TSLA shareholders wake up, Xpeng targets EU, VW goes cheaper, and more

The hosts discuss why “Robotics City” growth is happening in maps/coverage but not in the actual fleet performing rides. This is essentially an operational scaling question: coverage vs. real-world deployment.

“Supervised FSD” describes a mode of Tesla’s Full Self-Driving where the system assists driving but still expects a human to monitor and take over if needed. The hosts are treating it as a capability boundary—what Tesla can and can’t deliver reliably.

“FSD 3” refers to Tesla’s Full Self-Driving software version 3. In this context, the hosts are discussing what Tesla will do for owners who already paid for that specific software generation.

A “hardware upgrade” in this context means changing or updating the car’s onboard computer or related components to enable a newer level of Tesla driver-assistance software. The discussion is about whether owners will need upgrades to keep using the promised FSD features.

“Micro factories” refers to small, localized production or service facilities Tesla would use to perform upgrades or retrofits at scale. The hosts are skeptical that this approach will actually happen as described.

A trade-in is when you turn in your current vehicle to the dealer as part of the deal for a new car. The dealer then applies a quoted value to reduce the price of the new purchase.

Supervised self-driving is a driver-assistance mode where the car can handle certain driving tasks, but a human must monitor and be ready to take over. The speaker argues that a “light” version that doesn’t reach supervised self-driving isn’t a real solution.

“Hardware 3” (often written as HW3) is Tesla’s third-generation onboard computer platform used to run advanced driver-assistance and self-driving software. “Hardware three owners” means owners whose cars have that specific compute hardware.

A compensation plan is a structured set of pay and incentive terms tied to performance goals. Here, the speaker references a requirement to achieve at least half of the goals in Tesla’s 2025 compensation plan before considering an acquisition or merger offer.

An acquisition or merger is a corporate transaction where one company buys another (acquire) or combines with it (merge). The speaker frames it as something that should only be considered after meeting specified performance goals.

“Battery health” is a measure of how well an EV’s battery is performing compared to when it was new. In practice, studies often track how much usable energy remains after a certain mileage, which helps estimate long-term degradation.

“Model 3” is Tesla’s compact electric sedan, and it’s one of the most common EVs used in real-world battery studies. In this segment, it’s referenced as one of the EVs whose battery packs are compared across different chemistries and usage levels.

“Battery energy retention” is the percentage of the battery’s original usable energy that remains after driving. Higher retention after a fixed distance (like 100,000 km) indicates slower degradation and better long-term durability.

CATL (Contemporary Amperex Technology) is a major EV battery manufacturer. Here, the host attributes the best battery energy retention result to an LFP pack sourced from CATL.

NMC (nickel manganese cobalt) is a lithium-ion battery chemistry used in many EVs. It typically offers a strong balance of energy density and performance, which is why it’s common in higher-range battery packs.

NCA (nickel cobalt aluminum) is another lithium-ion battery chemistry. In this segment, it’s being compared against other chemistries based on how well the cells hold up over time.

LFP (lithium iron phosphate) is a battery chemistry known for long cycle life and good thermal stability. In this discussion, the host argues that LFP packs can be the best “batch” to buy because they may degrade less over high mileage.

The Kia E-Niro is cited as one of the best EVs for battery health after 100,000 kilometers (60,000 miles). The host groups it with the Hyundai Kona 60 and suggests they use the same battery pack, both scoring about 97%.

The Hyundai Kona EV is highlighted here as one of the top performers for battery health after high mileage. The host pairs it with the Kia E-Niro and notes the packs score around 97%, implying very low degradation.

Degradation here means the loss of battery capacity over time and use. The host uses it to interpret battery health results—e.g., “no degradation” is essentially “very little capacity loss.”

The Kia EV6 is described as a “new generation” EV in this segment and is also reported to score very high on battery health (about 95.95%). That suggests strong long-term capacity retention compared to many other EVs.

The Volvo EX40 is mentioned as another EV doing well on battery health, and the host notes it uses LFP. The segment also ties this to the idea that LFP packs can be especially durable over time.

CETL is referenced as a battery-related label in the segment, but the host isn’t fully confident about what it means here (“I don't know if it's LFP”). Because the transcript doesn’t define it, listeners may need clarification on whether CETL refers to a cell supplier, chemistry, or pack configuration.

The Audi e-tron is an electric SUV that’s discussed as performing well in EV rankings. In the podcast context, it’s referenced as being around the top ten (specifically “number eight”), and it’s grouped with battery-pack and EV market comparisons. That’s why it comes up: it’s a mainstream EV option with measurable sales or ranking presence.

The Volkswagen ID.3 is an electric hatchback that’s often used as a benchmark for mainstream EV adoption. In the podcast context, it’s grouped with other popular EVs and discussed alongside battery-related topics and market positioning. That makes it relevant because it represents a widely recognized, volume-oriented EV platform.

LG Chem (often written LG Energy Solution today) is a major battery cell manufacturer. The segment links battery degradation differences to the battery supplier, implying that cell chemistry/quality can affect how quickly capacity drops.

An EV rebate program is a government incentive that reduces the purchase price of qualifying electric vehicles. Here, California’s program is described with specific dollar amounts and MSRP thresholds, which directly determine which EVs and buyers qualify.

MSRP (Manufacturer’s Suggested Retail Price) is the sticker price a manufacturer sets for a vehicle. The segment uses MSRP caps (like “up to $50,000”) to determine eligibility for California’s EV rebate.

The Rivian R1S is an all-electric SUV built on Rivian’s R1 platform, designed for families and adventure use. In the podcast context, it’s mentioned alongside other Rivian models and battery/production or performance comparisons. The R1S is a key reference point because it’s one of Rivian’s earlier, higher-profile vehicles.

The Tesla Cybertruck is an electric pickup truck designed with a distinctive, angular body and a focus on utility. It comes up in discussions about availability and access, since production and distribution have been a major topic since launch. In the podcast context, it’s mentioned as not being available anymore for a specific access or program.

Lucid is an electric-vehicle company known for premium EVs and a focus on long-range efficiency. In this segment, the host discusses Lucid’s financial stress, including the possibility of bankruptcy and the idea of a take-private deal.

A take-private deal is when a public company is bought out so it becomes privately held rather than traded on stock exchanges. This is often pursued to restructure the business away from public-market pressure.

Alvarez & Marsal is a consulting and restructuring firm that helps companies navigate financial distress. In the segment, the host mentions it in the context of bankruptcy-related work and restructuring outside formal bankruptcy proceedings.

Chapter 11 bankruptcy is a U.S. legal process where a company reorganizes under court supervision instead of immediately shutting down. For an automaker or EV startup, it can change how creditors, investors, and suppliers handle the company’s future.

Raising more money typically means securing additional funding—often from investors, lenders, or other financing sources—to keep operations going. For EV startups, this can directly impact engineering, manufacturing ramp-up, and how quickly new models reach customers.

In EV discussions, “range” means how far the car can drive on a full battery charge (or under a specified test standard). It’s one of the most important specs because it affects whether the car fits daily driving and longer trips.

An e-pump is an electrically driven pump used in EVs to circulate fluids (commonly coolant or battery thermal-management fluid). Using an electric pump can improve efficiency and gives better control over temperature management.

VLE 2.0 appears to be a specific vehicle/technology variant or software/hardware package the speaker is referencing for a Volkswagen EV. In this context, it’s tied to the car’s motor output and trim/feature set, so it likely denotes a particular drivetrain or platform configuration.

VLA is referenced as an approval-related designation expected to be approved next year, and the speaker compares it to Tesla after testing it in China. Given the surrounding discussion, it likely refers to a particular EV technology or model variant that has to be certified/approved country-by-country.

This describes the battery pack capacity (52 kWh) and chemistry (nickel manganese, often associated with NMC-style lithium-ion formulations). Battery chemistry affects cost, energy density, and how the pack performs over time, while kWh is the headline measure of how much energy the battery can store.

Volkswagen ID. Cross is an electric crossover in Volkswagen’s ID lineup, and the episode discusses its battery sizes and power output. The key point here is how the smaller battery option changes both the starting price and the real-world range expectations.

A kilowatt-hour (kWh) battery is the way EVs measure how much electrical energy the pack can store. In this segment, Volkswagen’s EVs are discussed with different kWh sizes (like 37 kWh vs 52 kWh), and that directly affects both price and range.

Volkswagen ID. Polo is described as a new base-model EV in the ID family, with a starting battery size of 37 kWh. The segment focuses on how Volkswagen is positioning it as a lower-cost entry point while still offering software and infotainment features.

WLTP (Worldwide Harmonised Light Vehicle Test Procedure) is the standardized test used in Europe to estimate EV range. The episode notes that WLTP numbers can look higher than what you might expect in other real-world or alternative testing methods.

In this context, “API” is being used as an alternative range-testing reference that would produce a lower range figure than WLTP. The speaker implies that different test standards can make the same EV look like it has very different range.

The Nissan Leaf is an early mainstream mass-market EV, and the speaker uses the 2016 Leaf as a reference point for how EV pricing and range expectations have shifted over time. The comparison is meant to illustrate that the segment can feel like it’s “going backward” when range and pricing don’t move together.

DC fast charging is a method of charging an EV using direct current, which lets the battery accept high power for quicker top-ups. It’s typically measured in kilowatts (kW), and the higher the kW, the faster the charge—up to the limits of the car and charger.

A battery pack is the EV’s main high-voltage energy storage unit, made up of many individual cells managed as a system. Its design affects charging speed, usable range, and how the car manages heat and power delivery.

“10 to 80 percent” refers to a common EV charging benchmark: how long it takes to charge from a low state of charge to a mid-high level. Charging is usually fastest in the middle of the battery’s range, so this metric is often used to compare real-world fast-charging performance.

A “compliance car” is a vehicle built or configured primarily to meet regulatory requirements rather than to be a fully optimized product. In EV discussions, it often refers to limited-range or limited-production models that exist mainly to satisfy emissions or credit rules.

“Spy shots” are unauthorized photos taken during testing or development, often showing a prototype with camouflage. They’re used to give enthusiasts and analysts an early look at styling and design direction before official reveals.

A “fastback” refers to a body shape where the roofline slopes smoothly down toward the rear, rather than ending abruptly. When paired with “SUV,” it usually describes a crossover with a sportier, more coupe-like silhouette.

The BMW i3 is BMW’s compact electric car that’s known for its lightweight design and early EV-era engineering. In this segment, the hosts discuss an “electric wagon”/Grand Tour version of the i3 and whether BMW will bring it to North America, which matters because it changes the i3’s body style and practicality.

In EV context, “mileage” is being used to mean how far the car can go on a charge (range). The hosts argue that the i3 wagon’s efficiency should translate into very high miles-per-charge.

The Prologue is a General Motors electric SUV that’s positioned as a mainstream EV offering. The hosts say GM has effectively ended or pulled it from the North American market, and they add a comparison to an Equinox-based setup with Apple CarPlay, which frames what kind of EV it is.

The McLaren Artura is a high-performance sports car that uses a hybrid powertrain, combining electric assistance with a traditional engine. The podcast mentions it in the context of where it’s sold in North America and how it fits within McLaren’s lineup. That makes it relevant because availability and market positioning often come up when discussing performance cars.

The Honda Prologue is an electric SUV introduced to expand Honda’s EV lineup. In the podcast context, it’s mentioned as “wasn’t even their car,” implying the discussion is about how the vehicle relates to other production sources or platforms. That’s why it comes up—buyers may care about who actually builds it and what that means for design and parts.

The Chevrolet Equinox is a compact crossover SUV aimed at mainstream buyers who want comfort and everyday practicality. In the podcast, it’s referenced as being similar to another vehicle concept (“Equinox CV”) and specifically mentions Apple CarPlay support. That makes it relevant to discussions about infotainment and how EVs or tech features compare to familiar gas models.

Apple CarPlay is a smartphone integration system that mirrors a compatible iPhone’s apps and navigation onto the car’s infotainment screen. Mentioning it here helps listeners understand the Prologue’s in-car tech experience and how it’s meant to feel familiar to mainstream buyers.

A low speed vehicle (LSV) is a legally defined class of small electric vehicles that are limited in top speed (typically around 25 mph / 40 km/h in the U.S.). Because of that speed limit, they’re often allowed on certain local roads but not treated like full-speed cars.

Charging on 112 volts refers to using a standard household-style AC outlet level (lower power than dedicated EV charging). Lower-voltage charging typically takes longer, but it’s convenient for home charging.

Charging on 240 volts uses a higher-power AC input than 112 volts, which generally allows faster charging. It’s commonly associated with home charging setups that use a dedicated circuit.

A “max connector” here refers to the highest charging plug/connector capability the vehicle supports for AC charging. It’s a way of saying the car can accept charging at the top end of its supported home/AC setup, even if it can’t do high-power DC fast charging.

LSV roads refers to low-speed vehicle–specific road rules that allow these cars to operate only under limited conditions. In North America, they’re typically restricted by speed limits and local permitting so they can be used safely in lower-speed areas.

“Chip go” is presented as the differentiating feature name tied to the vehicle’s remote-driving capability. The transcript doesn’t clearly identify the company or the exact technology, but it’s being treated like a branded system for control/autonomy.

Remote driving is a system where a person can take control of a vehicle from outside the car. The speaker describes it as a near-term capability that can move the vehicle when no one is inside, as a stepping stone toward full autonomy.

Full autonomy means the vehicle can drive itself without relying on a remote operator to take over. The discussion contrasts this goal with remote driving as an interim approach.

Lithium-ion batteries are the dominant battery chemistry used in most EVs and many consumer electronics. The episode contrasts sodium-ion with lithium-ion, arguing sodium-ion may complement or reduce demand for lithium-ion in certain stationary storage roles.

Stationary storage refers to batteries installed in a fixed location—typically to store electricity from the grid or renewable generation. It’s different from automotive batteries because the priority is long-duration, repeatable cycling rather than weight and packaging.

Cycle time (more commonly called cycle life) is how many charge/discharge cycles a battery can complete before its performance drops significantly. Longer cycle life matters for stationary storage because the system can run for many years with fewer replacements.

“15,000 cycles” is a battery durability rating indicating the expected number of full charge/discharge cycles before the battery degrades beyond an acceptable level. It’s a key metric when comparing battery chemistries for long-duration energy storage.

CTL is a battery company mentioned as leading the sodium-ion effort, including prototypes for electric vehicles using sodium-ion batteries. In this context, the host is highlighting CTL’s role in moving sodium-ion from concept toward deployed energy storage.

Sodium-ion batteries use sodium ions instead of lithium ions to move charge between electrodes. They’re often discussed as a potential alternative for grid-scale energy storage because sodium is generally more abundant and the cells can be designed for long cycle life.

Halfen is described as a Dutch energy company that signed a major deal for sodium-ion energy storage. The mention is relevant because it signals real-world deployment beyond prototypes.

An energy storage system is the full setup used to store electrical energy and deliver it later—typically including batteries plus power electronics and controls. In grid applications, these systems help balance supply and demand, especially with intermittent renewables.

LFT batteries is mentioned as another battery type competing in energy storage. In many discussions, “LFT” is used as shorthand for lithium iron phosphate–based chemistries (though the exact expansion can vary by speaker/source), and the key point here is that sodium-ion could take some share in stationary storage.

Tariffs are taxes governments add to imported goods. In this context, the speaker says EVs shipped into Europe face tariffs that can raise the final price, affecting how “affordable” Chinese EVs can be.

The 5 E-Tech Electric is a compact electric car focused on higher profitability in the small EV segment. In the podcast context, it’s used as an example of how other automakers are approaching battery-electric vehicles (BEVs) and where they expect financial success. That makes it relevant because it ties a specific model to broader EV strategy.

BEV margins are the profit margins (profit relative to revenue) specifically for battery-electric vehicles. The speaker is pointing out that Renault is reportedly making higher profits on compact EVs, and then asks how other automakers are doing on BEV profitability.

The Chevrolet Bolt is an EV model known for being one of the more affordable, mass-market options in the U.S. The host mentions it as an example of an EV that was “pulled out” because it was hard for the company to make a profit on.

Rivian R2 is the next-generation, more affordable model in Rivian’s lineup, positioned to broaden the brand beyond its current premium focus. The discussion centers on whether Rivian can show healthy progress with R2 deliveries and avoid “bundling” results that hide how the program is performing.

“Fleet vehicles” are EVs sold or operated for business customers—like companies that buy cars in bulk for employees, deliveries, or service operations. The host is asking how much of Rivian’s revenue comes from fleet sales versus consumer sales, which matters because fleet demand and margins can behave differently.

In this context, “software program” refers to revenue Rivian earns from software offerings (often tied to features, subscriptions, or services) rather than just selling the vehicle itself. The host notes that this revenue line is newer and may be less stable quarter to quarter.

Rivian R1 refers to Rivian’s current flagship electric vehicles (the R1T pickup and R1S SUV). The host contrasts R1 with the upcoming R2 to argue that Rivian should report performance separately so investors can see whether the newer program is progressing.

“Software updates” are over-the-air (OTA) or otherwise delivered changes that add features, fix bugs, or adjust vehicle behavior in a modern connected EV. The host references websites that track these updates, suggesting update availability can depend on the car’s hardware and version.

Rivian R3 is a smaller Rivian electric vehicle concept compared with the company’s larger models. In this discussion, the host contrasts it with the R3X, implying the R3 is the more “regular” hatchback aimed at a broader audience.

The Ford Edge is a midsize crossover SUV known for a comfortable ride and family-friendly practicality. In the podcast, it’s referenced as having an “off-road oriented” and performance-leaning character, including mention of “back support,” which suggests seating comfort or driving feel is part of the discussion. It’s brought up as a comparison point for how different vehicles feel and fit real-world use.

“Form factor” here means the vehicle’s overall size and shape category—how the car is packaged and what body style it resembles. The host uses it to explain how Rivian plans to take lessons from one model and apply them to a smaller, cheaper design.

This refers to Rivian’s expansion plan—selling the smaller vehicle in Europe and other markets. The host argues that a smaller model is better suited for international demand where larger vehicles may be less popular.

“Hardware 3” refers to Tesla’s third-generation onboard computer used to run driver-assistance and autonomy software. The episode implies that whether a new FSD version (and its features) is available can depend on which hardware generation is installed in the car.

Autopilot is Tesla’s driver-assistance system that can handle tasks like steering and maintaining speed under certain conditions. The episode contrasts FSD versus Autopilot performance on Tesla’s “hardware 3,” implying software capability depends heavily on the car’s compute platform.

“v14 light” appears to refer to a lighter or scaled-down release of Tesla’s FSD software version 14. The speaker compares its capability to the full v14, suggesting the “light” build is close enough to be “acceptable” for driving tasks.

The Cadillac Lyriq is an electric SUV positioned as a premium offering, and it’s often discussed for its tech and comfort features. In the podcast context, it’s mentioned because someone is reviewing the Lyriq after having it at their home. That makes it relevant as a real-world ownership and evaluation topic rather than just specs.

The Tesla Model Y is an electric crossover built on Tesla’s compact SUV platform, and the “Standard Range” trim targets a lower price and shorter range versus higher trims. The episode mentions a planned review of the Model Y Standard Range using the new scoring system.

“MC” is mentioned as part of a battery/variant discussion around the R2, implying a specific configuration that likely changes the battery chemistry. Without the transcript spelling it out, it’s unclear exactly what “MC” stands for here.

In EV battery talk, a “buffer” is reserved capacity that the car’s battery management system avoids using. That helps protect battery health by keeping the cells away from the most stressful high/low states of charge.

Wheelbase is the distance between a car’s front and rear axles. A longer wheelbase can change ride comfort, interior space, and stability characteristics, which is why it’s mentioned when discussing a “new car for sale.”

Unsupervised autonomy at scale means self-driving that can operate without a human monitoring or intervening, across large numbers of trips and vehicles. The key idea is that Tesla’s product hardware decisions are being made based on a timeline where this level of autonomy is expected to work broadly.