{"version":"1.0.0","episode":{"title":"S2 Ep3: The Golden Era of JDM: Honda Hacked The Gas Crisis","url":"http://getcarcurious.com/episodes/s2-ep3-the-golden-era-of-jdm-honda-hacked-the-gas-crisis","audioUrl":"https://pscrb.fm/rss/p/dts.podtrac.com/redirect.mp3/audioboom.com/posts/8887771.mp3?modified=1776116600&sid=5166135&source=rss","description":"This week, we're exploring how Japanese automakers fared during the gas crisis of the early 1970's. What led to them being in the right place at the right time? How did they expand across the globe so seamlessly? And what makes Honda's CVCC engine so revolutionary for the time? All of this and more on this week's episode."},"annotations":[{"startTime":12.6,"endTime":18.7,"type":"concept","title":"oil price shocks","url":"/glossary/oil-price-shocks","quote":"Picture this. It's late 1973 and Japan wakes to a new economic unease. Oil price shocks are rippling across the globe.","canonicalId":"concept:oil-price-shocks","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"An oil price shock is a sudden rise in crude oil prices that quickly increases the cost of fuel. In 1973, this kind of shock forced automakers and consumers to rethink how much they drive and what kinds of cars they can afford to operate.","simplifiedExplanation":"When oil gets more expensive, gas gets more expensive too. That makes people and car companies change what they buy and how they design cars."}},{"startTime":111.4,"endTime":116.7,"type":"concept","title":"smaller engines","url":"/glossary/smaller-engines","quote":"What emerges isn't some radical new idea, it's a realization. Smaller engines, cleaner combustion, lighter chassis, the very qualities Japan's automakers have been quietly refining for years...","canonicalId":"concept:smaller-engines","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Smaller engines generally improve fuel economy because they burn less fuel per mile and can be tuned for efficiency rather than only peak power. During the 1970s oil crisis, this became a major selling point for automakers.","simplifiedExplanation":"Smaller engines usually use less fuel. When gas prices spike, that matters a lot."}},{"startTime":111.4,"endTime":116.7,"type":"concept","title":"lighter chassis","url":"/glossary/lighter-chassis","quote":"Smaller engines, cleaner combustion, lighter chassis, the very qualities Japan's automakers have been quietly refining for years...","canonicalId":"concept:lighter-chassis","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A lighter chassis reduces the car’s overall mass, which improves efficiency and can make smaller engines feel more responsive. Weight reduction is a key engineering theme in many “golden era” Japanese performance cars.","simplifiedExplanation":"If the car weighs less, it takes less energy to move it. That can improve both efficiency and how the car feels to drive."}},{"startTime":168.9,"endTime":177.5,"type":"concept","title":"Suzuka circuit","url":"/glossary/suzuka-circuit","quote":"Last week we talked about the early days of racing on the Japanese mainland with the construction of the Suzuka circuit by Soichiro Honda and Takeo Fujisawa.","canonicalId":"concept:suzuka-circuit","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"The Suzuka circuit is a famous Japanese race track that became a cornerstone of motorsport in Japan. Its construction is used here as a marker of how Japan built racing infrastructure to develop and showcase automotive engineering.","simplifiedExplanation":"Suzuka is a well-known race track in Japan. The episode uses it to explain how Japan invested in racing to improve cars and talent."}},{"startTime":229.5,"endTime":237.0,"type":"concept","title":"tariffs","url":"/glossary/tariffs","quote":"foreign imports faced 30 to 40 percent tariffs and large displacement engines faced an additional tax.","canonicalId":"concept:tariffs","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Tariffs are taxes a country charges on imported goods. In this context, Japan’s tariffs made foreign cars more expensive to bring into the Japanese market, giving domestic automakers an advantage.","simplifiedExplanation":"A tariff is a tax on imported products. If a foreign car costs more to import, local cars become relatively cheaper and more attractive to buyers."}},{"startTime":331.2,"endTime":337.4,"type":"concept","title":"power rested on scale","url":"/glossary/power-rested-on-scale","quote":"But over in America, power rested on scale. Long production runs were optimized, and vehicles were planned in advance.","canonicalId":"concept:power-rested-on-scale","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"“Power rested on scale” means larger manufacturers could produce more cars at lower average cost. The episode contrasts this with Japan’s smaller, resource-limited automakers and how that affected strategy.","simplifiedExplanation":"“Scale” means making a lot of cars. Big companies can often make each car cheaper when they produce in huge numbers."}},{"startTime":337.4,"endTime":343.6,"type":"concept","title":"platform","url":"/glossary/platform","quote":"A platform approved in 1968 might not reach showrooms until the mid 70s. And once it did, its fundamental architecture was expected to last most of the decade.","canonicalId":"concept:platform","priority":0.5,"confidence":0.9,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A platform is the shared underlying architecture (like chassis and major components) used across multiple models. The transcript notes that a platform approved in one year might take years to reach the market, and its core design could be expected to last for a long time.","simplifiedExplanation":"A platform is the main “base” design a car is built on. Automakers reuse it so they can build different models without starting from scratch every time."}},{"startTime":410.0,"endTime":425.1,"type":"concept","title":"Kaizen","url":"/glossary/kaizen","quote":"Remember, we talked about Kaizen a couple episodes ago, how everybody in the assembly line in the factory could go to their boss, make suggestions for improvements, and just make those little incremental changes that over time add up to a lot.","canonicalId":"concept:kaizen","priority":0.5,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Kaizen is a Japanese approach to continuous improvement where small, incremental changes are made regularly. In manufacturing, it encourages workers across the line to suggest improvements that add up over time.","simplifiedExplanation":"Kaizen means “small improvements, all the time.” Instead of waiting for big overhauls, people keep tweaking things little by little so the whole process gets better."}},{"startTime":555.3,"endTime":561.9,"type":"concept","title":"yen soared against the dollar","url":"/glossary/yen-soared-against-the-dollar","quote":"[555.3s] unpredictably. As a side effect, the yen soared against the dollar. And just like that, Japanese exports, specifically Japanese cars, were a whole lot more expensive.","canonicalId":"concept:yen-soared-against-the-dollar","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"When the yen strengthens versus the dollar, Japanese exports become more expensive for US buyers. That exchange-rate shift directly impacts car pricing even if the cars themselves haven’t changed.","simplifiedExplanation":"If the yen gets stronger compared to the dollar, US customers have to pay more for Japanese products. So the price of cars can rise even if nothing mechanical changes."}},{"startTime":720.8,"endTime":830.9,"type":"brand","title":"Honda","url":"/glossary/honda","quote":"For Honda, their urgency was doubled... But Soichiro Honda saw emissions controls as an engineering problem and not a regulatory one.","canonicalId":"brand:honda","priority":0.5,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Honda is central to the episode’s theme: the company’s approach to emissions was framed as more of an engineering challenge than a regulatory workaround. The transcript contrasts Honda’s thinking with the industry’s reliance on catalytic converters.","simplifiedExplanation":"Honda is the focus here because the episode says they didn’t just try to meet emissions rules with a simple exhaust fix. They viewed it as something to solve through engineering."}},{"startTime":727.4,"endTime":736.1,"type":"concept","title":"1970 Clean Air Act","url":"/glossary/1970-clean-air-act","quote":"The oil crisis had arrived on top of another deadline that was far less negotiable, the 1970 Clean Air Act. This US law set aggressive emission standards scheduled to take effect in 1975.","canonicalId":"concept:1970-clean-air-act","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"The 1970 Clean Air Act is a landmark U.S. environmental law that set strict air-pollution rules. In this context, it created a hard regulatory deadline for automakers to meet emission standards by 1975.","simplifiedExplanation":"The Clean Air Act is a U.S. law meant to reduce air pollution. For car makers, it forced them to meet tougher pollution limits by a specific year."}},{"startTime":763.6,"endTime":776.7,"type":"part","title":"catalytic converters","url":"/glossary/catalytic-converter","quote":"The American manufacturers had already made their decision, which was catalytic converters. A chemical fix bolted onto engines that would otherwise have stayed exactly the same.","canonicalId":"part:catalytic-converters","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Catalytic converters are exhaust devices that use chemical catalysts to convert harmful exhaust gases into less harmful ones. In the transcript, U.S. automakers relied on them as a “chemical fix” rather than redesigning combustion from the ground up.","simplifiedExplanation":"A catalytic converter is a part in the exhaust that helps clean up the gases coming out of the engine. It’s like a filter that turns bad exhaust into less harmful exhaust."}},{"startTime":823.6,"endTime":830.9,"type":"concept","title":"engineering problem vs regulatory one","quote":"But Soichiro Honda saw emissions controls as an engineering problem and not a regulatory one. To him, cleaning exhaust after combustion meant admitting that combustion had already failed.","canonicalId":"concept:engineering-problem-vs-regulatory-one","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"This contrast describes two mindsets: treating emissions as something to meet through hardware compliance (regulatory) versus treating it as a technical challenge to solve at the root (engineering). The transcript frames Soichiro Honda’s view as rejecting the idea that a chemical filter is the real solution.","simplifiedExplanation":"The episode is saying Honda saw emissions as a technical challenge, not just a paperwork/rules challenge. In other words, they wanted to fix the cause, not just add a device to clean up the result."}},{"startTime":850.6,"endTime":1004.24,"type":"term","title":"CVCC","url":"/glossary/cvcc","quote":"Honda bet its future on an engineering gamble. A gamble called CVCC. Instead of treating exhaust after the fact, it rethought how fuel burned in the first place.","canonicalId":"term:cvcc","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"CVCC stands for Honda’s “Compound Vortex Controlled Combustion,” an engine design that improves how the air-fuel mixture burns. Instead of relying on after-treatment, it uses a pre-chamber to ignite a small, rich mixture that helps the main chamber burn more cleanly.","simplifiedExplanation":"CVCC is a Honda engine trick for burning fuel more cleanly. It uses a small “starter” area inside the engine to help the main combustion happen in a cleaner way."}},{"startTime":1323.5,"endTime":1329.78,"type":"concept","title":"track car","url":"/glossary/track-car","quote":"I'm a big Civic guy now. I've got an EF hatch in 1988, 1988, that I've turned into a track car,","canonicalId":"concept:track-car","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A “track car” is a vehicle set up primarily for circuit driving, often with changes that improve grip, braking, cooling, and driver control compared to a street setup. The speaker says they turned their EF hatch into a track car, implying performance-focused modifications and usage.","simplifiedExplanation":"A track car is a car that’s prepared mainly for driving on a race track. It usually gets setup changes so it handles better and stays reliable under harder driving."}},{"startTime":1340.9,"endTime":1373.1,"type":"brand","title":"Toyota","url":"/glossary/toyota","quote":"The gas crisis ended up being good to Toyota for many of the same reasons it was good for Honda. But instead of a new and miraculous technology, Toyota thrived through the difficult work of refinement, repetition, and process.","canonicalId":"brand:toyota","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Toyota is a Japanese automaker that became especially influential during the gas crisis by improving efficiency through process rather than a single new technology. The segment frames Toyota’s response as a repeatable system that other companies could learn from.","simplifiedExplanation":"Toyota is a Japanese car company. Here, the speaker explains that Toyota got better during the gas crisis by improving how they build cars, not just by inventing one magic new thing."}},{"startTime":1385.0,"endTime":1392.0,"type":"concept","title":"eliminating waste","url":"/glossary/eliminating-waste","quote":"Every person on the floor, from senior engineer to the newest hire, was responsible for finding waste and eliminating it. Not in big dramatic overhauls, but in small, relentless, daily improvements.","canonicalId":"concept:eliminating-waste","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"In lean manufacturing, “waste” includes anything that doesn’t add value—like excess inventory, unnecessary steps, or inefficient procedures. The segment uses it to explain how Toyota’s culture targeted inefficiencies at every level.","simplifiedExplanation":"Eliminating waste means cutting out anything that doesn’t help the final product. In a factory, that could be extra parts sitting around or steps that don’t really add value."}},{"startTime":1495.2,"endTime":1501.4,"type":"term","title":"gearing","url":"/glossary/gearing","quote":"to its gearing and weight that quietly pushed fuel economy upward without sacrificing durability. The Corolla and Celica followed a similar logic, each proving in their own way that efficiency","canonicalId":"term:gearing","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Gearing refers to how the transmission ratios are set to match engine speed to driving conditions. Changing gearing can improve fuel economy by keeping the engine in a more efficient RPM range more often.","simplifiedExplanation":"Gearing is basically the “gear ratios” that decide how fast the engine spins for a given road speed. Better gearing can help the engine run more efficiently and burn less fuel."}},{"startTime":1606.4,"endTime":1611.4,"type":"part","title":"coilovers","url":"/glossary/coilovers","quote":"I mean, even now the 240Z still great looking car, tastefully lowered on some coilovers with some like 14 or 15 inch wheels with a nice meaty tire on there.","canonicalId":"part:coilovers","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Coilovers are adjustable suspension components that combine a coil spring and shock absorber into one unit. They’re commonly used to lower a car and tune ride/handling, which is why the host mentions them on the 240Z.","simplifiedExplanation":"Coilovers are suspension parts that let you change how high or low the car sits. They can also help the car handle better by controlling how the wheels move."}},{"startTime":1671.7,"endTime":1671.7,"type":"brand","title":"Toyo Kogyo","url":"/glossary/toyo-kogyo","quote":"While Nissan was reshaping expectations on the road, Toyo Kogyo, later known as Mazda,\n[1678.2s]  was doing something stranger and more desperate at the track.","canonicalId":"brand:toyo-kogyo","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Toyo Kogyo is the original company name that later became Mazda. The episode credits Toyo Kogyo/Mazda with developing the rotary engine and racing it to prove the concept.","simplifiedExplanation":"Toyo Kogyo is the old name for Mazda. The episode is talking about how Mazda worked hard to make its unusual rotary engine work and then prove it on the track."}},{"startTime":1683.7,"endTime":1695.9,"type":"term","title":"rotary engine","url":"/glossary/rotary-engine","quote":"that Toyo Kogyo had spent years and enormous resources cracking the rotary engine, a spinning\n[1689.8s]  triangle that replaced conventional pistons and promised high power from a tiny package.","canonicalId":"term:rotary-engine","priority":0.9,"confidence":0.95,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A rotary engine (Wankel) replaces the usual piston-and-cylinder layout with a rotor that spins in an eccentric housing. It can rev very freely and sustain high RPM, which is why it was attractive for endurance racing despite fuel-efficiency drawbacks.","simplifiedExplanation":"A rotary engine is a different kind of engine than the normal piston type. It can spin very fast and keep spinning, which helps in racing, but it tends to use more fuel."}},{"startTime":1731.7,"endTime":1738.1,"type":"term","title":"Fuji Speedway","url":"/glossary/fuji-speedway","quote":"Cars like the R100 and RX2 were sent to run flat out for hours at circuits like Fuji Speedway,\n[1738.1s]  where piston engines were nursing heat soak and mechanical fatigue.","canonicalId":"term:fuji-speedway","priority":0.5,"confidence":0.9,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Fuji Speedway is a major Japanese racing circuit, referenced here as the venue where rotary cars could run flat out for hours. The track context matters because long stints expose weaknesses like heat buildup and mechanical wear in piston engines.","simplifiedExplanation":"Fuji Speedway is a famous race track in Japan. The episode uses it to explain why long races can stress engines, and why the rotary’s endurance mattered there."}},{"startTime":1744.1,"endTime":1751.8,"type":"term","title":"fuel stops","url":"/glossary/fuel-stops","quote":"The strategy accepted\n[1744.1s]  more frequent fuel stops in exchange for fewer failures and it worked.","canonicalId":"term:fuel-stops","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Fuel stops are the planned interruptions to refuel during a race. The segment explains that rotary cars accepted more frequent fuel stops (because they weren’t efficient) to gain reliability and fewer failures over long stints.","simplifiedExplanation":"Fuel stops are when the race car has to pull in to add more gas. The host says the rotary cars used more fuel, so they stopped more often, but they were less likely to break."}},{"startTime":1759.4,"endTime":1766.4,"type":"term","title":"1-2-3 finish","url":"/glossary/1-2-3-finish","quote":"it took the historic\n[1759.4s]  1-2-3 finish at the Fuji Touring Car Grand Prix in May of 1972","canonicalId":"term:1-2-3-finish","priority":0.5,"confidence":0.9,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A 1-2-3 finish means the same team/manufacturer placed first, second, and third in the race. The episode calls it “historic” to emphasize how dominant the RX3 was at Fuji.","simplifiedExplanation":"A 1-2-3 finish means three cars from the same group took the top three spots. The host is using it to show how strong the RX3 was."}},{"startTime":1808.4,"endTime":1815.6,"type":"term","title":"Overfender","url":"/glossary/overfender","quote":"It looks like a Le Mans, like Pontiac Le Mans as we would call it over here. Again, another\n[1808.4s]  Overfender car for sure. All these 70s Japanese cars look great","canonicalId":"term:overfender","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"An overfender is a bodywork extension over the wheel arch, often used to fit wider tires or give a more aggressive racing look. The host calls the RX3 an “Overfender car,” tying the styling to the 1970s Japanese track culture and modification-friendly design.","simplifiedExplanation":"An overfender is extra bodywork that covers the wheel area. It’s often used to fit wider tires and it also gives cars that classic race-car look."}},{"startTime":1941.9,"endTime":1950.0,"type":"concept","title":"black market for custom parts","url":"/glossary/black-market-for-custom-parts","quote":"Suddenly, a black market for custom parts run by experts in the dark art of speed started to appear. In Osaka, rotary owners quietly passed around the name of a young mechanic...","canonicalId":"concept:black-market-for-custom-parts","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"The episode describes a “black market” where enthusiasts sourced custom performance parts outside normal retail channels. In JDM culture, this often meant hard-to-find upgrades and specialized fabrication that weren’t widely available through dealerships.","simplifiedExplanation":"Back then, some performance parts weren’t easy to buy normally. So people found them through unofficial channels, often from shops and builders who knew how to make cars faster."}},{"startTime":2049.6,"endTime":2055.6,"type":"concept","title":"forced induction","url":"/glossary/forced-induction","quote":"the very beginning of Japan's aftermarket performance industry. The problems these anonymous mechanics were solving, the heat management, fueling, forced induction were the same problems that companies like HKS would later build entire product lines around.","canonicalId":"concept:forced-induction","priority":0.5,"confidence":0.86,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Forced induction is any method of increasing the amount of air entering an engine above atmospheric pressure—most commonly via turbochargers or superchargers. It’s central to making more power without simply enlarging the engine, but it raises demands on fueling, cooling, and engine strength.","simplifiedExplanation":"Forced induction means the engine gets “extra” air pushed into it. More air usually means more power, but it also requires the engine to be managed and cooled properly."}},{"startTime":2052.0,"endTime":2055.6,"type":"term","title":"fueling","url":"/glossary/fueling","quote":"The problems these anonymous mechanics were solving, the heat management, fueling, forced induction were the same problems that companies like HKS would later build entire product lines around.","canonicalId":"term:fueling","priority":0.5,"confidence":0.84,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Fueling refers to how much fuel is delivered and when—usually controlled by carburetion or, in modern setups, fuel injection and engine management. In turbo builds, fueling must be matched to boost and air flow to maintain safe combustion and avoid knock.","simplifiedExplanation":"Fueling is how the engine gets the right amount of gas at the right time. With turbo setups, fueling has to be tuned carefully so the engine runs safely and makes power reliably."}},{"startTime":2288.6,"endTime":2290.6,"type":"concept","title":"momentum","url":"/glossary/momentum","quote":"Riders came back because the roads demanded precision. Power didn't matter much when momentum was everything. Cars naturally followed.","canonicalId":"concept:momentum","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Momentum is the vehicle’s motion and how it carries through corners. On tight mountain roads, maintaining momentum by avoiding big slowdowns can be faster than repeatedly accelerating hard from near-stops.","simplifiedExplanation":"Momentum is the car’s “rolling speed” through a corner. If you keep the car moving smoothly, you can carry speed through the turn instead of losing it and having to catch up."}},{"startTime":2300.6,"endTime":2303.4,"type":"term","title":"narrow tires","url":"/glossary/narrow-tires","quote":"A KE-25 Corolla on narrow tires. A bluebird light enough in the rear to step sideways if you ask too much of it.","canonicalId":"term:narrow-tires","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Narrow tires have a smaller contact patch than wider tires, which changes how the car grips and how it responds to steering and throttle. On mountain roads, narrow tires can make the car feel more “alive” and less forgiving when pushed, encouraging smoother inputs.","simplifiedExplanation":"Narrow tires are slimmer than typical modern tires. They can make the car feel less stable when you push it hard, but they also can make it easier to control if you’re smooth."}},{"startTime":2596.8,"endTime":2609.1,"type":"concept","title":"catch-all label","url":"/glossary/catch-all-label","quote":"The problem for these early car customizers was that the police started using Bosozoku as a catch-all label. Suddenly anything involving teenagers, engines, and darkness got grouped together.","canonicalId":"concept:catch-all-label","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A “catch-all label” is a broad term authorities use to lump many different behaviors or groups under one category. Here, police used Bosozoku as a catch-all for teenagers with loud engines, which led to enforcement that wasn’t always tied to the specific modification or behavior.","simplifiedExplanation":"A catch-all label means one label gets used for lots of different situations. In this case, police treated any loud young driver like they were part of the same group."}},{"startTime":2729.0,"endTime":2736.0,"type":"concept","title":"backyard fix","url":"/glossary/backyard-fix","quote":"A backyard fix that proved reliable through repeated night runs was genuinely useful information.","canonicalId":"concept:backyard-fix","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"A “backyard fix” is an improvised, DIY modification or solution developed outside a formal engineering setting. The key idea in the segment is that these fixes were proven reliable through repeated real-world driving (night runs), making them credible inputs for later factory work.","simplifiedExplanation":"A “backyard fix” is a DIY solution someone figures out at home. The important part is that it wasn’t just a theory—it worked repeatedly during real driving."}},{"startTime":2745.0,"endTime":2750.0,"type":"concept","title":"next model year","url":"/glossary/next-model-year","quote":"The idea would get noted, tested and sometimes absorbed into the next model year.","canonicalId":"concept:next-model-year","priority":0.5,"confidence":0.85,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"“Next model year” highlights the feedback loop between street experimentation and production changes. The segment suggests that factory teams would note what worked, test it, and then incorporate learnings into upcoming cars.","simplifiedExplanation":"“Next model year” means the changes could show up in the following production cars. The idea is that what worked on the street could influence what the factory builds next."}},{"startTime":2939.0,"endTime":2943.3,"type":"company","title":"Demeter Designs","url":"/glossary/demeter-designs","quote":"I also want to give a big shout out to Demeter Designs for doing our visualizer that you might be seeing on your screen if you're watching this on YouTube.","canonicalId":"company:demeter-designs","priority":0.5,"confidence":0.9,"source":"hybrid-fuzzy+gpt-5.4-nano","data":{"explanation":"Demeter Designs is credited as the company producing the episode’s visualizer shown on screen for YouTube viewers. While not an automotive performance component, it’s part of how the show presents technical or historical context visually.","simplifiedExplanation":"Demeter Designs is the team behind the visuals/graphics you might see while watching the episode. It’s not a car part—it’s just the production company making the on-screen visuals."}}],"speakers":[{"id":"s1","name":"Donut Media","role":"host"}],"transcripts":[{"url":"http://getcarcurious.com/episodes/s2-ep3-the-golden-era-of-jdm-honda-hacked-the-gas-crisis/transcript.vtt","type":"text/vtt"}]}