Ep 105: 2 million EVs, a 930-mile range and a hot Corsa

The Genesis GV60 is a compact electric SUV/crossover from Genesis, known for its EV-focused tech and a more car-like, engaging feel compared with many tall, family-oriented EVs. In this segment, the host discusses interior design details (including the center-console “crystal ball” display that becomes the gear selector) and how the GV60’s styling can make it feel more “fastback/estate-like” than a traditional high-riding SUV.

The center console is the dashboard area between the driver and passenger that typically houses controls like infotainment buttons, climate controls, and sometimes the gear selector. The host specifically points out button placement on the steering wheel and center console, and describes the console’s rotating “crystal ball” interface.

The Kia EV6 is an electric crossover/fastback that’s often praised for its design and driving feel. Here, the host uses it as a reference point for the Genesis GV60’s styling—especially the “fastback/estate-like” shape rather than a tall, high-riding SUV stance.

Kia EV9 is a large, family-focused electric SUV built around battery-electric power. In this segment, the hosts discuss how its size and charging logistics affect real-world ownership, especially when home charging isn’t convenient.

In EV ownership, “charging” refers to replenishing the battery by plugging the car into an electrical power source. The segment highlights that charging costs can vary a lot depending on whether you can charge at home or must use public charging.

Four-wheel steer is a chassis system where the rear wheels can turn along with the front wheels. That can reduce the turning circle and make low-speed maneuvering—like parking and tight turns—feel much easier.

The Hyundai IONIQ 9 is discussed here as a large electric vehicle that offers a notably good turning feel thanks to its steering setup. The hosts compare it directly to the Kia EV9, praising its efficiency and maneuverability.

The Audi e-tron is Audi’s electric vehicle line, referenced here as the friend’s previous EV. The segment uses it as background for why the friend is now shopping for a different EV with more seating.

A plug-in hybrid (PHEV) uses both an electric motor and an internal-combustion engine. It can be charged from an external power source, and it can also run on fuel when the battery is depleted.

BEV stands for battery-electric vehicle. It means the car is powered only by an electric motor drawing energy from a battery, with no gasoline engine.

The “5 E-Tech Electric” refers to the Renault 5 E-Tech Electric, a modern revival of the classic Renault 5 nameplate in fully electric form. It’s discussed as part of a ranking or comparison, with the episode noting it as “number one” later. That makes it relevant because the car’s appeal is tied to how it performs and fits into everyday EV life.

The Renault 5 is a small, mass-market hatchback that’s being sold in an electric form, which is why it shows up in EV sales charts. In this segment, it’s called out as the best-selling EV in April, tying the model to real UK demand.

One-pedal driving is an EV control mode where lifting off the accelerator slows the car using regenerative braking. It lets drivers do most speed changes with the accelerator pedal, reducing how often they use the brake pedal.

“Flappy paddle” is a casual way to describe steering-wheel paddle shifters used to control functions. Here, they’re specifically tied to selecting regenerative braking behavior, not traditional gear changes.

“Variable regen” means the EV’s regenerative braking strength can be adjusted. Instead of one fixed amount of lift-off slowing, the car can recover more or less energy depending on driver input (like paddles).

The Renault 4 is being referenced here as the earlier model that already had “variable regen” and paddle controls. In EVs, regen is how the car slows down and recovers energy, and the paddle setup lets drivers choose how strong that slowing effect is.

The Vauxhall Corsa GSE is being highlighted as a “hot” electric hatch with a more subtle, performance-oriented look. The discussion focuses on styling cues that hint at its sporty intent, like the wheel design and interior details.

The Volkswagen Golf is a widely known compact car platform, and the podcast mentions it in the context of how different performance trims look. The discussion contrasts aggressive styling cues on one model and mentions the Polo GTI as well, but the Golf itself is part of that broader “hot hatch” design conversation. It’s relevant because appearance and trim identity often influence what buyers choose.

“Three spoke alloys” refers to alloy wheels designed with three main spokes. The host treats them as a styling signature—some cars suit the look, while others don’t—so it’s being used as a visual clue to the Corsa GSE’s character.

The Chevrolet Nova is a classic American compact car that’s remembered for its styling and for being offered in performance-oriented trims. The podcast specifically mentions the Nova SR and its three-spoke alloy wheels, using it as a reference point for design details. That kind of historical nod helps explain where certain design cues come from.

The Nova SR is referenced as a past Vauxhall model that also used three-spoke alloy wheels. The point is design heritage: the Corsa GSE’s wheel choice is being compared to an 1980s-era look.

“0-62 time” is the elapsed time it takes a car to accelerate from 0 mph (or km/h, depending on market) to 62 mph. It’s a common performance metric because it reflects how quickly the car can build speed from a stop.

The Lotus Carlton is a rare performance version of the Vauxhall Carlton, tuned by Lotus. In this segment it’s used as a historical benchmark: the hosts cite its 177 horsepower and a 0-60 time of 5.4 seconds, plus a “twin turbo 3.6 liter” engine.

A “twin turbo” setup uses two turbochargers to force more air into the engine, allowing higher power output than a naturally aspirated engine of similar size. The “3.6 liter” part refers to the engine’s displacement, which is the total volume of all cylinders.

A “diff” is short for differential, the gearbox component that lets the left and right wheels rotate at different speeds when turning. When the hosts say it has a “proper diff,” they likely mean a more performance-oriented differential (often limited-slip or torque-vectoring behavior) that can improve traction and feel.

“Platform” in car design means the shared underlying architecture—things like the chassis structure, mounting points, and major electrical/mechanical layouts. When two cars share the same platform, they often have similar driving dynamics and interior packaging, even if their bodies look different.

The Vauxhall Mokka GSE is discussed as a driving reference point for the upcoming electric Corsa. The hosts say it’s “essentially the same car” and “same platform,” implying shared underpinnings that can translate into similar driving characteristics and packaging.

A limited-slip differential (often shortened to “limited slip diff”) helps manage wheel slip when one wheel loses traction. Instead of letting the slipping wheel spin freely, it biases torque so the other wheel can keep moving, improving traction and stability.

The Alpine A290 is brought up as another EV example where maximum power use causes a noticeable range drop. The hosts are using it to illustrate how driving style and power demand can dominate how far an EV actually goes.

The Abarth 600e is referenced as an example of an EV where using lots of power quickly hurts real-world range. The hosts compare its behavior to the Alpine A290, suggesting a common limitation in how these cars consume energy under hard driving.

CATL (Contemporary Amperex Technology) is a major Chinese battery manufacturer, and the hosts discuss its latest battery technology. They tie it to a Beijing auto-show story and focus on how it could enable very long EV range claims.

A semi solid state battery is an intermediate step between conventional liquid-electrolyte lithium-ion cells and fully solid-state batteries. Here, the electrolyte is a compressed gel rather than a liquid, which can improve safety if the cells are damaged.

In this battery design, a compressed gel replaces the usual liquid electrolyte. That matters because the gel can reduce leakage and improve safety if the cells are compromised, while also supporting higher energy density.

Energy density is how much energy a battery can store for a given weight or volume. Higher energy density generally means more driving range from the same battery size, or a smaller battery for the same range.

WLTP (Worldwide Harmonised Light Vehicles Test Procedure) is a standardized method used in Europe to estimate fuel economy and EV range. The hosts note that CATL’s “930 miles” claim is based on Chinese official range figures, which they expect to be more optimistic than WLTP results.

Battery swap technology is the idea of exchanging a depleted EV battery for a fully charged one at a station, rather than waiting for charging. The hosts mention experiencing it on the stand, which highlights how infrastructure can reduce downtime and change the EV ownership experience.

The speaker is referring to ultra-high-power fast charging on the order of 1500 kW (1.5 MW). That kind of power is far beyond typical public DC fast chargers, and it implies major upgrades to the electrical grid, substations, and charger design. It’s the kind of capability needed to support the “flash charging” targets described earlier.

Battery chemistry is the specific materials used in the battery cells (for example, different lithium-ion chemistries). Different chemistries can trade off range, power delivery, charging speed, cost, and temperature behavior. The speaker suggests the industry may use different chemistries for different EV types and use cases.

Energy density is a measure of how much electrical energy a battery can store for a given weight (or sometimes volume). Higher energy density usually means more range for the same battery mass, or a lighter battery for the same range. The speaker frames it as the metric that will matter as battery tech improves and becomes cheaper.

“Range per kilogram of battery cell” is a practical efficiency metric: how much driving distance you can get for each kilogram of battery material. It’s closely tied to energy density and helps compare battery generations even when total pack sizes differ. The speaker suggests that improvements here will translate into lighter, more efficient EVs.

A kilowatt (kW) is a unit of power, and EV charging stations are often priced in terms of power delivered (or related measures). When someone says “a quid per kilowatt,” they’re talking about the cost tied to charging power/energy usage at that station.

The Dodge Charger is a large, performance-oriented sedan/coupe-style muscle car known for strong acceleration and a big, V8-focused heritage. In a podcast about EV charging and efficiency, it may come up as a contrast point—especially when discussing how quickly you can “get it off the charger” when you don’t actually need much charge. That kind of comparison helps highlight how charging habits and vehicle needs affect real-world time and cost.

“Comfort Range” is a battery/range trim level for the Renault 5 that’s associated with a larger battery pack. In the segment, it’s explicitly linked to a 52 kWh battery, which affects how far the car can go per charge.

“52 kilowatt hour” (kWh) is the battery capacity being discussed for the Renault 5 Comfort Range. Higher kWh generally means more stored energy, which typically translates to more driving range per charge (though real-world range also depends on efficiency and driving conditions).

The Volkswagen Polo is a small hatchback that’s being mentioned here as a potential EV-related shopping comparison. The key point in this segment is the buyer’s concern about whether the Polo (or the EV versions being considered) includes a heat pump, which affects winter efficiency and range.

A heat pump in an EV is an efficiency-focused climate system that uses electricity to move heat rather than generating it directly. That matters because heating can otherwise drain the battery, especially in cold weather, so cars with heat pumps often maintain range better.

“Raval” in the podcast appears to refer to the Cupra Raval concept, which is being compared to other small EVs the listener is considering. Concept cars like this are discussed to gauge future design direction and what features might come to market. The episode notes the listener was surprised that certain expected options weren’t present, which highlights how concept specs can differ from assumptions.

Here, “efficiency” refers to how effectively the heat pump converts electrical energy into useful heating (and/or how much it reduces energy needed for cabin and battery warming). The host cites an estimate of roughly 10–20% efficiency improvement, which can matter more for EVs with smaller batteries because every extra kWh used in winter has a bigger impact on range. It’s a key reason heat pumps are marketed as a winter-range upgrade.

“Recoup” here is used in an EV cost/benefit sense: the host is estimating how long it would take the energy savings from a heat pump to offset the upfront purchase price. This is essentially a payback-period calculation based on assumed efficiency gains and real-world charging costs. It’s a useful way to judge whether an optional EV feature is worth paying for.

Winter range is the reduced driving distance an EV can achieve in cold weather. Cold temperatures increase energy use for cabin heating and can reduce battery efficiency, so the car may not match its advertised range in winter conditions.

In an EV cabin, insulation reduces heat loss to the outside environment. Better insulation (and related measures like thicker glass) helps keep the cabin warm longer, lowering the energy needed from the heating system.

The Hyundai Kona is a compact EV/crossover that’s often compared on real-world practicality like range, charging, and cabin space. In this segment, the host discusses choosing between Kona trims under a salary-sacrifice pricing difference for a commute-focused buyer.

The Kia EV3 is an electric compact SUV positioned as a more affordable entry point in Kia’s EV lineup. The podcast mentions it in the context of salary sacrifice and trim levels, implying they’re weighing cost and equipment. That makes it relevant to listeners trying to match monthly affordability with the features they actually want.

The Kia EV4 is referenced as another electric model the speakers are considering, with the conversation focusing on which EV makes the most sense for their needs. Mentions like “I did three EV4 then” suggest they’re comparing options or test-driving/shortlisting. In an EV podcast, that typically ties to practicality, range expectations, and overall ownership fit.

The Renault Scenic is a compact MPV (people-mover) that’s designed to maximize passenger space, especially for families. The hosts compare it to the Hyundai Kona, focusing on whether the Scenic’s larger size is worth it for rear-seat comfort and usability.

The Leapmotor B10 is a Chinese-market EV positioned as a value-focused family car, and the hosts highlight its rear-seat space. They also connect that space-first packaging to the idea that some Chinese brands prioritize maximizing passenger room.

The Alpina B10 is a performance-focused luxury sedan based on the BMW 5 Series platform, tuned for stronger power and a more refined driving feel. The podcast mentions it in the same breath as other alternatives, suggesting it’s part of a shortlist for someone looking for a fast, comfortable car. It’s relevant because it represents a different approach to performance than EVs—more about driving character than charging.

The Volkswagen e-Up is a small electric city car designed to keep things simple and affordable for short-to-medium trips. It’s specifically called out in the episode as being “very cheap to insure,” which can make it attractive for first-time EV buyers. The host also mentions loving the car, tying the ownership cost conversation to real daily usability.

The Fiat 500 is a small city car known for being easy to park and maneuver, which makes it a common choice for urban driving. In the episode, it’s mentioned because it’s “one of the cheapest cars to insure,” which matters a lot for total ownership cost. That’s why it comes up in a discussion focused on insurance and EV alternatives.

The 500e is the electric version of the Fiat 500, designed to keep the small-car format while switching to battery power. The podcast highlights it as “one of the cheapest cars to insure,” which can be a major factor for EV adoption. It’s mentioned alongside the Fiat 500 E to reinforce the theme of low ownership costs.

The Volkswagen e-Golf is a battery-electric version of the Golf, designed to bring EV practicality into a familiar hatchback shape. It’s often discussed in the context of running costs and insurance, since smaller EVs can be cheaper to own than larger ones. In this episode, it’s grouped with other EVs as part of a conversation about insurance pricing.

The Kia Soul is a compact, boxy crossover/hatchback that’s popular in the UK and Europe. In this segment, the hosts specifically discuss the Soul EV as a used-car option and compare it to other EVs like the Zoe and Leaf.

In the UK, an “insurance group” is a rating system insurers use to estimate how expensive a car is to insure. Higher groups generally mean higher premiums, so the hosts use group numbers to argue that certain EVs could be cheaper to insure than expected.

The Hyundai Ioniq 5 is a fully electric crossover designed for everyday comfort and efficient long-distance driving. It’s often discussed because it’s practical, has a modern interior, and performs well in real-world conditions. In this episode, it’s mentioned alongside other Hyundai EVs in the context of weather and day-to-day use.

The Hyundai Ioniq 6 is an electric sedan known for its aerodynamic shape and efficiency-focused design. In the listener email, the host highlights real-world use (including opening the sunroof) and mentions the car’s rear-wheel-drive setup as part of the ownership experience.

Miles per kilowatt-hour (mi/kWh) is an EV efficiency metric that tells you how far the car can travel using one unit of battery energy. Higher mi/kWh means the car is using electricity more efficiently, and it’s strongly affected by speed, temperature, and driving conditions.

The Dodge Journey is a midsize SUV that’s typically associated with petrol powertrains, but in this episode it appears in a discussion about efficiency and energy use. The mention of “miles per kilowatt hour” suggests the conversation is comparing real-world energy consumption figures across different vehicles or driving conditions. That’s why it’s brought up alongside EV-related efficiency talk.

The Opel Astra is a compact car, and in this episode the speaker calls out the Astra Electric as their “efficiency champion.” That implies they’re discussing real-world energy use—how many miles you can get per unit of electricity—rather than just official figures. It’s brought up because efficiency directly affects charging frequency and running costs.

The Kia E-Niro (Mark 1) is an electric version of the Niro crossover, and the hosts call it their most efficient car they’ve lived with. They’re comparing real-world consumption in miles per kilowatt-hour across seasons, highlighting how the car stays efficient even in winter.

The Volkswagen ID.7 is a fully electric large sedan designed for comfortable, long-distance cruising. The podcast mentions a “small shout out” to the ID.7 they lived with, which suggests they’re sharing personal ownership experience. It’s relevant because it helps listeners understand how an EV feels day-to-day in a bigger, more family-oriented body style.

The Nissan Leaf is an early-generation mass-market EV, and the hosts compare its efficiency to newer EVs. They specifically mention that their Leaf had a heat pump, which can improve winter efficiency by using waste heat more effectively for cabin heating.

The Volvo XC60 is a plug-in/EV-relevant SUV in this discussion because its displayed range changes with weather. The hosts use it as an example of how EV range estimates can jump when temperatures improve.

The Kia Niro is discussed as an EV where a “heavy facelift” can reduce efficiency even if the underlying platform stays the same. The hosts attribute the efficiency drop to added safety equipment and technology, even while the updated car may drive better and feel more refined.

The B segment is a European vehicle-size class, typically covering small cars (roughly the size of compact hatchbacks). EV range and charging improvements in this class are emphasized because they would make small EVs more practical.

Real world range is the distance an EV can travel in everyday driving conditions, not just under standardized test cycles. It matters because it reflects real energy use from things like speed, temperature, and driving style.

Sodium-ion batteries are an alternative to the more common lithium-ion chemistry. They’re discussed here as potentially avoiding scarce “rare minerals” and enabling battery production with more widely available materials.

The Vauxhall Corsa GSE is an EV hot hatch, and the big talking point here is its packaging: the batteries are placed under the seats. That helps keep the car’s overall height lower and improves the center of gravity, which can make it feel more stable and “go-kart-like” in corners. The segment also highlights its performance hardware, including the limited-slip differential and Alcon brakes.

The Vauxhall Corsa 5-door is a practical small hatchback with four side doors plus a rear hatch, aimed at everyday usability. The episode references a “GSE walk around video,” indicating they’re discussing a specific sporty or higher-spec variant and showing what it looks like up close. It’s relevant because small cars are often chosen for affordability, parking ease, and city driving.

Center of gravity (CoG) is the point where a vehicle’s weight effectively balances. Lowering the CoG generally reduces body roll and makes weight transfer during braking, turning, and acceleration feel more controlled. That’s why placing batteries under the seats is often discussed as improving handling: it can keep heavy mass lower in the chassis.

Alcon is a brake brand known for high-performance braking systems, often used on track-focused and motorsport-inspired cars. When a car is described as having “Alcon brakes,” it usually means upgraded calipers and/or rotors designed for stronger stopping power and better fade resistance under repeated hard use. In this segment, it’s cited alongside the LSD as part of what makes the Vauxhall Corsa GSE feel special.

The smart hashtag one is a compact electric car that’s being used here as a comparison point for the Vauxhall Corsa GSE’s styling and size. The hosts mention it as a “forgotten” model and note how big it feels, which matters because EV packaging and dimensions strongly affect how a car feels in everyday driving. They also contrast it with the “new smart hashtag two,” described as much smaller.