BMW's hydrogen breakthrough, £3k sports cars and the most disappointing cars

The Alpine A110 GTS is a performance version of Alpine’s lightweight sports car, known for sharp handling and a driver-focused feel. In this episode it’s discussed as a model that’s “bowing out” and moving toward an all-electric future, which is a big deal for fans of the current formula.

The Audi RS6 GT is a high-performance variant of the RS6, typically aimed at buyers who want fast acceleration and everyday usability in one package. Here it’s described as being replaced by a plug-in hybrid successor, highlighting how regulations and electrification are reshaping even big, powerful wagons.

“B roads” are smaller, often twistier routes than major highways, typically with lots of bends and elevation changes. They’re a favorite for enthusiasts because they reward chassis balance, steering response, and power delivery—exactly the kind of driving the hosts are describing for their two-car garage idea.

A plug-in hybrid (PHEV) uses both an electric motor and an internal-combustion engine, and you can charge it from an external power source. When a performance model is replaced by a plug-in hybrid successor, it often means the driving character and packaging change—sometimes trading some “pure” feel for lower emissions and better efficiency.

The Audi RS6 Avant is a high-performance wagon that combines everyday practicality with serious power. The podcast notes the RS6 Avant GT and also mentions a shift toward a plug-in replacement, indicating how the model line is evolving. It’s discussed because it’s a standout example of a “fast family” car and because its future direction is changing.

The Ferrari 488 GTB is a mid-engine supercar that’s often used as a benchmark for performance and driving feel. The episode claims the upcoming electric Alpine A110 will be “benchmarked against the 488 GTB,” implying the new car aims to match that level of performance/engagement despite a different powertrain.

Summer tires are designed for warm temperatures and can lose grip in cold weather, especially on wet roads. The host highlights that both cars were on summer tires at around 0–2°C, which helps explain the “skittish” behavior and scary moments.

All-wheel drive (AWD) sends power to more than just the front or rear wheels, improving traction when roads are slippery. In the segment, the host credits the RS6’s AWD and weight for keeping it stable on cold, wet roads.

Understeer (often felt as “under steering”) happens when the front tires lose grip and the car turns less than the driver expects. The host contrasts this with power oversteer, saying their scary moments were more about the car not rotating as intended.

Power oversteer is when adding throttle causes the rear of the car to step out, leading to oversteer. The host mentions “power over steering moments” as something they were watching for, implying the car could become lively under acceleration.

Horsepower is a measure of engine output, and higher numbers generally mean stronger acceleration potential. The host references “630 horsepower” to set expectations for how the RS6 GT would feel, then notes it surprised them by not feeling heavy and pendulum-like.

“Pendulomy” is a descriptive way to say the car feels like it swings or pivots around its center—often associated with a heavy, rotating feel where the tail can feel hard to control. The host says they expected that kind of behavior but found the car felt the opposite.

Aquaplaning (hydroplaning) happens when tires lose contact with the road due to a layer of water, causing reduced steering and braking control. Tire grip and vehicle dynamics—like suspension setup and tire loading—affect how likely it is.

Negative camber means the top of the tire tilts inward toward the car body. Under cornering load, it can help the tire stay more square to the road, improving grip and steering feel.

Coilovers are adjustable suspension units that combine a spring and shock absorber. Changing their setup (ride height and damping) can sharpen steering response and help the car maintain tire contact during cornering.

He’s describing how heavier cars can feel less immediate because inertia can “dampen” the driver’s inputs. Here, suspension geometry and damping make the car feel reactive like a lighter car while still feeling stable and secure.

The Audi RS 3 is a performance compact car built for quick acceleration and sharp handling, based on the A3 platform. The podcast mentions the “new RS3” and specifically notes “competition limited,” pointing to a special version or restricted production. It’s discussed because it represents Audi’s high-performance approach in a smaller, more usable package.

The hosts are discussing the new Honda Prelude and how it feels on UK roads after earlier drives in Europe. They focus on its hybrid layout and how that affects driving character, sound, and engagement.

An Atkinson Cycle engine is designed to improve efficiency by using a longer expansion stroke than compression stroke. In a hybrid setup, that efficiency-focused engine works alongside an electric motor to provide propulsion while reducing fuel use.

The hosts describe the Prelude as a sporty-ish coupe built around a hybrid system, where a petrol engine and electric motor work together. How that system is calibrated can strongly influence throttle response, smoothness, and whether the car feels engaging.

Hidden (or flush) rear door handles are a styling choice often used to preserve a clean, coupe-like silhouette. They can also affect usability and how quickly occupants can access the rear seats, especially compared with conventional handles.

The Honda Civic is a compact car known for being practical and efficient, with versions that can be set up for hybrid-style driving. In the podcast, it’s mentioned in the context of how it feels and how engaging it is (or isn’t) right away. That makes it a common reference point when discussing everyday performance versus “fun.”

Faux gears are simulated gear steps used in some hybrid/EVs to mimic a traditional manual or automatic shift feel. In this case, the “gear” changes are tied to engine rev behavior rather than actually changing drivetrain ratios, which can make the response feel disconnected.

The hosts reference the Hyundai IONIQ 5N as an example of a car that uses a “faux gear” style driving mode. They’re using it as a comparison point to explain why the Prelude’s faux-gear behavior feels different—because the Prelude’s revs are being manipulated rather than an EV’s torque delivery.

The hosts are describing a car that produces simulated or “fake” engine sound. In some hybrids/EVs, the sound is played through speakers to mimic combustion-engine noise even when the engine isn’t driving the wheels.

They describe a setup where the car has an engine, but it isn’t directly powering the front axle. That’s a key difference between traditional cars and certain hybrid/EV architectures: the engine may run for charging or auxiliary purposes while the wheels are driven electrically.

They explain that the combustion engine and electric motor can work together at higher speeds. That’s a typical hybrid strategy: the electric motor handles some driving conditions, while the engine joins in to provide additional power and efficiency.

They reference the car’s combined output as “184 horsepower,” which is the total power available from the hybrid system (engine plus electric motor). Combined ratings matter because the car’s real-world feel depends on how and when that power is delivered.

“0 to 62” is shorthand for acceleration from 0 mph (or 0 km/h) to 62 mph (100 km/h). It’s a common performance metric used to compare how quickly cars feel in everyday driving and overtakes.

The hosts claim this car borrows performance hardware from the Honda Civic Type R—specifically brakes and suspension. That kind of parts sharing can improve steering feel, braking confidence, and overall chassis balance, even if the powertrain isn’t the quickest.

Adaptive suspension automatically changes damping/ride stiffness based on driving conditions. The goal is to balance comfort with control—softening for rough roads and firming up for sharper handling.

“Layered” suggests the car’s behavior changes smoothly across modes and speeds—power delivery and chassis response feel coordinated rather than abrupt. Listeners may benefit from understanding that hybrid systems can feel “layered” because electric torque and engine power overlap differently depending on conditions.

VTEC (Variable Valve Timing and Lift Electronic Control) is Honda’s system for changing valve timing and lift to improve performance and efficiency. The “screaming 8000 RPM” description highlights how VTEC can make an engine feel like it comes alive at higher revs.

Hydrogen fuel-cell cars must store hydrogen at very high pressure, and the storage approach strongly affects packaging and range. The segment explains why hydrogen is difficult to store (including the need for extreme conditions if using liquid hydrogen), and why earlier designs used large tanks that take up boot space.

Carbon fiber reinforced polymer (CFRP) is a lightweight, strong composite material. In this hydrogen setup, BMW uses CFRP to make the storage cylinders smaller and more space-efficient than traditional tank designs.

The transcript describes a design change in how hydrogen tanks are managed: earlier systems used individual valves per tank, while BMW uses interconnected cylinders controlled by a single valve. The claim is that this improves consistent performance by regulating flow more uniformly.

A hydrogen car uses hydrogen stored onboard and converts it to electricity in a fuel cell to drive the wheels. The big selling point is fast refueling—often discussed as “around five minutes”—but the real-world challenge is hydrogen station availability and overall cost. The segment also contrasts hydrogen’s refueling speed with improving EV charging times and highlights safety/complexity considerations.

“1000 kilowatt charges” refers to extremely high-power EV charging (1 MW class), which can dramatically shorten charging time under the right conditions. The hosts frame it as prototype/near-future tech and note it’s currently limited in rollout geography. This is used to argue that EVs are catching up quickly to hydrogen’s refueling-time advantage.

“Charging up” is the everyday phrasing for topping up an EV’s battery at a charger. The segment uses it to compare typical EV charging durations (including a coffee break) with hydrogen refueling time. It’s also used to describe how quickly high-power charging can happen in near-future scenarios.

The “safety aspect” refers to how hydrogen and EV systems can behave in crashes and how emergency responders handle them. The host notes that EVs can catch fire, but the real issue is putting it out and managing the situation safely. This frames hydrogen’s safety/complexity as part of the trade-off versus EVs as charging improves.

The hosts are discussing how collision-related fire risk differs between EVs and internal-combustion cars. They cite data suggesting EVs are less likely to catch fire in crashes, while petrol/diesel cars have a higher likelihood due to the presence of fuel and fuel-system design.

The Ford Pinto is referenced as an infamous 1970s example of fuel-tank placement and crash-fire risk. The story is often summarized as the fuel tank being located in a way that could lead to catastrophic fires when rear-ended.

Hydrogen vehicles store fuel in an extremely high-pressure tank, which changes the safety conversation compared with gasoline. The key issues are containment, leak behavior, and how the fuel system responds under impact or failure.

The discussion ties hydrogen vehicle progress to infrastructure availability—meaning fueling networks, storage, and delivery systems. Even if the vehicle is well-engineered, adoption depends on whether hydrogen can be produced and delivered reliably where drivers live and travel.

Formula One is mentioned as a major driver of fuel and energy technology development. When F1 teams (and their fuel suppliers) work on new fuels, it can accelerate improvements that later trickle down to road cars.

“Fast charges” refers to higher-power EV charging that significantly reduces charging time compared with basic home charging. The mention of 50 kilowatts highlights how charging speeds have increased, which directly affects real-world EV usability.

50 kW is a charging power level that was common earlier in EV adoption, delivering meaningfully faster charging than basic outlets but still not as quick as today’s high-power DC fast chargers. Charging power (kW) is a key factor in how long you’ll spend at a station.

Tesla is discussed in the context of EV charging convenience, specifically the Tesla charging network. The host credits the network’s reliability and coverage for having “zero issues” over four years, contrasting it with the general anxiety of finding charging while on the road.

“Charging anxiety” describes the stress and planning burden of finding a charger when you’re driving frequently or don’t have reliable access to charging at home. The hosts’ “service station sprint” story illustrates how infrastructure reliability changes driver confidence.

The hosts emphasize that hydrogen’s success depends on fueling infrastructure—reliable stations, uptime, and consistent user experience. Even if the vehicles are good, broken or unmonitored stations undermine convenience and adoption.

A hydrogen combustion engine burns hydrogen in a cylinder like a traditional internal-combustion engine, rather than using a fuel cell to generate electricity. It can be an engineering bridge, but it still depends on combustion-related challenges like NOx emissions control and fuel delivery.

The segment mentions a hydrogen-powered Aston Martin V8 Vantage running at “the ring,” referring to the Nürburgring. This is an example of hydrogen being tested in real motorsport conditions, which helps validate performance and drivability.

Super Taikyu is referenced as a Japanese racing series, and the hosts wish for something similar in their market. The mention is relevant because motorsport series can accelerate development and public visibility for new powertrains like hydrogen.

The Toyota hydrogen combustion GR Corolla is a hydrogen-fueled version of the GR Corolla, using hydrogen combustion rather than storing hydrogen to run an electric drivetrain. In endurance racing, it’s a way to test whether hydrogen can work as a competitive fuel under long, repeatable race conditions.

The segment focuses on hydrogen refueling time as a key performance constraint in endurance racing. Reducing filling time from roughly five minutes to about one to one-and-a-half minutes helps hydrogen cars avoid losing too much track position during stops.

The GR LH2 is Toyota’s hydrogen-focused racing concept built for endurance-style performance. It’s described here as a Le Mans prototype using hydrogen combustion, showing Toyota’s push to make hydrogen viable in top-level racing.

This is about a proposed rule change at Le Mans starting in 2028, where hydrogen combustion and hydrogen fuel-cell prototypes could compete, potentially in their own class. The topic matters because class structure affects whether teams will invest in hydrogen development.

Hydrogen fuel cell prototypes use a fuel cell to convert hydrogen into electricity, which then powers an electric drivetrain. In endurance racing, allowing both hydrogen combustion and fuel-cell cars can accelerate development of different hydrogen pathways.

The hosts argue that motorsport accelerates technology development by forcing real-world testing under extreme conditions. Endurance racing is especially useful because it stresses reliability, thermal management, and repeatable performance over long stints.

“Fuel of joy” is a phrase used to describe petrol’s cultural and driving appeal, not just its technical properties. The hosts use it to contrast how different fuels (petrol, diesel, hydrogen) can shape what enthusiasts consider exciting.

This is a discussion about the current dominance of EVs and how that affects the perceived relevance of other powertrains like petrol, diesel, and hydrogen. It sets up the idea of a “fuel arms race” where hydrogen could become a new competitive focus.

The Renault Sport Spider is a lightweight, open-top sports car associated with Renault Sport’s performance heritage. In the podcast, it’s mentioned in the context of Renault Sport possibly returning, with the speaker recalling early “Renault sport” snippets. It comes up because it’s tied to the brand’s past performance identity.

The Renault Twingo is a small city car designed for easy driving and parking in tight spaces. The podcast references a “Twingo event” and suggests excitement about the model’s return or continuation. It’s discussed because it’s a recognizable, compact Renault that often comes up when talking about what the brand is planning next.

Charging networks are the network of public (and private) charging stations that determine how practical EV ownership is. The hosts argue that charging infrastructure is expanding quickly, while hydrogen fueling requires massive investment to reach similar coverage.

A turbocharged engine uses a turbocharger to force more air into the engine, allowing more fuel to be burned for higher power. The hosts use turbo boost pressure as a reference point when talking about hydrogen tank pressure. This helps connect a familiar performance concept (boost) to the unfamiliar hydrogen storage numbers.

The BMW Z3 is a compact BMW roadster that’s often considered when shopping for affordable classic-style sports cars. Here it’s listed alongside the MR2 and MX-5 as an option within a tight budget.

This segment is about the “£3k sports car” challenge—finding a decent, usable sports car for roughly three thousand pounds. The hosts discuss how pricing, condition, and model-year choices affect what’s realistically available, and they compare different small sports cars in that budget bracket.

A mid-engine sports car places the engine near the center of the vehicle, improving weight distribution and helping the car feel balanced in corners. The hosts use this to describe why the MR2 is such a fun, compact package.

A six-speed manual transmission gives the driver more gear ratios to keep the engine in its power band. In this segment it’s part of the MR2’s appeal as a low-cost, engaging sports car.

The hosts stress that a 2002 “facelift” matters because it changed the car’s engineering enough to avoid a serious pre-facelift engine problem. This is a common used-car strategy: identify running changes (like facelifts) that correlate with improved reliability.

A “full service history” means the car has been serviced at the recommended intervals, typically documented by receipts or dealer records. For used-car buyers, it’s a strong indicator that maintenance hasn’t been deferred, which can reduce the risk of hidden wear and expensive surprises.

“Out of the Box fun” is a phrase for enjoying a car that isn’t the obvious, mainstream choice—often something older, less flashy, or overlooked. In this context, it’s tied to buying a well-kept example with service history so it can deliver real driving enjoyment without the usual “premium” expectations.

This is a 2001 BMW 325 Ti, a compact “Ti” variant of the 3 Series that uses the E46-generation platform. The “Ti” trim typically adds a sportier setup than a base model, including driver-focused tweaks that make it feel more engaging without being a full M-car.

Horsepower is a measure of how much power the engine produces, and it strongly influences how quickly a car accelerates and how it feels under load. Here, the hosts use the figure to describe the 325 Ti’s “easily manageable” performance—enough to feel lively without being overwhelming.

This is a driving-feel description that points to predictable balance and rotation during cornering—often associated with how the chassis and tires share grip. Listeners may want context on how a car can feel like it “turns in” and rotates smoothly rather than pushing wide.

The BMW 1 Series is a compact car, and the podcast references the 235i/135i era as a key point in the lineup’s development. It’s mentioned in relation to ride quality and overall feel, suggesting it’s comfortable for its class. That makes it relevant when discussing which compact BMWs are most enjoyable to live with.

The “Ti” trim is described as having driver-focused additions such as tweaks to the suspension. This matters because suspension tuning changes how the car responds to steering inputs, how it grips mid-corner, and how it feels over bumps—often the biggest difference between trims that share the same basic engine family.

An “M model” refers to BMW’s performance sub-brand (BMW M), which typically brings more aggressive tuning, stronger brakes, and more track-oriented chassis setups than standard trims. The hosts clarify that the Ti is sportier, but not as extreme as an M car.

Mini Cooper S is used as a reference point for how the BMW feels when it’s front-wheel drive. The hosts are essentially saying the BMW 1 Series in question has a similar “hot hatch” character—quick, playful, and easy to drive—because of its traction and packaging.

THP is Peugeot’s naming for its turbocharged petrol engine family (often associated with the Prince engine line used across PSA brands). In the segment, THP is used to distinguish the RCZ THP GT as the more performance-focused variant.

The hosts call out the RCZ THP GT’s output as “160 horsepower” and emphasize that it’s turbocharged. This matters because turbocharging typically improves low-to-midrange punch compared with a naturally aspirated engine of similar size.

The Peugeot RCZ is a compact, stylish coupe from Peugeot that became known for its distinctive “double-bubble” roof design. In this segment, the hosts discuss how cool it looked when new, but also point out its front-wheel-drive layout as a key limitation.

A “double bubble” roof is a styling feature where the roofline rises into two rounded bulges, creating a distinctive silhouette. On cars like the Peugeot RCZ, it’s often described as glass or a glass-like panel to emphasize the shape and give a more dramatic, sporty look.

A homologation special is a road car built (or modified) to meet the rules required for racing—so the manufacturer can enter a competition class. The idea is that the race car needs a certain number of similar street cars to be eligible, which is why you sometimes see “all-wheel drive homologation” talk around rally or touring-car programs.

The Volkswagen Scirocco is a compact sporty hatchback/coupe that became a benchmark for the “small, stylish, fun” market. The hosts compare the RCZ’s sales and positioning to the Scirocco, implying the RCZ was aiming for similar buyer appeal.

Electrical faults are problems caused by wiring, sensors, modules, or other electronics rather than mechanical parts like the engine. In modern cars, these can be intermittent and frustrating, and they often require diagnostic tools to pinpoint the failing component.