AD #4336 - Ford Reimagines 1964 Concept Using AI; Rising Costs Drag Down Chinese Automakers; Range Rover Sport Electric Coming Soon
About this episode
Rising commodity and chip costs are squeezing automakers, while AI is moving from novelty to real customer tools—BMW is using chat GPT to let shoppers configure cars from their devices, and Ford is using Genai to revive its 1964 Aurora concept. Stellantis is also reviving supplier cost-sharing through SUPER. On the EV front, Volkswagen’s ID Polo pairs pricing with LFP vs NMC battery options, and Land Rover’s Range Rover Sport EV is reported with an 800-volt platform, an 118 kWh pack, and about 330 miles EPA range.
chip shortage
"Unlike other global automakers, Chinese companies are also dealing with the chip shortage caused by growing demand from data centers, which is leading to higher chip prices."
Cars need computer chips for lots of functions. When there aren’t enough chips available, it can make cars cost more and be harder to build.
A chip shortage means there aren’t enough semiconductors available to build the electronics inside cars. Because modern vehicles rely on many computer chips for engine management, infotainment, and driver-assistance features, shortages can raise costs and delay production.
generative AI
"Did you know that yesterday was National AI Day? [60.4s] We didn't, but generative AI sure is showing up in all parts of the auto industry."
Generative AI is a type of computer program that can create new responses or content, not just follow fixed commands. In cars, it can power smarter voice conversations and help you set up options.
Generative AI is software that can create new content—like text, images, or conversational responses—based on patterns learned from data. In cars, it’s being used for things like more natural voice assistants and AI tools that help customers configure vehicles.
electroluminescent inserts
"The Aurora had twelve headlamps for great nighttime visibility. It had electroluminescent inserts on the body side to highlight the trim."
These are small light-emitting pieces built into the car’s body. When powered, they glow to make the trim stand out, especially at night.
Electroluminescent inserts are thin panels or elements that glow when electricity is applied. In the Aurora concept, they were used on the body side to visually highlight trim and improve nighttime presence.
yoke
"Instead of a steering wheel, it had a yoke half a century before Tesla thought of using one."
A yoke is a different steering shape than a round steering wheel—more like a U-shaped handle. It changes how you grip and steer the car.
A yoke is a steering-control shape where the driver’s hand position is supported by a U-shaped or split structure rather than a full circular steering wheel. The Aurora concept used a yoke decades before it became a more common discussion point in modern design.
electrochromatic technology
"The glass canopy used electrochromatic technology to block out hot sunshine."
Electrochromatic glass can darken or change its tint when you apply electricity. That helps block bright heat and sunlight without you needing to add a separate shade.
Electrochromatic technology is a smart-glass approach that changes tint or transparency when an electrical voltage is applied. In the Aurora concept, it was used in the glass canopy to block hot sunshine, improving comfort without manual shading.
LFP battery pack
"The more affordable version starts at just under twenty five thousand euros and features a thirty seven kilowad hour LFP battery pack, which provides three hundred and thirty four kilometers..."
An LFP battery is a type of lithium battery chemistry. It’s generally valued for being stable and lasting a long time, and it helps determine the car’s driving range.
An LFP battery pack uses lithium iron phosphate chemistry, which is known for strong thermal stability and long cycle life. In the segment, the entry-level Volkswagen ID Polo is described as using an LFP pack to deliver a stated range figure.
NMC pack
"VW also offers a larger fifty two kilowad hour NMC pack, which starts at just under thirty four thousand euros."
An NMC battery is another type of lithium battery chemistry. It’s commonly used to help achieve more energy in the battery, which can influence how far the car can go on a charge.
An NMC pack uses lithium nickel manganese cobalt battery chemistry. Compared with LFP, NMC is often used when manufacturers want higher energy density, which can affect range and packaging—here described as the larger battery option for the Volkswagen model.
Supplier Cost Reduction effort
"Back in the nineteen nineties, Chrysler had a supplier purchasing program it called SCORE, which stood for Supplier Cost Reduction effort. It encouraged suppliers to come up with cost savings ideas and Chrysler split the savings fifty to fifty with them."
It was a Chrysler program that encouraged its parts suppliers to find ways to cut costs. If the suppliers found savings, Chrysler shared that benefit with them.
This refers to Chrysler’s program to push suppliers to generate cost-saving ideas. The company then shared the savings with suppliers, aiming to reduce parts and sourcing costs while keeping suppliers engaged.
Supplier Product Enhancement Reward
"Automotive News reports that Stillantis has a new program called the Supplier Product Enhancement Reward or SUPER for short, and it's revived the idea of splitting cost savings ideas fifty to fifty."
SUPER is a program that rewards suppliers for making better products or improvements. The goal here is to get suppliers more cooperative by sharing the benefits of cost-saving ideas.
SUPER is a supplier incentive program described as rewarding suppliers for product improvements. In this context, it’s meant to revive a “share the savings” approach to supplier cost ideas and improve supplier relationships.
hypercar program
"it just hit a major development milestone since first announcing it would enter the twenty twenty seven WEC hypercar program."
WEC hypercar is the top racing class in endurance racing. It’s a set of rules that affects how manufacturers build their fastest race cars for long events.
The WEC hypercar program refers to the top class rules in the World Endurance Championship for purpose-built “hypercar” race cars. These rules shape how manufacturers design the powertrain, aerodynamics, and hybrid components for endurance racing.
coyote V eight
"That power plan is based on the Coyote V eight that you can get in a Mustang, but it's bored out to five point four leaders and heavily modified in house by Ford and Michigan."
The Coyote V8 is Ford’s V8 engine used in some Mustangs. They’re using it as the starting point for a race version, then changing it heavily for the hypercar.
The “Coyote V8” is Ford’s modern V8 engine family used in performance Mustangs. Here, the podcast says the hypercar’s power plan is based on that engine, but bored out and heavily modified for racing use.
hybrid system
"It's also paired with a hybrid system which was all installed to the chassis that's being co developed with Areca."
A hybrid system means the car uses more than just gasoline power. It combines the engine with an electric part to help the car accelerate and manage energy.
A hybrid system combines an internal-combustion engine with an additional energy source (typically an electric motor and battery) to improve performance and efficiency. In racing hypercar contexts, hybrids are often used to add power and manage energy during different driving phases.
Ford Mustang
"...based on the Coyote V eight that you can get in a Mustang, but it's bored out to five point four leaders an..."
The Ford Mustang is a sporty car made by Ford, and it can come with a strong V8 engine. The “Coyote” V8 mentioned in the podcast is an engine that can be changed to make more power. People talk about it a lot because it’s popular for performance upgrades.
The Ford Mustang is a performance-focused American sports coupe/convertible known for its powerful V8 engine options. In the context you shared, the discussion centers on the “Coyote” V8 being modified (bored out) to increase displacement, which is a common way to boost power for enthusiasts. It’s often mentioned in podcasts because it’s a major benchmark for muscle-car performance and aftermarket tuning culture.
EV segment
"He said it's backing out of the EV segment for now, but are not giving up on it. Here's what he had to say."
The EV segment just means the market for fully electric cars. The speaker is saying they don’t think EVs will grow to dominate right away, but they still plan to compete in the future.
The EV segment is the market category for battery-electric vehicles. The executive’s comments frame it as a growth area that they don’t expect to reach high adoption quickly, but they still plan to stay competitive there later.
Honda Prologue
"...a coverage today that Honda is getting rid of the Prologue EV. As you know, we get some of the top executive..."
The Honda Prologue is an all-electric SUV made by Honda. The podcast is saying Honda plans to stop selling it, which can affect whether you can find new ones and how long support will be available. If you’re considering one, it’s important to check warranty and service coverage for the model year you buy.
The Honda Prologue is Honda’s electric SUV, designed to bring a battery-electric option into Honda’s lineup. The podcast context says Honda is getting rid of the Prologue EV, which is notable because it affects availability, support planning, and what buyers can expect for future inventory. It’s often discussed in automotive news because it represents Honda’s EV strategy and how that strategy can change over time.
interior door trim
"Lexus is making a big deal about the inserts it's using on the interior door trim. They look like bamboo and feel like bamboo..."
Interior door trim is the inside panel on the door—where you see the materials and decorative pieces. This segment is talking about special inserts used there.
Interior door trim is the paneling and decorative surfaces on the inside of a car door. Here it’s specifically about the inserts used on that trim and how they’re designed to resemble bamboo in both look and feel.
backlighting
"Lexus designers wanted to backlight the inserts at night, but they couldn't do that with natural bamboo..."
Backlighting is when light is put behind a panel so it looks like it’s glowing. Designers use it to make interior pieces look lit up at night.
Backlighting means placing light sources behind a material so the material glows from the inside. In interior trim, it’s often used to make inserts look illuminated at night while still keeping the front surface looking like a natural or textured material.
three layer process
"at night, but they couldn't do that with natural bamboo, so they turned to a three D layering process that allows for backlighting yet makes it look like bamboo."
It’s a way of making parts with a 3D printer by building them layer by layer. That layering helps the part look like bamboo, even though it’s actually printed plastic.
This refers to a 3D-printing method where material is built up in thin layers. The layering is what lets designers create shapes that can still include features like backlighting while keeping the surface looking like another material (in this case, bamboo).
mass manufacturer
"we think these might be the largest three D printed pieces used by a mass manufacturer before the end of the year"
A mass manufacturer is an automaker producing vehicles at high volume rather than in small, boutique runs. The comment suggests the 3D-printed parts are large enough to be practical at scale, not just a one-off prototype.
range Rover Sport EV
"the range Rover Sport lineup will expand to include an all electric version... the range Rover Sport EV is reported to be based on the same eight hundred volt platform as the larger range Rover EV... The Sport EV will come in outputs of roughly four hundred and forty and five hundred and forty horse power, and will feature a one hundred and eighteen kilowat hour battery pack..."
This is the electric version of the Range Rover Sport. The big deal is that it uses a modern high-voltage EV setup (an 800-volt system), which is meant to help with charging and power delivery.
The Range Rover Sport EV is a battery-electric version of Land Rover’s Range Rover Sport line, positioned as an addition to the model’s existing gas, diesel, and plug-in hybrid options. The segment highlights its high-voltage architecture (an 800-volt platform), which is typically used to support faster charging and efficient power delivery in modern EVs.
Land Rover Range Rover
"...mass manufacturer before the end of the year, the range Rover Sport lineup will expand to include an all electr..."
The Range Rover is a luxury SUV made by Land Rover. The podcast is talking about the lineup adding an all-electric version, which means it would be powered by a battery instead of a traditional engine. That matters because electric cars can have different maintenance needs than gas cars.
The Land Rover Range Rover is a luxury SUV line known for high-end comfort and advanced features, with the “Sport” variant being a more performance-leaning member of the family. The podcast context suggests the lineup is expanding toward an all-electric version, which is significant because it changes how the vehicle is powered and maintained. It’s discussed because electrification is a major shift for large luxury SUVs.
plug in hybrid setup
"joining a powertrain lineup that already includes both gas and diesel six cylinders, a gas V eight, and a plug in hybrid setup."
A plug-in hybrid has both a gas engine and an electric motor. You can charge it from a plug, and it can run on electricity for shorter trips.
A plug-in hybrid (PHEV) setup combines an internal-combustion engine with an electric motor and a battery that can be charged from an external power source. It lets drivers use electricity for shorter trips, while the engine handles longer-distance driving when the battery is depleted.
bespoke eight hundred volt platform
"the range Rover Sport EV is reported to be based on the same eight hundred volt platform as the larger range Rover EV"
An 800-volt EV is designed to move more power with less current. That can make charging faster and the electronics more efficient.
An 800-volt platform is an EV electrical architecture that uses higher voltage than the more common ~400-volt systems. Higher voltage can reduce current for the same power, which helps enable faster charging and can improve efficiency in power electronics and motors.
EPA test
"an estimated three hundred and thirty miles of range on the EPA test."
The EPA test is a standardized lab test the U.S. uses to estimate how far an EV can go on a charge. Your real range may be different, but it’s useful for comparing cars.
The EPA test refers to the U.S. Environmental Protection Agency’s standardized testing procedure used to estimate an EV’s range. It’s a consistent way to compare range claims across different vehicles, even though real-world results can vary with driving style, weather, and speed.
kilowatt hour battery pack
"will feature a one hundred and eighteen kilowat hour battery pack that will return an estimated three hundred and thirty miles of range"
A kWh battery pack is basically the battery’s storage size. Bigger usually means more potential range, but driving conditions still matter.
A kilowatt-hour (kWh) battery pack is the battery’s energy capacity—how much electrical energy it can store. Larger kWh generally means more potential range, though actual range also depends on vehicle efficiency and how the car is driven.
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