 cubic-inch V8. In the 1990s “performance street truck” conversation, it represents the era’s big-displacement, high-power approach to making pickups feel fast.

The Ram SRT-10 is a performance-focused Ram pickup that used the Viper’s V10 engine as its powerplant. The host is using it as an example of 1990s-era “performance street trucks” that were exciting but didn’t sell strongly or last long in the market.

The 2027 Ram Rumblebee is a performance pickup concept built from the Ram 1500, but with major stance and packaging changes to make it feel more like a performance car. The host highlights the chopped wheelbase, lowered ride height (“slammed”), and widened track as the key engineering choices to chase that “street truck” vibe.

Wheelbase is the distance between the front and rear wheel centers. Shortening it (as described for the 2027 Rumblebee) typically makes a vehicle feel more agile and can change how it turns and how weight is distributed.

In car culture, “slammed” means lowering a vehicle’s ride height to sit closer to the ground. Lowering the 2027 Rumblebee by a couple inches is intended to change its stance and handling feel by reducing body height and potentially improving cornering stability.

Track (or track width) is the distance between the left and right wheels on the same axle. Widening the track (as mentioned for the 2027 Rumblebee) can improve stability and reduce body roll by increasing the vehicle’s “stance” and leverage against tipping.

The NASCAR truck series is a stock-car racing series where teams race pickup-based vehicles. The host uses it as a reference point for the Rumblebee’s lowered, widened “race-inspired” pickup stance.

The RAM 1500 Rumble Bee is a performance-focused RAM pickup built around a muscle-car style formula: big V8 power plus a distinctive “low, slammed, wide” look. In this segment, they describe it specifically as a quad-cab, short-bed truck with a Hemi V8 and a real shifter, aiming to feel more like a driver’s truck than a basic work pickup.

“5.7 liter Hemi” refers to Chrysler’s HEMI V8 engine family with a 5.7-liter displacement. In this context, it’s the base Rumble Bee’s engine choice, and the host ties it directly to the truck’s output (395 horsepower).

“Quad cab” is a pickup body style that provides rear seating access in addition to the front seats—typically with smaller rear doors than a full crew cab. The host uses it to specify the Rumble Bee’s cabin layout: all versions are quad cabs with short beds.

A “short bed” is the shorter cargo-box length on a pickup truck compared with a standard or long bed. The host highlights that the RAM 1500 Rumble Bee is only offered with a short bed (and quad cab), limiting configuration choices.

“Tow 9,000 pounds” refers to the truck’s maximum towing capacity, a key spec for how much weight it can pull safely when properly equipped. The host contrasts this with earlier “previous era” performance pickups that didn’t tow as much, arguing the Rumble Bee still functions like a real truck.

“Soft suspension” means a setup tuned for comfort and off-road compliance rather than firm control. The host links it to reduced towing capability, implying that suspension tuning can affect how well the truck manages trailer loads.

“Actual shifter” here contrasts a traditional gear lever with a more modern “dial” style selector. The host is emphasizing that the Rumble Bee uses a conventional shifter feel, which many enthusiasts prefer for quick, tactile gear changes.

The Ram Rumblebee 392 is a performance-focused RAM pickup built around a larger Hemi V8. In this segment, MotorWeek ties it to the 6.4-liter Hemi and highlights that it’s the first time that engine has been used in a RAM pickup, along with a power bump and added performance features.

“Hemi” refers to Chrysler’s hemispherical combustion-chamber engine design, which helps airflow and combustion efficiency. A 6.4-liter Hemi is a large-displacement V8 intended for strong low-end torque and high power in performance trims.

The 6.2-liter supercharged Hellcat engine is Dodge/Chrysler’s high-output V8 architecture known for using a supercharger to force more air into the engine. That forced induction is a big reason it can reach extreme horsepower figures in performance trucks and cars.

The Dodge Challenger is a performance muscle car known for powerful engine options and a long-running enthusiast following. It’s often discussed in terms of how different trims build on the same platform with bigger engines and performance upgrades. In the podcast, it’s referenced with an SRT/“Hellcat” style setup, describing how adding a supercharged 6.2-liter engine changes the performance profile.

“0 to 60” is shorthand for how quickly a vehicle accelerates from 0 mph to 60 mph. It’s a common performance metric because it captures how effectively the engine and drivetrain translate power into acceleration.

A rear spoiler is an aerodynamic wing-like device mounted at the back to influence airflow. On performance vehicles, it’s commonly used to help reduce lift and increase stability, especially at higher speeds.

Aero treatments are aerodynamic modifications designed to manage airflow around the vehicle. On performance trucks, they’re used to reduce lift and increase stability at speed—often via devices like splitters, spoilers, and diffusers.

“Trim lines” are different equipment levels offered within the same model. As you move up trim lines, you typically get more features (like better infotainment, upholstery, and convenience tech).

Infotainment is the in-car electronics system that combines navigation, audio, phone integration, and vehicle settings on a touchscreen or controls. When hosts mention “full infotainment,” they’re usually talking about the most feature-complete version of that system.

The Dodge Charger is a performance-focused sedan that’s known for strong engines and a muscular design. It comes up in discussions about “charging” performance because it’s a long-running nameplate associated with high-output trims. In the podcast, it’s referenced as a point of comparison for something described as “almost like the charger inside,” tying the name to performance heritage.

“Rear-wheel drive on demand” describes a system that normally uses AWD, but can switch to driving just the rear wheels when conditions allow. This can help efficiency and feel, while still keeping the traction benefits of AWD when needed.

All-wheel drive (AWD) sends power to all four wheels to improve traction and stability, especially in rain, snow, or low-grip conditions. In this segment, it’s also contrasted with a mode where the vehicle can run without driving all wheels all the time.

“Hub extensions” refers to aftermarket wheel/fitment modifications that extend the wheel mounting area to change stance and clearance. Hosts are likely setting up a question about how such mods affect ride, steering feel, and fitment on a truck.

“22-inch wheels” refers to the wheel diameter, which is a common way to describe how large the rims are on a vehicle. Larger wheels often pair with lower-profile tires, which can change ride comfort and steering feel while also looking more aggressive.

“325 tires” is shorthand for a tire width of about 325 millimeters, which is extremely wide for a street tire. Wider tires increase the contact patch with the road, which can improve grip and braking, but they also add weight and cost.

The Dodge Viper is a legendary American sports car known for huge power and wide, track-oriented tires. Here it’s used as a reference point to emphasize how wide the RAM 1500 Rumble Bee SRT’s tires are—so the pickup is being compared to a true performance icon.

“A brick through the wind” is a descriptive phrase for a vehicle with poor aerodynamics—high drag that makes it feel like it’s pushing against a wall of air. It’s often used to contrast a boxy, bluff shape with a more streamlined body that reduces resistance. In this segment, it tees up a discussion of aerodynamic changes (“aerowaves”) on the truck.

“Aerowaves” here refers to aerodynamic body features—shaped surfaces or add-ons designed to manage airflow around the vehicle. The idea is to reduce drag and/or improve stability by directing air more effectively than a plain, flat body. The hosts connect it to the truck having a totally different body than a regular RAM 1500.

The Land Rover Defender 110 is the longer, two-row version of the Defender lineup, built around off-road capability. In this segment, the host uses it as a reference point for size and proportions, noting the vehicle being discussed is “more Defender 110” because it’s a two-row SUV.

The Toyota 4Runner is a body-on-frame SUV known for rugged, off-road-oriented packaging and a simple, durable layout. Here it’s used as a familiar length benchmark to help listeners visualize the discussed vehicle’s size and “two-row” proportions.

Overlanding is long-distance, self-reliant travel—often off-road—where the vehicle needs durability, ground clearance, and the ability to handle rough terrain for extended trips. The host frames the vehicle’s design goal as being “built for the off-road” and specifically for overlanding and safari-style use.

In an automotive context, “safari” refers to rugged, off-road driving conditions where you need traction, durability, and control at low speeds. The host uses it as a shorthand for the kind of terrain and use-case the vehicle is targeting.

A power steering system uses a motor or hydraulic pressure to reduce the effort needed to turn the steering wheel. This matters off-road because steering feel and low-speed control are critical, and the host specifically contrasts how the wheel behaves after you turn.

Self-centering describes how the steering wheel returns toward the straight-ahead position after you turn. It’s a key part of steering feel because it reduces driver workload and helps the vehicle track predictably after cornering or correcting.

A “recirculating ball” steering gear is a mechanical steering system that uses ball bearings in a threaded path to convert steering-wheel rotation into turning the wheels. It’s commonly found on older trucks and many off-road-oriented vehicles because it can feel strong and durable, but it often has more play and less “direct” feel than modern rack-and-pinion setups.

“Hydraulically assisted” refers to hydraulic power steering, where a pump and fluid help apply force to the steering gear. Compared with electric power steering, hydraulic systems can feel different at low speeds and under load, and they’re often discussed in terms of steering effort and feedback.

Rock crawling is slow-speed off-roading where a vehicle navigates steep rocks, ruts, and uneven terrain with careful throttle control. Steering and suspension compliance matter a lot because impacts and bumps can otherwise jolt the driver’s hands and upset the vehicle’s line.

Rack-and-pinion is a steering system where a gear (the pinion) moves a toothed bar (the rack) to turn the wheels. It’s commonly used because it can provide direct steering feel compared with older steering designs.

Ground clearance is the distance between the lowest part of the vehicle and the road. Higher ground clearance usually means more suspension travel and a higher center of gravity, which can increase body roll and pitch during cornering and braking.

Body roll is the tendency of a vehicle to tilt to one side when cornering. It’s influenced by suspension geometry, tire grip, and the vehicle’s center of gravity—higher vehicles typically roll more.

Pitch forward is the vehicle’s front end dipping and rear end lifting under braking or deceleration. It’s caused by weight transfer from the rear to the front, and it’s more noticeable when the suspension and damping aren’t tuned to resist it.

The BMW B58 is a well-known turbocharged 3.0-liter inline-six engine family. It’s popular with enthusiasts because it makes strong torque for its size and has a reputation for smooth power delivery.

A turbocharged inline-six uses a turbocharger to force more air into the engine, allowing it to produce more power than a naturally aspirated engine of the same displacement. “Inline 6” means six cylinders arranged in a straight line, which typically helps smoothness.

Torque is the twisting force an engine produces, and it strongly affects how quickly a vehicle accelerates from low speeds. The “pound-feet” figure is a measure of that force at the crankshaft.

This refers to ZF’s 8-speed automatic transmission used with the BMW B58 in this application. The key point is that the gearbox’s shift strategy and gear spacing can make the car feel especially quick in the lower gears.

A slalom course is a timed driving setup with closely spaced cones that forces rapid steering inputs. It’s used to evaluate handling balance, steering response, and how the vehicle behaves under quick direction changes.

A two-speed transfer case is the gearbox that splits power to the front and rear axles and also provides two gear ratios for off-road use. High range is for normal driving, while low range gives much lower gearing for crawling over obstacles with better control.

High range is the transfer-case setting that uses a taller gear ratio for typical driving. It keeps engine speed lower and is meant for faster road use or mild dirt roads.

Low range is the transfer-case setting that uses a much shorter gear ratio for off-road control. It multiplies torque at the wheels so the vehicle can move slowly and steadily over rocks, ruts, and steep grades.

A manual parking brake is a hand-operated brake (typically a lever) used to hold the vehicle when parked. It’s different from electronic parking brakes and can be simpler and more direct to operate.

A locker is a drivetrain device that forces wheels (or axles) to rotate together instead of allowing slip. A center locker specifically locks the front and rear axles together, improving traction when one end loses grip.

The “Rough Pack” is an off-road equipment package that bundles traction and durability upgrades. In this case, it’s described as adding a center locker and additional lockers, plus off-road tires.

Front and rear lockers are traction aids that lock the differential(s) on each axle so left and right wheels turn together. This reduces wheelspin and helps the truck keep moving when one wheel on an axle is unloaded or on low-grip surfaces.

BFGoodrich KO2 is an all-terrain tire model designed for mixed on-road/off-road use. It’s commonly chosen for its durability and traction in loose surfaces like dirt, gravel, and snow.

All-terrain tires are designed with tread patterns that balance road manners and off-road traction. They typically offer better grip on dirt, gravel, and mud than highway-focused tires, while still being usable for daily driving.

A solid frame means the vehicle uses a body-on-frame construction, where a separate ladder frame carries the load. This layout is common in traditional off-road trucks because it’s strong and can better tolerate impacts and heavy-duty use.

Front and rear solid axles mean both axles use a rigid beam that connects the wheels on that axle. This can improve durability and wheel articulation off-road, helping the tires maintain contact over uneven ground.

ECUs (electronic control units) are small computers in a modern car that control specific functions like engine management, body electronics, and driver-assistance systems. Reducing the number of ECUs can simplify wiring and software, and sometimes improves reliability and serviceability.

A center hub is the main control interface in the middle of the dashboard where the car concentrates key functions (media, settings, and sometimes vehicle status). The host’s point is that this design replaces traditional gauge clusters, leaving fewer dedicated instruments in front of the driver.

“Role” here is shorthand for body roll: when a car leans to the outside of a turn due to suspension and weight transfer. On more technical roads, the suspension can’t keep the body perfectly level, so you feel that lean.

Recaro seats are aftermarket-style performance seats known for strong lateral support—helping hold occupants in place during cornering. The hosts note these aren’t “sport buckets,” but they still aim to keep you from sliding around.

Sport bucket seats are a more aggressively shaped seat design with higher side bolsters to grip your body during hard cornering. The hosts contrast them with the Grenadier’s Recaro seats, implying the seat shape is supportive but not as enveloping.

“Piano black” is a glossy, high-polish black trim finish that reflects light like a piano. It’s visually striking but can show fingerprints, scratches, and scuffs more easily than textured or matte plastics.

A “water line” is the practical boundary in an off-road vehicle’s cabin where the manufacturer expects water exposure to be tolerable. In this case, the hosts say everything below that line is designed to handle being hosed out after a safari, including protecting electronics.

A “30/70 split” rear door means the rear opening is divided into two sections: one smaller section (about 30%) and a larger section (about 70%). You can fold down just the larger part for bigger items while keeping the smaller part up for partial access and cargo flexibility.

These are roof/cargo load ratings. “Static” load is how much weight the vehicle can support when parked (no movement), while “dynamic” load is the allowable weight under driving conditions like bumps and motion; the dynamic number is typically lower for safety.

The Mini Cooper is a compact car known for its driver-focused cockpit layout. Here, it’s referenced as an example of putting key gauges in the center so you don’t have to look left or right depending on which side of the road you drive on.

“Old style” here refers to a traditional driver-instrument layout and cabin ergonomics rather than a fully modern, screen-centric design. The point is that the vehicle’s interface is designed to feel familiar and intuitive.

In automotive use, “gauges” means the instrument readouts that show driving information like speed, engine status, and warning lights. The host is specifically talking about where those displays are positioned in the cabin.

The Land Rover Defender is a rugged off-road SUV known for its boxy, utilitarian design and long history as a go-anywhere vehicle. In this segment, the host mentions “old school” Defenders that have been restomotted, which highlights how enthusiasts keep the classic look while updating the driving experience.

Restomodding (often shortened to “restomod”) is the practice of restoring a classic vehicle’s appearance while modifying it with modern upgrades—commonly things like improved engines, brakes, suspension, and electronics. The host uses it to describe why certain classic Land Rover Defenders still look fantastic but are more usable than they were originally.

The Mercedes-Benz G-Class (often called the G-Wagon) is a luxury SUV known for its boxy design and rugged, off-road-capable roots. It’s frequently discussed because it blends traditional off-road styling with modern luxury features. In the podcast, it’s referenced as a “bargain” G-Wagon compared to something else, emphasizing its price positioning relative to another vehicle.

A “niche vehicle” is a model targeted at a smaller, specialized group of buyers rather than the mass market. Here, the host frames the Land Rover Defender’s origins and purpose—military and police use—as the reason it remains a niche product today.

Sully Hill is referenced as the location of an assembly plant the hosts visited. In this context, it’s used to support the historical point that these vehicles were built in large numbers for government and security customers rather than typical retail buyers.

“Assembly line backwards” is a description of a manufacturing workflow where the build process moves through stations in a non-traditional order. Instead of a straightforward forward progression, workers transition between stations as the vehicle is assembled in a different sequence.

“All conquering terrain vehicle” is an enthusiast-style way to describe a vehicle engineered to handle a wide range of off-road conditions. It emphasizes capability across different surfaces rather than just on-road comfort or luxury features.

EVs are electric vehicles, meaning the car is powered primarily by an electric motor and a battery rather than a gasoline engine. In the context of regulations, EV mandates can push automakers to redesign powertrains and product lineups toward electrification.

Hybrids use both an internal-combustion engine and an electric motor/battery to move the car. They’re often used as a transitional technology when regulations encourage lower emissions and better fuel economy without going fully electric immediately.

A V8 is an engine with eight cylinders arranged in a V shape (two banks of four). It’s a common shorthand for gasoline performance and sound/feel, and the transcript is linking V8 demand to how regulations affect what automakers are allowed or incentivized to build.

A “trickle down effect” is the idea that one change (like a brand’s event, marketing, or product strategy) will gradually influence other areas downstream. Here, the hosts are questioning whether truck-event themes or actions actually lead to broader consumer or regional effects.

“Tow a boat” refers to using a pickup’s towing capability to pull a trailer, which is one of the common real-world reasons people buy full-size trucks. The hosts contrast occasional towing with everyday driving, suggesting many owners buy trucks for lifestyle and capability rather than constant heavy-duty use.

“Dirt road” and “gravel road” describe unpaved surfaces where a pickup’s higher ground clearance and tougher tires can make daily driving feel more confident. The hosts are using this as an example of why truck owners value their vehicles once they leave paved highways.

The Lincoln Nautilus is a luxury midsize SUV positioned for comfort and everyday usability. It comes up in the podcast in a practical context—specifically fuel octane recommendations—because using the recommended fuel can affect how the engine is calibrated. The mention of 87 vs. 93 octane highlights that owners may wonder what happens if they use a higher grade.

The Ford Mustang GT is a performance-focused trim of the Mustang that’s commonly discussed in the context of fuel octane. Higher-octane fuel (like 93) can allow the engine control system to run more aggressive timing/combustion strategy than it would on 87, which can change power and efficiency depending on the tune.

“93” refers to a higher fuel octane rating (premium gasoline). Higher octane can allow the engine control system to run a more optimal combustion setup (often more timing advance) without knock, which can increase power and sometimes change efficiency—though the fuel-economy gains are often small.

“87” refers to fuel octane rating (regular gasoline). Octane is a measure of how resistant the fuel is to knocking (premature combustion), and engines with knock sensors can adjust their timing/strategy based on the fuel they detect or the fuel they’re supplied.

The Mazda CX-50 turbo is a compact SUV where the manufacturer’s fuel recommendation is tied to engine output. In this example, using 87 octane is claimed to produce less power than stepping up to 93 octane, because the engine’s control system can adjust combustion to better match the higher-octane fuel.

Octane rating is a measure of a fuel’s resistance to knock, which is uncontrolled combustion in the cylinder. Higher-octane fuel generally allows an engine to run more aggressive ignition timing or higher operating conditions without knocking.

“Predetination” in the transcript appears to refer to pre-ignition or premature combustion—fuel igniting too early in the cycle. That can contribute to knock-like harsh combustion and is why higher-octane fuel can help engines run more aggressively.

Engine knock is when the air-fuel mixture ignites too early or unevenly, creating pressure spikes that can damage the engine. To prevent it, engine control units may reduce ignition timing (retard timing) or otherwise “detune” the engine when lower-octane fuel is used.

In this context, detune means the engine’s control strategy is intentionally softened—typically by reducing ignition timing or limiting boost—so it can run safely on lower-octane fuel. The tradeoff is usually less power and sometimes different drivability.

The Ford Mustang SVO (1984–1986) is a performance-focused Mustang variant that used a dash switch to tell the engine computer whether you were running premium or not. That mattered because the computer would adjust ignition timing based on the fuel grade to manage knock risk.

Ignition timing is when the spark plug fires relative to the piston’s position. Engines use timing to control combustion; if timing is too advanced for the fuel’s octane, knock becomes more likely, so the computer may change timing to match fuel quality.

“Premium” refers to higher-octane gasoline (typically 91+ in the U.S.). Some engines are designed to use it for better knock resistance, especially under heavy load, towing, or very hot conditions.

Rivian R2 is the smaller, more affordable SUV in Rivian’s lineup, positioned below the R1 line. The key idea is that it’s meant to broaden Rivian’s market—similar to how Tesla’s Model 3 helped Tesla scale volume and profitability.

The Tesla Model 3 is an electric sedan designed to be one of the more affordable ways to buy into Tesla’s EV lineup. It’s significant because it helped scale EV production and profitability for the brand. The podcast references it in the context of how a “more affordable” future model could follow a similar path to success.

The Tesla Model Y is an electric compact SUV built on Tesla’s EV platform strategy, positioned between smaller and larger models. It’s discussed because it’s part of Tesla’s broader plan to expand their lineup with different sizes while keeping manufacturing efficient. In the podcast, it’s referenced alongside the Model 3 as part of that scaling approach.

“Cross shopping” means comparing multiple competing models in the same buying decision, rather than shopping only within one brand or one powertrain type. Here, the host emphasizes that Rivian R2 buyers may be considering it alongside other cars in the same class, not just choosing an electric vehicle for its own sake.

The Rivian R1S is Rivian’s larger electric SUV, and the host uses it as a size reference point for the smaller R2. The key detail here is that the R2 is described as 15 inches shorter than the R1S, which affects parking and everyday usability.

The Toyota RAV4 is used here as a size benchmark for the Rivian R2. The host says the R2 is very close in size to a RAV4, which helps listeners understand where it lands in everyday dimensions and parking/garage fit.

“Compact crossover” is a vehicle category describing a smaller SUV-style car built on a car-like platform (crossover) rather than a traditional body-on-frame truck layout. The host notes that the meaning of “compact” has drifted over time because government sizing classifications and market sizes don’t always match what shoppers think of as compact.

Center of gravity is the point where a vehicle’s weight effectively acts. A lower center of gravity generally improves handling by reducing body roll and making the car feel more stable during turns and quick maneuvers.

Leg room is the available space for a passenger’s legs, typically measured from the seat to the front of the cabin. More leg room usually means easier comfort on longer trips, especially for rear passengers.

Cubic feet of storage is a volume measurement used to describe how much cargo space a vehicle provides. It helps compare cargo capacity across vehicles even when the shapes of the trunks or cargo areas differ.

A 40-20-40 split means the rear seat is divided into three sections: 40% left, 20% center, and 40% right. This lets you fold part of the seat down to balance carrying cargo and keeping some rear seating available.

A pass-through is an opening between the passenger area and the cargo area, allowing long items (like skis or boards) to be carried through the cabin. It’s a practical feature for outdoor gear without needing to fully remove or awkwardly position items.

Rivian OS 2.0 is the software platform running the infotainment and vehicle interface on the Rivian R2. The host says Rivian built it from the ground up specifically for the R2, which implies the user experience and features are tailored to this model rather than just ported over.

A “software driven vehicle” (often described as “software-defined”) is a car where key functions and the user experience are heavily controlled by software rather than fixed hardware. In this segment, the host connects that idea to Rivian’s goal of matching the R1S experience in the R2 through software and system design.

“Halo wheels” are Rivian’s physical, steering-wheel-mounted control dials that let you navigate a small on-screen menu without using the main touchscreen. In this segment, they’re used to adjust climate control (temperature and fan speed) and audio volume via push/toggle movements.

Climate control is the system that manages cabin heating and cooling to maintain a chosen temperature. Here, the hosts say Halo wheels can directly adjust temperature and fan speed, which are key climate-control functions.

The hosts are pointing to a design philosophy where software enables or extends vehicle features, rather than relying only on physical hardware. In context, they connect that idea to Rivian’s ability to add capability while simplifying the underlying tech.

Wiring harnesses are bundled sets of electrical wires that connect the car’s modules (like computers, sensors, and actuators) in an organized way. The segment highlights that Rivian is reducing and simplifying these harnesses in the R2 compared with the R1 Gen 2, which can lower weight, cost, and assembly complexity.

The Hyundai Palisade is a three-row midsize SUV aimed at families who want space and comfort. It’s often discussed in the context of how it compares in size and practicality to other large family SUVs. In the podcast, it’s mentioned as a reference point for sizing—described as closer to a four-row/utility type of vehicle than a smaller alternative.

This phrase describes Rivian’s target customer segment: people shopping for mainstream crossovers rather than only EV buyers. It’s a positioning/market strategy point tied to how the R2 is marketed and tuned.

Semi-active dampers are shock absorbers whose damping force can be adjusted in real time based on driving conditions. Compared with a passive setup (fixed damping), they can better balance ride comfort with control when the road gets bumpy or curvy.

Drive modes are selectable settings that change how the vehicle behaves—often affecting steering weight, throttle response, and suspension behavior. In EVs, they can also influence how aggressively the powertrain responds to your inputs.

Horsepower is a measure of engine (or motor) power output, and 656 horsepower indicates a very high-performance level for an electric SUV. The host connects this power to the car’s “connected feel,” implying strong acceleration and responsiveness.

Sport mode is a drive setting that typically sharpens steering response and makes the car feel more eager to accelerate. Here, the host says it also stiffens the suspension, aiming for a more spirited feel on curvy roads.

An 88 kilowatt hour (kWh) battery pack is the size of the electric vehicle’s energy storage. Larger kWh generally means more potential range, and the host pairs it with the claimed 330-mile range figure.

Range is how far an EV can travel on a full charge under a standardized test cycle. The host is calling the stated 330-mile figure “pretty respectable,” especially given the 88 kWh battery pack.

Heated seats warm the cabin quickly in cold weather, while ventilated seats use fans to move air and help cool you down. Together, they’re a comfort feature that can reduce temperature swings across seasons.

BFG KO2s refers to BFGoodrich’s KO2 all-terrain tire line, known for aggressive tread and off-road capability. The host says Rivian offers custom-made versions of these tires for the R2.

A rear-drive setup means the vehicle’s drive power is sent to the rear axle rather than all four wheels. Compared with all-wheel drive, it can be simpler and sometimes more efficient, but it may offer less traction advantage in slippery conditions.

kWh (kilowatt-hours) is a unit of energy that describes how much electricity is stored in an EV’s battery pack. Higher kWh generally means more potential energy for driving, though real-world range also depends on efficiency and driving conditions.

“Sticker price” is the manufacturer’s listed retail price on the vehicle’s window sticker (before discounts, incentives, or negotiation). In this segment, it’s used to explain why the current Rivian pricing limited how many buyers were interested.

“Crucial segment” refers to a specific slice of the market—here, the smaller, lower-priced EV category. The host’s point is that Rivian’s strategy with the R2 is to target that market segment with a lower entry price to broaden demand.

The Rivian R1T is an electric pickup truck designed to blend EV efficiency with truck utility. It’s discussed because it’s positioned as a capable “mid-sized” truck while still offering the space and practicality people expect from a pickup. In the podcast, it’s referenced by its length and overall size category.

Adaptive headlights are headlamp systems that change their aim and/or beam pattern based on driving conditions. The goal is better visibility around corners and during different speeds, rather than a fixed beam.

Matrix headlights are a type of advanced headlamp system that uses many individually controlled light elements. By selectively turning segments on/off, the car can shape the beam for the road and reduce glare to other drivers.