BMW's hydrogen breakthrough, £3k sports cars and the most disappointing cars
The Gassing Station
BMW's hydrogen breakthrough, £3k sports cars and the most disappointing cars The Gassing Station · Apr 21, 2026
BMW's hydrogen breakthrough, £3k sports cars and the most disappointing cars

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BMW's hydrogen breakthrough, £3k sports cars and the most disappointing cars
Alpine A110
Car

Alpine A110

The Alpine A110 GTS is a small, sporty car made to feel fun and agile. The hosts are saying it’s being phased out and replaced with an electric version, which changes what the car is “about.”

RS6 GT
Car

RS6 GT

The Audi RS6 GT is a very fast, performance-focused version of the RS6 wagon. The episode notes it’s being replaced by a plug-in hybrid, meaning the next one won’t be the same type of car.

Porsche Cayman
Car

Porsche Cayman

The Porsche Cayman GT4 is a track-focused sports car variant known for its sharp handling and enthusiast-oriented setup. The hosts mention it as an example of a “traditional” pick for a two-car driveway, but note it wouldn’t be practical—showing how their criteria balances fun with real-world usability.

Concept

B roads

B roads are the smaller country roads with lots of curves. They’re great for driving because the road itself tests how good the car feels in turns.

Concept

plug-in hybrid successor

A plug-in hybrid is a car that can run on electricity, but it also has a regular engine as backup. Charging it from a plug helps it use less fuel, but it can change how the car drives compared with a traditional setup.

Audi RS6 Avant
Car

Audi RS6 Avant

The Audi RS6 Avant is a fast version of a wagon. It’s meant to carry people and stuff, but still drive very quickly. The podcast brings it up because there’s a newer direction coming for the model.

488 GTB
Car

488 GTB

The Ferrari 488 GTB is a famous fast supercar. Saying the next Alpine will be benchmarked against it means they’re aiming for similar “how it feels to drive” performance, even if the technology is different.

Term

summer tires

Summer tires work best when it’s warm. In cold, wet weather they don’t grip as well, so the car can feel less predictable.

Term

all-wheel drive

All-wheel drive means the car can send power to more wheels for better grip. That helps when the road is wet or cold so the car feels more controlled.

Term

under steering moments

Understeer is when you turn the wheel but the car keeps going more straight than you want. It usually means the front tires aren’t gripping enough.

Term

power over steering

This is when you press the gas and the back of the car starts to slide outward. It can be fun, but it’s also something you need to catch quickly.

Term

630 horsepower

Horsepower is how much power the engine makes. More horsepower usually means the car can accelerate harder, which is why they expected it to feel a certain way.

Concept

pendulomy

They’re describing a feeling where the car seems to swing around and you can’t easily keep it settled. They expected that, but the car didn’t behave that way.

Term

aquaplane

Aquaplaning is when water builds up under the tires and they can’t grip the road well. When that happens, the car can feel like it’s sliding and steering becomes less reliable.

Term

negative camber

Negative camber is when the tires lean slightly inward at the top. It can make the tire contact patch work better when you’re turning, so the car feels more grippy and responsive.

Part

coilovers

Coilovers are suspension parts you can adjust. They help the car sit and react more precisely when you turn, so the tires stay planted instead of feeling floaty.

Concept

weight and steering feel (lost in the weight vs reactivity)

Heavier cars can sometimes feel slower to respond when you turn. This car apparently uses suspension tuning so it still reacts quickly, without feeling nervous.

Audi Rs3
Car

Audi Rs3

The Audi RS 3 is a high-performance version of a small Audi car. It’s made to be quick and fun to drive, not just practical. The podcast mentions a limited “competition” version of the newer RS3.

Honda Prelude
Car

Honda Prelude

They’re talking about the new Honda Prelude and what it’s like to drive. Even though it’s a hybrid, they’re judging whether it still feels “sporty” in day-to-day driving.

Concept

Atkinson Cycle combustion engine hybrid

This refers to a special type of gasoline engine (Atkinson Cycle) that’s tuned more for efficiency than raw power. In a hybrid, the car can use the electric motor too, so it doesn’t have to rely on the engine all the time.

Concept

hybrid setup

They’re talking about the car’s hybrid system—how the gas engine and electric motor team up. Depending on how it’s programmed, it can feel sporty or it can feel a bit disconnected.

Concept

hidden door handles on the back door

These are door handles that are tucked into the body so the car looks sleeker. The trade-off is that they can be a little less convenient than normal handles when you’re trying to get in quickly.

Honda Civic
Car

Honda Civic

The Honda Civic is a small, everyday car made by Honda. Some versions are designed to use fuel more efficiently, including hybrid-style setups. People talk about it because it’s a common benchmark for how a normal car drives.

Concept

faux gears

Faux gears are fake “gear changes” that make the car act a bit more like a normal gearbox. But instead of changing how power is transmitted, it mainly changes engine revs, so it can feel odd or less smooth.

Hyundai Ioniq 5N
Car

Hyundai Ioniq 5N

They mention the Hyundai IONIQ 5N to compare how “fake gears” are used in different cars. The key point is that the Prelude’s system doesn’t translate to the same kind of driving feel.

Term

engine noise

Some cars play engine sounds through the speakers. That way it feels more normal, even if the engine isn’t actually doing the work to move the car.

Concept

EV/engine not connected to the wheels (power delivery decoupling)

They’re saying the car has an engine, but it isn’t actually turning the wheels. Instead, the wheels are driven by another source (like an electric motor).

Concept

hybrid powertrain (engine + electric motor working together)

In a hybrid, the car can use electricity, the engine, or both. At certain speeds or situations, the engine and electric motor team up to give stronger performance.

Term

184 horsepower

They’re talking about how much power the car can make overall. In a hybrid, that number usually includes both the engine and the electric motor working together.

Term

0 to 62

“0 to 62” is how fast the car accelerates from a stop to 62 mph. It’s a simple way to compare performance between cars.

Civic Type R
Car

Civic Type R

They say the car uses some parts from the Honda Civic Type R. Those parts are designed for sharper handling and stronger braking, which can make the car feel more fun to drive.

Term

adaptive suspension

Adaptive suspension adjusts how stiff the car feels while you drive. It can make the ride smoother on bad roads and more stable when you’re driving hard.

Concept

"layered" powertrain and chassis

They mean the car feels like it has multiple levels of response. As you drive faster or slower, the way power and handling come in feels smooth and well matched.

Term

VTEC engines

VTEC is Honda’s technology that helps the engine breathe better at different speeds. It’s why some Hondas feel especially exciting when you rev them higher.

BMW iX5 hydrogen
Car

BMW iX5 hydrogen

The BMW iX5 hydrogen is BMW’s hydrogen fuel-cell vehicle concept/program discussed in the segment. The hosts say BMW is working on improved hydrogen storage technology to boost range and aims to have hydrogen infrastructure ready by around 2028, with production cars expected to arrive then.

Concept

hydrogen fuel cell storage

Hydrogen cars have to keep hydrogen somewhere safe, and it’s not easy to store. Because of that, the storage system can take up a lot of space and affect how practical the car feels.

Term

boot space

Boot space is the trunk/cargo area, and for hydrogen cars it can be affected by where the hydrogen tanks or canisters are placed. The segment notes that earlier storage approaches could take up a huge amount of rear space, reducing practicality.

Toyota Mirai
Car

Toyota Mirai

The Toyota Mirai (second generation) is referenced as an example of how to package hydrogen storage more efficiently. The hosts say Toyota split the hydrogen storage into multiple canisters (around the transmission tunnel area) to reduce the amount of space taken from the cabin and rear.

Term

carbon fiber reinforced polymer

Carbon fiber reinforced polymer is a strong but lightweight material. BMW uses it to build hydrogen storage cylinders that can fit better in the car.

Concept

hydrogen storage

Hydrogen storage is one of the biggest challenges for hydrogen cars because hydrogen takes up a lot of volume. The transcript highlights how BMW’s compact cylinder layout aims to reduce the space penalty compared with earlier hydrogen packaging.

Term

valve-controlled hydrogen tanks

This is about how the car controls the flow of hydrogen from its tanks. Instead of managing each tank separately, BMW connects them and controls them with one valve to keep the delivery steadier.

Concept

range vs EV real-world driving

The episode compares claimed hydrogen range (up to about 385 miles) with how EVs can achieve much longer distances in practice. It also notes that real-world results can differ from claims, using an example where the speaker’s test showed a lower real-world figure.

Concept

charging/infrastructure advantage for EVs

The discussion argues that EVs have an advantage because charging infrastructure is more widely available than hydrogen fueling. That makes “filling” practical for more drivers, which can matter as much as vehicle range.

Term

fast charging

Fast charging refers to higher-power EV charging that reduces the time needed to add energy. The hosts argue that EV charging has improved dramatically in recent years, narrowing the refueling-time advantage that hydrogen claims. They also mention that even a ~20-minute stop is acceptable for many drivers compared with older EV charging experiences.

Concept

hydrogen car

A hydrogen car makes electricity from hydrogen to move the car. Refueling can be quick, but you may have fewer places to fill up compared with electric charging. The discussion also brings up that safety and rescue procedures can be more complicated than with gasoline.

Term

1000 kilowatt charges

This means charging an EV using a super-powerful charger. In theory, it can add a lot of energy in just a few minutes. The hosts also point out it’s not widely available yet.

Term

charging up

“Charging up” just means plugging in and charging the battery. The hosts compare how long that takes versus filling a hydrogen car. They suggest that even if it takes a bit, you can use the time while you wait.

Concept

fuel station accessibility

Fuel station accessibility is how easy it is to find places to refuel or recharge, and it strongly affects real-world usability. The host argues that hydrogen’s limited station network could make it hard to compete even if refueling is fast. This is contrasted with EV charging becoming more common and faster.

Term

safety aspect

The “safety aspect” is about what happens after a crash and how hard it is to deal with. The host points out that EVs can also catch fire, and the challenge is how to handle it safely. The same kind of concerns apply to hydrogen vehicles too.

Concept

EVs catching fire vs petrol/diesel (collision fire risk)

They’re talking about which type of car is more likely to catch fire after a crash. EVs don’t have gasoline onboard, so the fire risk can be lower, while gas/diesel cars have fuel that can ignite.

Ford Pinto
Car

Ford Pinto

They’re bringing up the Ford Pinto as a cautionary tale from the 1970s. The concern was that in certain crashes, the fuel system could fail in a way that made fires much more likely.

Concept

Hydrogen high-pressure tank safety

Hydrogen cars carry fuel in a very high-pressure tank. The safety challenge is making sure that tank stays intact and doesn’t leak dangerously if there’s a crash.

Concept

Hydrogen infrastructure (and why it matters)

They mention infrastructure because hydrogen cars only work well if there’s somewhere to refuel them. So progress isn’t just about the car—it’s also about the fueling network.

Topic

Formula One

They’re saying racing—specifically Formula One—helps push new fuel ideas forward. Because teams test and develop them intensely, the technology can improve faster than it would otherwise.

Concept

EV charging infrastructure

The hosts compare early EV adoption challenges with today’s faster, more widespread charging. Charging infrastructure matters because it determines whether EVs are convenient for daily use, especially for drivers who can’t always charge at home.

Term

fast charges

Fast charging is when an EV can recharge much quicker than normal. They’re pointing out that charging used to be slower (around 50 kW) and is now much quicker.

Term

50 kilowatts

50 kilowatts is how strong the charger is. Higher kW usually means you can add energy to the battery faster.

Tesla
Car

Tesla

They’re talking about Tesla because of how easy it is to charge. The point is that Tesla’s charging network made their day-to-day driving much less stressful.

Concept

charging anxiety

Charging anxiety is the worry that you won’t find a charger in time. It’s especially stressful if you’re on the road a lot and can’t charge easily at home.

Concept

hydrogen fueling infrastructure

They’re saying hydrogen cars only work well if the hydrogen stations are reliable. If stations are broken or nobody is maintaining them, it becomes annoying and people won’t switch. The goal is to make refueling feel as easy as gas.

Concept

hydrogen combustion engine

This is when hydrogen is used like gasoline—burned inside an engine to make power. It’s not the same as a fuel cell, which makes electricity instead. It can work, but it still has emissions and engineering hurdles.

Aston Martin V8 Vantage
Car

Aston Martin V8 Vantage

They mention a hydrogen-powered Aston Martin Vantage doing laps at Nürburgring. The point is to test the car in demanding real-world conditions, not just on a test bench. It’s a way to see if hydrogen power can handle racing stress.

Concept

Super Taikyu

They bring up a Japanese racing series called Super Taikyu. The point is that racing can help new technologies get tested and become more mainstream. They’re wishing for a similar platform locally.

Toyota GR Corolla
Car

Toyota GR Corolla

Toyota took a GR Corolla and tried running it on hydrogen. Instead of using hydrogen to make electricity, it burns the hydrogen like a fuel, then races it to see if it can be practical and fast for long events.

Concept

pit stop time / hydrogen filling time

In endurance races, every minute spent refueling costs you. They’re saying Toyota improved hydrogen refueling so it takes closer to normal stop times instead of being a big disadvantage.

GR LH2 racing concept
Car

GR LH2 racing concept

The GR LH2 is Toyota’s hydrogen race concept. It’s designed like a Le Mans prototype and uses hydrogen combustion to explore whether hydrogen can compete at the highest level.

Topic

Le Mans hydrogen class (from 2028)

They’re talking about Le Mans rules starting in 2028 that could allow hydrogen race cars to compete together. If the rules make it worthwhile, more teams might join and develop the tech.

Concept

hydrogen fuel cell prototypes

A hydrogen fuel cell makes electricity from hydrogen while you drive. That electricity then powers the car’s electric motor, which is why it’s different from burning hydrogen in an engine.

Concept

motorsport as technology development

The idea here is that racing helps new technology get better faster. Because cars have to run hard for a long time, engineers learn quickly what works and what doesn’t.

Concept

fuel of joy

“Fuel of joy” is basically a way of saying petrol feels fun and exciting to drive. The hosts are talking about how different fuels can change the vibe of cars.

Concept

EV is obviously everywhere now

The hosts are saying electric cars are very common right now. That makes them wonder what it would take for hydrogen to become a big deal again.

Concept

Alpenglow

Alpenglow is presented as Alpine’s hydrogen concept, designed to demonstrate what hydrogen power can feel and sound like in a real vehicle. The hosts mention it being shown at Le Mans and tested at Spa, emphasizing it as a technology demonstration rather than a mass-market product.

Renault Sport
Car

Renault Sport

The Renault Sport Spider is a small sports car with an open-top design. It’s connected to Renault’s performance-focused division. The podcast brings it up because it’s part of Renault Sport’s history and people hope that spirit comes back.

Renault Twingo
Car

Renault Twingo

The Renault Twingo is a small car made for city driving. It’s easy to maneuver and park. The podcast mentions it because there’s talk about it coming back or continuing.

Concept

charging networks

Charging networks are the places you can plug in and charge an electric car. The point here is that EV charging is getting easier to find, while hydrogen stations are still much harder to build.

Concept

700 bar hydrogen

“700 bar” refers to the pressure used to store hydrogen in a high-pressure tank. Because hydrogen is stored as a compressed gas, the tank must be engineered to safely handle extremely high pressures. The hosts compare it to turbocharger boost pressure to give listeners a sense of scale.

Term

turbocharged engine

A turbocharged engine uses a device that squeezes more air into the engine. More air usually means more power. The hosts bring it up to compare pressure levels to the hydrogen storage pressure.

BMW Z3
Car

BMW Z3

The BMW Z3 is a small two-seat roadster from BMW. People look at it as a fun used sports car option when they want something more “classic BMW” than the newer stuff.

Concept

£3k sports cars

They’re talking about trying to buy a fun sports car for about £3,000. The point is that you have to compromise on condition and sometimes choose the right model year to avoid expensive problems.

Term

mid-engine sports car

A mid-engine car puts the engine closer to the middle of the car. That usually makes the car feel more balanced and easier to handle when you drive it hard.

Term

six-speed manual

A six-speed manual means you shift gears yourself using a clutch. More gears can help the car feel smoother and more responsive.

Concept

facelift vs pre-facelift (model-year change)

They’re saying that later versions of the same car (a facelift) can be safer to buy than earlier ones. The facelift often fixes problems that showed up in the first years.

Term

full service history

“Full service history” means the car was regularly maintained and there’s proof of it. If a car has that, it’s usually less likely to have neglected problems that show up later.

Concept

Out of the Box fun

It means “fun in a surprising way,” usually from a car that isn’t the obvious pick. The idea here is that a well-maintained, slightly unusual BMW can still be genuinely enjoyable to drive.

2001 BMW 325 Ti
Car

2001 BMW 325 Ti

This BMW is a smaller, sportier version of the 3 Series. The “Ti” version is meant to feel a bit more fun to drive than a standard trim, mainly through suspension and handling tweaks. It’s not an all-out M car, but it’s still designed to be more driver-focused.

Term

ice on a tyre launch

A “tyre launch” on ice is a controlled demonstration of tire grip and vehicle stability on low-friction surfaces. It’s relevant because it highlights how chassis balance and tire choice interact—especially for a car described as having “beautiful balance” and predictable rotation.

Concept

190 horsepower

Horsepower is basically how strong the engine is. In this case, they’re saying the power level is enough to feel fun, but not so much that it’s hard to control.

Concept

rotates around you in the middle

They mean the car feels like it “turns and pivots” nicely through a corner. Instead of feeling like it’s fighting you, it feels balanced and controllable mid-corner.

BMW 135I
Car

BMW 135I

The BMW 1 Series is a small BMW car. The podcast is talking about a specific performance version from the 235i/135i family and how it rides well. People mention it because it’s a compact car that can still feel comfortable.

Concept

TI driver focused additions

They’re saying the “Ti” version adds small upgrades aimed at making the car feel better to drive. Most of those changes are about the suspension, which affects how the car handles and how smooth or controlled it feels.

M model
Car

M model

BMW’s “M” cars are the high-performance versions. They usually have more serious upgrades than regular models. Here, they’re saying the Ti is sporty, but it’s not the full-on M-car experience.

M135i
Car

M135i

The BMW M135i is referenced as the benchmark for driving feel. In this discussion, the hosts contrast it with a front-wheel-drive BMW 1 Series era, implying the M135i’s layout and dynamics feel different even if both are performance-oriented.

Mini Cooper S
Car

Mini Cooper S

They’re comparing the BMW’s driving feel to a Mini Cooper S. The idea is that front-wheel-drive hot hatches tend to feel nimble and fun, and that’s what they’re noticing here.

Term

THP

THP is Peugeot’s label for a turbo petrol engine. In this context, it means the RCZ is the stronger, turbocharged version rather than the weaker trim.

Term

160 horsepower turbocharged

They’re saying the car has about 160 horsepower and it’s turbocharged. A turbo engine usually feels stronger in everyday driving because it can build boost quickly.

Peugeot RCZ
Car

Peugeot RCZ

The Peugeot RCZ is a small Peugeot coupe that looks really distinctive, especially because of its curved “double-bubble” roof. The hosts are saying it was stylish and fun-looking, but it wasn’t as exciting to drive as some rivals because it was front-wheel drive.

Term

double bubble roof

A “double bubble” roof is a roof shape with two rounded bumps. It’s mostly about looks—making the car’s roofline stand out and feel more sporty.

Concept

homologation special version

A homologation special is a special road car made so a company can race a similar version in competition. Racing rules often require the race car to be based on a real street car.

Volkswagen Scirocco
Car

Volkswagen Scirocco

The Volkswagen Scirocco is a sporty-looking Volkswagen that was popular with people who wanted a fun small car. The hosts are comparing the RCZ to it to talk about how well the RCZ sold and who it was trying to attract.

Term

electrical faults

Electrical faults mean something in the car’s electronics isn’t working right—like sensors, wiring, or control units. It’s usually not a simple “replace one part” situation, because the problem can be intermittent.

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