AD #4282 - Honda Stops Selling Cars in Korea; EVs Drive Growth in Europe; Tiny Smart Car Makes a Comeback
About this episode
Europe’s March sales surged to 1.58 million (+11%), led by EVs (+42%) and hybrids (+15%) while gas (-10%) and diesels (-14%) slid. BYD jumped 155%, but Tesla’s Q1 brought a cash-flow surprise: $1.4B positive, despite mixed revenue/profit trends and softer vehicle deliveries. Honda’s troubles continue—closing its Sony EV tie-up, cutting parts of its EV plan, and now stopping car sales in South Korea by year-end (motorcycles remain). The US sees continued EV charging growth and rising rental demand. Smart’s Number Two concept targets ~186 miles range and faster charging, and BMW previews a refreshed 7 Series with upgraded iDrive and electrified powertrains.
EVs drive growth in Europe
"Sales of evs shot up forty two percent in Europe, pfscore up thirty two percent, and hybrids were up fifteen percent. Sales of gas cars fell ten percent and diesels were down fourteen percent."
They’re saying electric cars are selling much better in Europe than other types. When EV sales rise like this, it often means more people want them and the market is moving away from gas and diesel.
The segment is highlighting how battery-electric vehicles (EVs) are growing faster than other powertrains in Europe. That kind of shift usually reflects a mix of consumer demand, incentives, and charging infrastructure improvements, while also changing how automakers allocate production and marketing.
hybrids
"Sales of evs shot up forty two percent in Europe, pfscore up thirty two percent, and hybrids were up fifteen percent. Sales of gas cars fell ten percent and diesels were down fourteen percent."
A hybrid uses both gas and electricity. It’s a middle ground: better fuel economy than a normal gas car, but not as dependent on charging as a fully electric car.
Hybrids combine an internal-combustion engine with an electric motor and battery. In Europe, hybrid growth often comes from buyers who want better efficiency than pure gas cars while avoiding some of the range/charging concerns of full EVs.
diesels
"Sales of gas cars fell ten percent and diesels were down fourteen percent. Byd gained the most of any automaker, up one hundred and fifty five percent."
Diesel passenger-car sales have been declining in many markets due to emissions regulations, higher compliance costs, and changing consumer preferences. The episode’s numbers reflect that broader trend in Europe.
BYD
"Byd gained the most of any automaker, up one hundred and fifty five percent. Even so, Tesla, which was up more than one hundred percent outsold byd"
BYD is a major automaker that’s been growing quickly. The episode is pointing out that it’s doing especially well compared to other brands.
BYD is highlighted as the automaker with the biggest growth in the segment’s Europe/overall sales discussion. BYD is especially known for EV and battery technology, so its growth often tracks broader shifts toward electrification.
Tesla
"Speaking of Tesla, it posted its Q one numbers and investors got an upside surprise. Analysts were sure that Tesla would report negative cash flow."
They’re talking about Tesla’s quarterly business results. Things like cash flow and profit help investors understand whether the company is doing well financially, even if sales are up or down.
Tesla is discussed in the context of quarterly results and vehicle sales trends. The episode references Tesla’s Q1 numbers, cash flow, revenue, and net profit—key metrics investors use to judge both near-term performance and the company’s ability to fund future vehicle and battery programs.
BMW
"Even so, Tesla, which was up more than one hundred percent outsold byd BMW also posted big gains, up twenty percent, largely thanks to a twenty seven percent increase at Mini."
BMW is mentioned because its overall sales improved. The episode says Mini did especially well, helping BMW’s results.
BMW is referenced as posting big gains, largely tied to stronger performance at Mini. This is a reminder that large automakers often have multiple brands, and the group’s results can be driven by one segment outperforming.
Q one numbers
"Speaking of Tesla, it posted its Q one numbers and investors got an upside surprise. Analysts were sure that Tesla would report negative cash flow."
“Q1” means the first three months of the year. The “numbers” are the company’s reported results for that time, like sales and profit.
“Q1” refers to the first quarter of the year, and “Q1 numbers” are the financial results reported for that period. In auto and EV markets, quarterly reporting often moves stock prices because it signals demand trends and production efficiency.
Mini
"Even so, Tesla, which was up more than one hundred percent outsold byd BMW also posted big gains, up twenty percent, largely thanks to a twenty seven percent increase at Mini."
Mini is a brand under BMW. They’re saying Mini’s sales went up a lot, which helped BMW’s overall numbers.
Mini is mentioned as part of BMW’s results, with a reported increase in Mini sales. That matters because it shows how different brands within a larger group can drive overall performance.
cash flow
"Analysts were sure that Tesla would report negative cash flow. Instead, it reported one point four billion dollars of positive cash flow, up one hundred and seventeen percent compared to last year and up slightly from Q four."
Cash flow is basically the company’s real money situation—how much cash it has coming in versus going out. Investors watch it because it shows whether the business can keep operating and investing.
Cash flow measures how much money a company actually generates or uses over a period. Positive cash flow suggests Tesla is bringing in more cash than it’s spending, which can matter as much as accounting profit when funding operations and growth.
Honda
"Home to bite it. Hondai's operating profit of one point seven billion dollars was down thirty one percent and its net profit fell twenty four percent to one point seven billion. Hondai's stock was down one point six percent on the news... It closed down It's a FeelA program with Sony, It canceled part of its EV program with three cars that were just about to hit the market."
They’re saying Honda is struggling financially and is pulling back in different markets. They also mention Honda changing its EV plans, which could affect what cars you’ll see from them later.
Honda is discussed as retreating globally, including weaker operating and net profit and stock declines. The episode also ties this to product strategy changes—ending a program with Sony and canceling parts of its EV plans—showing how corporate decisions can reshape future model availability.
canceled part of its EV program
"Honda seems to be retreating all around the world. It closed down It's a FeelA program with Sony, It canceled part of its EV program with three cars that were just about to hit the market."
When a company cancels part of its electric-car plans, it usually means they’re changing what they were going to build. That can affect when (or if) certain EV models ever reach the market.
Canceling part of an EV program is a strategic move that can reflect shifting demand, cost pressures, regulatory uncertainty, or technical challenges. For buyers, it can mean fewer announced models, delayed launches, or a pivot to different powertrain strategies.
Sony
"Honda seems to be retreating all around the world. It closed down It's a FeelA program with Sony, It canceled part of its EV program with three cars that were just about to hit the market."
Sony is mentioned because it was working with Honda on a project. If that partnership ends, it can change how Honda builds or plans its electric cars.
Sony is mentioned as a partner in a Honda program that was closed down. Partnerships like this are often aimed at accelerating EV tech development (such as software, electronics, or battery-related know-how), and canceling them can slow or redirect a manufacturer’s EV roadmap.
DC fast charging plugs
"Nearly three thousand, four hundred new DC marging plugs were installed and six hundred and seventeen new stations opened... non Tesla charging networks are installing significantly more ccs than NAS connectors."
They’re talking about the fast-charging hardware for EVs—how many charging points are being installed. They also mention that most non-Tesla charging networks are using CCS connectors more than NACS.
The segment tracks growth in DC fast-charging infrastructure, including how many new DC charging plugs and stations are being added. They also compare connector types, noting non-Tesla networks installing more CCS than NACS.
CCS
"non Tesla charging networks are installing significantly more ccs than NAS connectors twenty one hundred versus six hundred, respectively."
CCS is the plug style many public EV fast chargers use. In this episode, they’re comparing how often CCS is being installed versus another plug type.
CCS (Combined Charging System) is a common EV fast-charging connector used by many charging networks. The hosts use it to compare connector adoption versus NACS among non-Tesla networks.
NACS
"non Tesla charging networks are installing significantly more ccs than NAS connectors twenty one hundred versus six hundred, respectively."
NACS is another EV charging plug type, most associated with Tesla. The hosts are comparing how many new chargers are being built with NACS versus CCS.
NACS is the charging connector associated with Tesla’s network, and the hosts compare it against CCS in terms of new installations. The point is about which connector standard is spreading through public infrastructure.
Smart Number two concept
"The tiny Little smart Car is making a comeback... revealed the Smart Number two concept at the Beijing Auto Show... it now rides on a new electric compact architecture... The Number two will go on sale... built in China and sold in both China and Europe."
The hosts cover the Smart #2 concept, revealed at the Beijing Auto Show, as the next step for Smart’s electric compact lineup. They note it will use a new electric compact architecture, target a much longer range than the prior model, and be produced in China for sale in China and Europe.
Mercedes and Gili
"The brand, which is now a joint venture between Mercedes and Gili, revealed the Smart Number two concept..."
The Smart brand is described as a joint venture between Mercedes-Benz and Geely (spelled as “Gili” in the transcript). This matters because it explains who’s backing the Smart platform and EV strategy.
electric compact architecture
"...it now rides on a new electric compact architecture that offers a number of upgrades."
This means the car is built on a platform designed for electric cars from the start. That can help it fit better tech and improve things like range and charging speed.
An “electric compact architecture” refers to a vehicle platform engineered specifically for electric drivetrains in a smaller car size class. The hosts frame it as enabling upgrades like better range and faster charging.
EPA range
"Four to two had an EPA range of only fifty eight miles, but the Number two will offer an estimated one hundred and eighty six miles... based on the easier WLTP test cycle."
EPA range is the official EV range estimate used in the U.S. It’s a standardized test number, so it can be compared across cars—but it may not match other countries’ test methods.
EPA range is the estimated electric range measured under U.S. EPA testing rules. The hosts contrast it with the Smart #2’s estimated range and note it may be based on a different test cycle (WLTP).
new class technology
"This is not based on BMW's new class platform, but it does get some new class technology."
BMW’s “New Class” is basically its plan for a new generation of car technology and platforms. The idea is that future BMWs will be built around this newer foundation.
“New Class” is BMW’s branding for its next-generation vehicle architecture and technology strategy. In this context, the hosts connect the refreshed BMW flagship design to that underlying platform direction.
BMW's new seven series
"Electrified, with forty eight volt tech on both gas and diesel engines, as well as plug in hybrids and full battery electric options. BMW's new cylindrical battery cells help boost range up to seven hundred and twenty kilometers..."
They’re talking about BMW’s next-generation 7 Series and how BMW is adding electricity to it. Instead of only using gas, the lineup includes mild-hybrid (48-volt), plug-in hybrids, and fully electric versions.
The hosts discuss BMW’s new 7 Series and how it’s being electrified across the lineup. They mention 48-volt technology for both gas and diesel engines, plus plug-in hybrid and full battery-electric variants.
forty eight volt tech
"Electrified, with forty eight volt tech on both gas and diesel engines, as well as plug in hybrids and full battery electric options."
This is a mild-hybrid setup that uses a 48-volt battery. It can help the car save fuel and feel a bit quicker, but it’s not the same as a plug-in hybrid or a full electric car.
“48-volt tech” refers to a mild-hybrid electrical system that runs on a 48V battery and supports functions like boosting, recuperation, and powering accessories more efficiently. It helps improve efficiency and responsiveness without requiring a large battery like a full hybrid or EV.
WLTP test cycle
"range up to seven hundred and twenty kilometers or nearly four hundred and fifty miles on the WLTP test cycle."
WLTP is a standardized testing method used to estimate how far a car can go. It’s useful for comparing cars, but your real range may be different in everyday driving.
WLTP is the Worldwide Harmonized Light Vehicles Test Procedure, a standardized method used in Europe to estimate fuel economy and electric range. Because it’s a test protocol, real-world range can differ based on driving style, weather, and speed.
remanufacturing
"It's a global recognition of the importance of remanufacturing. Just about everything in a car can be remanufactured."
Remanufacturing means rebuilding a worn-out car part so it works like a new one. Instead of throwing the old part away, it’s repaired and tested again.
Remanufacturing is the process of taking used components and rebuilding them to function like new—often with updated parts and strict testing. The segment highlights that many major automotive components (like engines, transmissions, and turbos) can be remanufactured.
electronic control units
"Some of the most popular include engines, transmissions, alternators, brake calipers, turbos, and electronic control units..."
ECUs are the car’s computer modules that control different systems. The hosts are saying even these computer units can sometimes be rebuilt and tested instead of replaced new.
Electronic Control Units (ECUs) are the computer modules that manage specific vehicle systems like engine management, transmission behavior, and safety functions. The segment notes that ECUs are among the components that can be remanufactured.
remanufactured parts typically cost twenty five to fifty percent less than new parts
"Remann products typically cost twenty five to fifty percent less than new parts, and they're also good for the environment."
They’re saying remanufactured parts often cost less than brand-new ones. That can lower repair bills while still getting a part that’s been rebuilt to work properly.
The hosts claim remanufactured components are usually priced below new parts, commonly in the 25–50% range. This can make repairs more affordable while still aiming to meet performance and durability targets through rebuilding and testing.
embedded energy
"That's because remanufacturing retains the embedded energy that went into making the part in the first place."
Embedded energy is the energy that was already used to make a part originally. If you rebuild and reuse that part, you avoid repeating all of that manufacturing energy again.
Embedded energy is the total energy used to create a product in the first place, including manufacturing and processing. The segment argues remanufacturing retains that “already spent” energy, which can reduce overall carbon footprint versus making a brand-new part.
Over the Air
"...Intrepid Control Systems Over the Air Engineering boost your game..."
Over the Air means the car can get software updates wirelessly. Instead of going to a shop, the update can be installed through the car’s connection.
“Over the Air” (OTA) refers to delivering software updates to a vehicle wirelessly, without visiting a dealership. OTA updates are commonly used to improve features, fix bugs, and sometimes update vehicle systems after purchase.
Bridgestone Solutions for Your Journey
"Auto Line Daily is brought to you by Bridgestone Solutions for Your Journey CSP the compil howus its solution partner Intrepid Control Systems..."
This part is a sponsor shout-out. Bridgestone is best known for tires, and they’re promoting their mobility-related services.
This is the episode’s sponsor mention for Bridgestone’s “Solutions for Your Journey.” Bridgestone is a major tire and mobility company, and sponsor reads often relate to services or products tied to vehicle ownership and travel.
Intrepid Control Systems
"...its solution partner Intrepid Control Systems Over the Air Engineering boost your game..."
Intrepid Control Systems is mentioned as a solution partner that provides network hardware and software for vehicle manufacturers. The context suggests support for modern connected-vehicle and in-vehicle computing needs.
Intrepid's neovi cloud platform
"Intrepid's neovi cloud platform provides real time [586.0s] data collection, instant cloud upload, intelligent detection, advance issue analysis, root cause identification, and remote update deployment."
“neovi” is Intrepid’s cloud service for cars. It gathers data from the vehicle, sends it to the cloud quickly, helps spot issues, and can support remote updates so problems can be fixed before cars go into production.
The “neovi cloud platform” is described as Intrepid’s system for real-time vehicle data collection and analysis. It includes instant cloud upload, intelligent detection, root-cause identification, and remote update deployment to support production readiness.
vehicle platforms cleared for production
"All of these [600.0s] steps ensure vehicles are cleared for production and ready for the road. Taking your fleet testing into the future of mobility, [607.9s] Intrepid control systems driven by your data."
“Cleared for production” means engineers finished testing and decided the car is ready to be built. They use data and analysis to find problems early and make sure the design works before it goes into the factory.
“Cleared for production” refers to the validation process where a vehicle platform passes testing requirements and is approved to move into manufacturing. The segment ties this to data collection, issue analysis, and remote updates—tools that help engineers prove the platform is ready and reliable.
CSP
"Speaker 5: At CSP, we work with OEM engineers across the country on their journeys. [618.9s] Speaker 6: To lighter, safer, and more eco friendly vehicles."
CSP is mentioned as an organization that helps automakers and engineers with their projects. The details in this clip are limited, but it sounds like they support efforts to make cars safer, lighter, and more environmentally friendly.
CSP is referenced as a group working with OEM engineers across the country, but the transcript doesn’t define what CSP stands for. The segment frames CSP’s role as supporting lighter, safer, and more eco-friendly vehicles, suggesting a collaboration or program rather than a specific car model.
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