Do electric trucks make sense?

Inverters are power electronics that convert DC electricity from a battery into AC electricity for the electric motor. They’re a core part of an electric vehicle’s drivetrain because they control motor speed and torque.

Rivian is an EV brand known for building electric trucks and SUVs with a tech-forward identity. The hosts mention Rivian as taking a different approach—positioning its electric truck as a lifestyle product rather than just a conventional truck replacement.

Tesla is an EV brand that has pushed electric vehicles into mainstream attention through bold design and aggressive production/scale strategies. Here, the hosts reference Tesla’s electric truck with a nickname, using it to illustrate how different automakers chose very different branding and product directions.

Battery packs are the assembled modules of lithium cells that store energy in an EV. Their size and efficiency strongly influence range, weight, and cost—especially in heavy-duty trucks.

Wait-and-see mode describes a cautious approach where automakers delay major EV commitments until they see clearer signals on demand, costs, and technology maturity. In this segment, it contrasts with companies that launched electric trucks more aggressively.

Range figures are the stated driving distance an EV can travel before needing a recharge. For electric trucks, range is especially important because real-world duty cycles can be demanding and charging infrastructure may vary.

“First generation” electric trucks refers to the earliest wave of EV pickups and commercial trucks that hit the market. The hosts are framing this era as a learning phase that didn’t meet expectations on cost, profitability, or real-world practicality.

A "body style" is a named vehicle configuration—like pickup, SUV, coupe, or wagon—defined by its shape and layout. "Body-style variants" means the same model family is offered in multiple named configurations to fit different buyer needs.

The "electric era" refers to the industry shift away from primarily gasoline and diesel vehicles toward battery-electric and other electrified powertrains. In trucking, it usually implies changes in vehicle design, charging strategy, and operating economics.

"E-Revs" is shorthand for extended-range electric vehicles—EVs that use a battery-electric drivetrain but also include a range-extending system (often a generator) to add miles when the battery is depleted. The key idea is reducing range anxiety while still driving like an EV most of the time.

A "hybrid" vehicle combines an internal-combustion engine with an electric motor and battery. The host’s point is that, for this discussion, hybrids are being treated as less common or less relevant than full EVs and extended-range concepts.

A "V8" is an engine with eight cylinders arranged in a V configuration. In the context of this episode, the host is pointing out a trend toward (or nostalgia for) large-displacement gasoline engines even as electrification grows.

"Off-road driving" means operating a vehicle on unpaved or uneven terrain where traction and suspension travel matter more than on-road grip. It’s a use case that can strongly influence what drivetrain and vehicle packaging make sense, especially for trucks.

“7.3 Power Stroke” refers to Ford’s 7.3-liter Power Stroke diesel engine family used in certain older F-Series trucks. It’s a well-known workhorse diesel, often associated with strong towing capability and long-term durability when maintained.

The Ford F-250 is a heavy-duty pickup truck from Ford, known for towing and durability. In this segment it’s specifically tied to a “7.3 power stroke,” which points to Ford’s classic diesel setup used in older F-Series trucks.

“Body on frame” is a truck construction method where the vehicle’s body mounts to a separate ladder-like frame. It’s common on traditional pickups and is often favored for towing and durability because the frame can handle heavy loads and rough use.

Winter tires are specialized tires designed for cold temperatures, using rubber compounds and tread patterns that grip better in snow and ice. They’re especially relevant when discussing electric trucks because cold weather can affect traction and overall drivability.

The Jeep Cherokee is a compact-to-mid-size SUV line that’s been around for decades. The podcast specifically calls out the “XJ” as the speaker’s first car and describes it as iconic, which is why it’s mentioned in a personal, historical context. It’s relevant because the XJ is often remembered for its distinctive styling and long-lasting presence.

“Quattro” is Audi’s name for its all-wheel-drive system, and it’s commonly associated with Audi vehicles that use that traction setup. In the podcast, the speaker mentions owning “Quattro” vehicles, linking it to their experience with Jeep ownership and other vehicles. It’s brought up as a reference point for traction and driving feel rather than a single specific model.

Towing capacity is the maximum weight a vehicle can safely pull, and 7,000 pounds is a substantial load that stresses drivetrain, cooling, and braking. The host uses this number to frame why electric trucks (and EVs in general) need to meet real-world heavy-duty demands.

This is a “margin” concept: having extra capacity beyond the actual load to keep performance and safety within comfortable limits. In towing, that margin matters because real-world conditions (hills, wind, repeated pulls) can increase the effective load on the vehicle.

A “20 percent gap” here means using a rule-of-thumb buffer—towing well below the vehicle’s rated maximum so the truck has headroom. That headroom helps with thermal limits, braking, and stability, which become especially important when comparing EV trucks versus conventional towing setups.

“180 miles of towing at one shot” describes a long continuous towing range requirement, which directly challenges EV energy consumption and charging logistics. It’s a key real-world metric for whether electric trucks can handle typical duty cycles without frequent interruptions.

Carbureted vehicles use a carburetor to mix air and fuel before it enters the engine, rather than using modern electronic fuel injection. The host’s mention of owning carbureted cars signals an “old-school” preference, which often comes up in EV debates about simplicity, response, and maintenance.

The Polaris Ranger Kinetic is an electric side-by-side (an off-road utility vehicle) built by Polaris. In this segment, it’s used like a small workhorse—towing and hauling—so it’s a concrete example of how EVs can be used off-road, not just for commuting.

An electric side-by-side is an off-road utility vehicle with two seats (often called an SxS) that uses an electric powertrain instead of a traditional internal-combustion engine. Compared with gas versions, it can be quieter and easier to operate for low-speed work, but it raises questions about battery range and recharging.

“EVs doing work” refers to using electric vehicles for practical, labor-like tasks—like hauling brush and logs or towing trailers—rather than only for everyday commuting. The segment argues that EVs can handle these jobs, but the tradeoff is still often battery range.

The Jeep Grand Cherokee is a midsize SUV known for offering powerful V8 engines in certain trims. The host emphasizes that they personally drive a V8 Grand Cherokee, which sets up their argument that they’re not anti-gas—they’re judging EVs based on real use.

A supercharged V8 uses a forced-induction system (a supercharger) to cram more air into the engine, which boosts power compared with a naturally aspirated V8. The host’s “Supercharge 6.2 V8” highlights that their car is using a high-output gas setup, not an EV powertrain.

“91 premium” refers to gasoline with an octane rating of 91, typically sold as a higher-octane fuel than regular. Higher octane can be required by some performance engines to prevent knock and allow more aggressive ignition timing.

Miles per gallon (MPG) is a fuel-economy measure for gas vehicles, indicating how far you can drive per unit of fuel. When the host says “zero or negative miles per gallon,” they’re joking that idling uses fuel but doesn’t move the car forward.

EV range in winter can drop because cold battery temperatures reduce usable energy and increase energy needed for heating. This is a practical limitation that can make electric trucks less convenient depending on climate and driving patterns.

Charging is the infrastructure and logistics side of owning an EV—finding chargers, waiting for them, and fitting charging into daily life. The hosts flag it as a potential blocker for some people, even if the vehicles themselves are appealing.

The hosts argue that electric trucks aren’t universally the best choice; suitability depends on the owner’s specific use case. Factors like climate, towing needs, and charging access can change whether an EV truck makes sense.

The Ford F-150 Lightning is an all-electric version of the popular Ford F-150 pickup. It became a major mainstream moment for electric trucks because it showed EV tech in a familiar, high-volume truck format.

The Chevrolet Silverado is a full-size pickup line that the hosts mention as part of GM’s broader electric-truck push. The point is historical/strategic: after Ford’s F-150 Lightning, GM moved to electrify its own truck lineup.

The GMC Sierra is a full-size pickup line that the hosts mention as part of GM’s response to electric-truck momentum. In this context, it’s being positioned as an EV truck effort following the F-150 Lightning’s impact.

“Ram” refers to the Ram pickup truck brand, which is known for full-size trucks aimed at towing, hauling, and everyday use. The podcast mentions “ultimately RAM” and says they’ll circle back, indicating it’s part of a broader discussion about electrified truck strategies and naming. It’s relevant because Ram is one of the major players in the full-size truck segment.

A range extender is an auxiliary power source used in a partially electrified vehicle to generate electricity when the battery runs low. It’s typically used to reduce “range anxiety” without requiring frequent long charging sessions, though it changes the vehicle’s efficiency and emissions profile.

A mild hybrid uses a small electric motor and battery to assist the engine, but it usually can’t drive the vehicle purely on electricity for long. The hosts frame it as controversial among “car guys” because it doesn’t deliver the full EV experience or the simplicity some enthusiasts want.

“VA” here appears to be an internal or program shorthand for the powertrain/architecture RAM was using when it moved to a mild-hybrid setup. Without more context from the transcript, the exact expansion of “VA” can’t be confirmed, but it’s being treated as a specific engineering platform choice.

The RAM Charger is the name RAM used for its range-extender concept. In this context, it’s the non-pure-EV approach where a secondary power source helps extend driving range beyond what the battery alone can do.

The Jeep Wagoneer is a full-size SUV known for offering a more upscale, family-oriented layout. In the podcast, it’s mentioned as part of a rebadge discussion tied to “RAM charger” and “Rev,” where the Wagoneer name is used in the context of electric or range-extender branding. That makes it relevant to how electrified vehicles are being marketed and named.

A “kilowatt pack” is shorthand for the size of an EV’s battery pack, expressed in kilowatts (often people mix up kW vs kWh in casual speech). In EVs, the battery’s capacity determines how much energy the truck can store, which strongly affects range and how heavy the vehicle ends up being.

The speaker is calling out the expected curb weight of an electric truck concept—around 10,000 pounds. Weight matters because it affects efficiency, braking, tire wear, and how hard it is to package a large battery under a truck’s frame.

The Rivian R1-T is an all-electric pickup truck from Rivian. It’s mentioned here as part of the early wave of electric trucks that were shown to the public around the same time as other EV pickups.

Texas is mentioned as the location where Ford held the F-150 Lightning press launch. For EV trucks, choosing a specific state can signal where the event and early customer focus are, especially in “truck country.”

San Antonio is the specific Texas city the speaker believes Ford used for the F-150 Lightning press launch. It’s included because it helps listeners place the real-world event behind the “truck country” framing.

An on-ramp is the roadway that connects a local road to a highway, often with a grade (uphill or downhill). Grades matter because they change how much power and traction a truck needs, especially when towing heavy loads.

Turbo lag is the delay between pressing the accelerator and the turbocharger producing boost pressure. Diesel engines often use turbochargers, and lag can make throttle response feel less immediate—so “no turbo lag” is a key feel-good difference the host attributes to electric drivetrains.

The Tesla Model 3 is a compact electric sedan that became a reference point for “affordable EV” pricing. Here, the host compares the truck pricing promises to the earlier expectation that the Model 3 would hit a lower starting price.

“Range” is the estimated distance an EV can travel on a full charge under specified conditions. The host is using the high range figure to argue that these trucks achieve it primarily through very large batteries rather than efficiency.

Vehicle curb weight (here, “9,000, 8,000 pounds”) affects EV efficiency and energy use. Heavier trucks typically consume more energy per mile, which is why the host contrasts weight with the claimed range.

The Tesla Cybertruck is an all-electric pickup designed with a distinctive, angular body and a focus on packaging efficiency. The host argues it, along with the Rivian, helped “pave a path forward” by taking a fresh approach rather than adapting an existing gas-truck layout.

A “clean sheet” design means the vehicle is engineered from scratch for its intended purpose, rather than being adapted from an existing platform. The host argues that EV trucks like the Rivian and Cybertruck used clean-sheet thinking to avoid compromises in packaging and layout.

“No compromise packaging” refers to designing the interior and component layout so the vehicle’s key goals—like battery placement, cabin space, and structural needs—don’t force trade-offs. In EV trucks, this often means the battery and drivetrain can be integrated efficiently without squeezing around legacy gas-engine constraints.

The Rivian R1T is an electric pickup known for strong off-road capability and a very “clean sheet” EV design. The host is emphasizing how Rivian packaged the powertrain and systems to work well both off-road and on-road, making it feel unusually capable for a modern EV truck.

A 48-volt system is an automotive electrical architecture that runs many vehicle loads on 48 volts instead of the more common 12 volts. Higher voltage can reduce current for the same power, which can make wiring and components more efficient and easier to package.

In modern vehicles, Ethernet refers to using standard Ethernet networking to move data between control units. It can provide higher bandwidth than older in-car networks, helping support features that need lots of data.

CAN bus (Controller Area Network) is a widely used in-vehicle communication network that lets different electronic control modules talk to each other. It’s the backbone for many functions like sensors, actuators, and vehicle control messages.

A subframe is a structural framework that mounts to the vehicle’s main body/chassis and carries key components like suspension and drivetrain attachments. The host is describing a design approach where, after a crash, you can replace only parts of the subframe area instead of the entire structure.

This is the idea that new automotive technologies often require significant upfront investment before they become cheaper and more widespread. In the context of EV trucks, it frames why early designs and startups can be expensive and risky before scaling.

Infotainment is the in-car user interface that combines entertainment and information features—typically including audio, navigation, phone integration, and vehicle settings. The host groups it with other tech that debuted in higher-end vehicles first.

GM (General Motors) is one of the largest traditional automakers, and the host lists it among companies that have committed to electric trucks. The point is that these are established players, not just small startups.

“Next generation” here refers to the next major step in electric truck design and product strategy. The host frames it as an “iteration” that should have existed from the start—implying improvements in affordability and practicality.

“Six-figure trucks” means vehicles priced in the $100,000+ range. The host argues that these expensive early electric trucks were launched to fund development and make it possible to eventually offer cheaper models for broader buyers.

The Ford Maverick is a compact pickup used here as a size reference point. By saying the electric truck is “smaller than a Maverick,” the host is emphasizing a smaller footprint that could be easier to park and use in cities.

This is a podcast catchphrase-like reference to a “model team moment,” used to signal a turning point in how vehicles are built or marketed. In context, it’s tied to the idea that a cheaper, smaller electric truck could change mainstream expectations.

LFP stands for lithium iron phosphate, a battery chemistry used in many EVs and electric trucks. It’s known for being generally safer and more tolerant of abuse than some other lithium chemistries, but it can have different cold-weather behavior. In this segment, the host is saying LFP should help with cold-related factors for a small truck.

Jim Farley is the CEO of Ford, and he’s quoted here describing a future electric truck concept with a pop-culture comparison. The host uses the quote to emphasize how Ford’s next-gen truck ambitions were being marketed internally and publicly. It’s a brand/leadership reference rather than a technical detail.

The Ford Falcon is a car model name associated with Ford, historically used for performance and mainstream driving depending on the generation and market. In the podcast, it’s referenced through a nickname comparison—“Millennium Falcon of Trucks”—to describe a truck concept or vehicle being discussed. That makes it a branding/analogy reference rather than a technical review of the Falcon itself.

The Ford Explorer is a mid-size SUV built by Ford, typically used for family transportation and everyday driving. In the podcast, the name is used as a joke reference to “Ocean Gate Explorer,” which is not about the vehicle itself. The mention is mainly a wordplay moment rather than a technical discussion of the SUV.

Cab-forward is a truck design where the driver’s cab sits farther toward the front axle, pushing more of the vehicle’s length behind the cab. This can improve packaging and aerodynamics, and it often changes how the truck’s interior space feels.

Swiveling seats are seats that rotate to face different directions, commonly used to turn the cabin into a more office- or lounge-like space. In a truck concept, they support the idea of using the vehicle as a remote workspace rather than just for driving.

A fold-out desk is a built-in, hinged work surface that deploys when needed and stows away when not. In the context of a truck concept, it’s part of the “remote office” pitch—turning the cabin into a place to work during downtime.

A remote office concept is designing a vehicle cabin to function like a workplace while parked—prioritizing space, seating orientation, and work surfaces. In this segment, it’s tied to the idea of using the truck as a mobile base for work rather than just transportation.

A touchscreen is a driver interface where controls are operated by tapping or swiping on a display. The host mentions it as a likely feature on the new EV truck, contrasting it with physical climate-control knobs.

Mega castings are very large cast aluminum structural parts used to replace many smaller stamped or welded pieces. The goal is to reduce the number of parts and welding steps, which can lower assembly time and potentially make repairs easier.

The Chevrolet Avalanche is a GM vehicle known for its flexible cargo layout, including a mid-gate-style pass-through concept. In this segment, it’s referenced as an example of a truck/SUV configuration that can handle longer loads.

The GMC Sierra EV is an electric pickup truck intended to bring the Sierra name into the battery-electric market. The podcast highlights being impressed with the Sierra EV and mentions the idea of having a “little bed,” pointing to how it’s packaged for truck buyers who want utility. It’s relevant because it shows how automakers are tailoring EV trucks to different sizes and use cases.

Tello (spelled out as T-E-L-O) is described as a startup’s very small electric truck concept. The episode frames it as solving the “tiny truck” problem by using a fold-down mid-gate and adjustable seating to effectively lengthen the cargo area without making the truck physically huge.

A mid-gate is a hinged panel on a pickup’s bed that can fold down to create a pass-through or extend the usable cargo area. In this segment, the mid-gate is part of how the Tello truck can increase effective bed length without fully extending the bed itself.

“Cat-forward design” appears to be a mishearing of “cab-forward design,” a layout where the cab is pushed forward to maximize space and shorten the vehicle’s front overhang. The speaker connects this to the idea of a compact truck with “no front end almost,” improving maneuverability and making the truck feel smaller overall.

“Crush up there” is shorthand for a crumple zone—engineered front-end structures designed to deform in a crash to absorb energy. The speaker is implying that even with a cab-forward/short-front layout, the front still has crash-absorbing structure.

“Pre-production trucks” are vehicles built before full commercial release to validate design, manufacturing, and real-world behavior. They’re often used for testing and collecting feedback, so specs and capabilities can still change before the final production version.

“Multimodal capability” here means the truck can handle multiple kinds of work or payload needs rather than being optimized for only one scenario. For electric trucks, that’s a practical way to judge usefulness: can it cover typical routes and cargo patterns even if it can’t do every extreme task?

In this context, a “small platform” refers to a smaller electric truck design intended for limited, repeatable routes rather than one vehicle doing every possible job. The host argues that cycling between tasks can be a practical “winning formula” for these smaller trucks.

“Zero to 60” is shorthand for how quickly a vehicle accelerates from a standstill to 60 mph. It’s a common way to compare how responsive different vehicles feel, especially for quick starts.

“Range” is the distance an electric vehicle can travel on a full battery charge under typical conditions. For trucks, range matters because it affects whether you can complete routes without charging downtime.

All-wheel drive (AWD) sends power to all four wheels, improving traction on slippery or uneven surfaces. On trucks, AWD can help with stability and grip when carrying loads or driving in poor weather.

Payload is the weight a vehicle can carry—typically people, cargo, or equipment—within its designed limits. The discussion implies that what’s in the cab (people) can reduce the remaining payload capacity for cargo.

GVWR stands for Gross Vehicle Weight Rating. It’s the maximum total weight the vehicle is designed to carry, including the truck, passengers, cargo, and any trailer/tow load (as applicable). Knowing GVWR helps you avoid overloading the truck.

Cummins refers to Cummins diesel engines, a common choice in heavy-duty trucks. In towing discussions, “Cummins” usually signals a high-torque diesel setup designed to pull heavy trailers more effectively than many gasoline engines. The segment uses it as shorthand for the truck’s engine capability.

A “slide-in camper” is a type of pickup camper that mounts in the truck bed and can be installed/removed. Because it adds significant weight high in the truck, it directly affects payload and towing suitability. The segment highlights how people buy setups without fully understanding the weight implications.

A receiver (usually “receiver hitch”) is the standardized square tube on the truck used to attach towing accessories like hitch-mounted bike racks, cargo carriers, and trailer hitches. It’s part of the truck’s towing interface, and its rated capacity matters for safe towing. The speaker notes many owners don’t even use their receiver/hitch setup.

A hitch is the towing connection system mounted to the truck (often via the receiver) that allows trailers or other equipment to be attached. Different hitch classes and ratings determine what loads are safe. In this segment, “hitch” is used to emphasize that many owners don’t actually tow.

The Ram 1500 is a full-size pickup truck from Ram (Stellantis). It’s commonly used as a daily driver, and its crew-cab layouts helped make pickups more practical for families.

The Ford F-150 is Ford’s best-known full-size pickup truck. Like other pickups, it became more family-friendly as crew-cab configurations became common.