Truck Yeah! Slate Announces Pricing

Slate Auto’s electric pickup truck is notable because it’s priced around the $25,000 mark while using a large-enough battery for a practical daily range. The host highlights key specs—65 kWh battery, LFP chemistry, rear-wheel drive, and a stated 205-mile range—to frame what you get for the money.

LFP stands for lithium iron phosphate, a battery chemistry used in many EVs. Compared with some other lithium chemistries, LFP batteries are often valued for better cycle life (lasting more charge/discharge cycles) and can be charged to a higher state of charge more frequently.

A kilowatt-hour (kWh) is a unit of energy capacity used to describe an EV battery’s size. Higher kWh generally means more stored energy, which can translate into more potential range—though real-world range also depends on efficiency and vehicle design.

Battery degradation is the gradual loss of a battery’s ability to store energy over time and use. The host connects LFP chemistry to less degradation, implying the battery may retain capacity longer, especially with frequent charging to high states of charge.

Over-the-air (OTA) updates are software updates delivered to a vehicle wirelessly, without visiting a service center. EVs commonly use OTA to improve features, fix bugs, and sometimes adjust vehicle behavior or efficiency.

A federal tax credit is a U.S. government incentive that reduces your federal income tax bill (or can effectively lower the purchase cost). For EVs, it can make a new vehicle cheaper, but eligibility and timing matter—if it “goes away,” the same truck may no longer qualify for the lower price.

Lucid Cosmos is a sub-$50,000 crossover vehicle from Lucid. The host says Lucid registered the design with the EU intellectual property office, and the drawings suggest it’s a smaller, “squinched down” version of the Lucid Gravity. They also note production is expected to start later this year, with a reveal likely in the fall.

An intellectual property office is a government agency that records and protects creations like designs and patents. Here, the host says Lucid registered the Cosmos design with the EU’s intellectual property office, which is a step that can signal an upcoming product and helps establish legal documentation for the design. It’s not the same as a car launch, but it’s a strong “something is coming” indicator.

Lucid Gravity is Lucid’s larger crossover SUV that the host uses as a reference point for the upcoming Cosmos. The host describes the Cosmos as a “squinched down smaller Lucid Gravity,” implying similar design language but in a smaller, more compact package. This kind of naming comparison helps listeners understand relative size and styling direction.

Casa Grande is the Arizona location where the host says Lucid is laying off workers at its plant. The segment frames the layoffs as tied to sales not meeting expectations, leading to production shutdowns and shift reductions. For EV buyers, this can be an indirect signal of how quickly a manufacturer is scaling production and managing demand.

A RoboTaxi service is a ride-hailing operation using self-driving vehicles instead of human drivers. In this segment, the host says Lucid is partnering with Uber and Neuro to build RoboTaxi, with Lucid providing the cars, Uber providing the network, and Neuro providing the self-driving technology and software. They also mention plans to bring the service to Houston.

Houston is the Texas city the host says Lucid wants to bring its RoboTaxi service to. For listeners, this matters because RoboTaxi deployments are typically limited to specific cities where testing, mapping, and operations can be supported. The mention signals a real-world expansion step rather than just a concept announcement.

Green aluminum refers to aluminum produced with lower emissions than conventional aluminum production. Because aluminum is energy-intensive to make, lower-carbon versions can meaningfully reduce the overall footprint of vehicle materials.

A “clean supply chain” means the materials and parts used to build vehicles are sourced and produced with lower environmental impact. In this context, the host is talking about automakers using transparency to show how “clean” their upstream suppliers are, not just how clean the vehicle is to drive.

This refers to an EV’s driving range: how far it can go on a full charge under specified test conditions. The host uses it as an example of how many EVs can offer similar headline range, so automakers look for other ways—like cleaner supply chains—to differentiate.

“Green steel” refers to steel produced with much lower greenhouse-gas emissions than conventional steel. The host frames it as an example of a cleaner input that may cost more at first, then becomes cheaper as production scales up.

Tesla is an EV-focused automaker that helped popularize modern battery-electric vehicles and pushed early supply-chain development. In this segment, the host uses Tesla as an example of early EV companies that had to adapt expensive, non-optimized components for EV use.

“Purpose built parts” are components designed specifically for a particular type of vehicle or technology, rather than adapted from another industry. The host contrasts early EVs—where battery and motor-related components were often repurposed—with later EV-focused supply chains that build dedicated EV components.

The Ford Escape is a compact SUV that’s commonly discussed as a practical family vehicle. In the podcast, it’s mentioned through a personal ownership story, specifically calling out safety equipment like a driver-side airbag. That makes it relevant to the conversation as an example of what buyers look for in a used or everyday SUV.

Battery recycling and repurposing are end-of-life strategies for EV packs. Recycling recovers valuable materials, while repurposing can reuse batteries for a second life (like stationary energy storage) before they’re fully dismantled.

Responsible mining refers to practices that reduce harm from extracting battery minerals—such as minimizing environmental damage and improving labor and community protections. In the segment, automakers are described as requiring suppliers to meet higher standards for responsible mining.

A pollution footprint is a broad measure of how much pollution (often including greenhouse gases and other environmental impacts) a company or product is associated with. In the segment, it’s used to frame automakers’ sustainability claims around specific EV models.

The Mercedes CLA is a compact luxury sedan/coupe from Mercedes-Benz, known for its sleek, fastback-style body and modern tech. In this segment, it’s mentioned as part of Mercedes’ efforts to reduce its pollution footprint, tying a specific model to supply-chain and emissions messaging.

The ES90 is referenced in the podcast in the context of a Volvo model, described alongside other cars as part of a lineup discussion. The episode frames it as a “great looking car,” suggesting the conversation is about design and model appeal rather than technical details. It’s mentioned to highlight styling and presence in the EV market conversation.

This phrase refers to the greenhouse-gas emissions associated with producing EV batteries across the supply chain, not just emissions from driving. It typically includes impacts from mining, refining, manufacturing, and logistics tied to battery materials and cells.

To map out a supply chain means tracing the chain of suppliers and processes used to source and produce materials—down to the origins of battery minerals. In this context, it’s presented as a regulatory requirement that increases transparency and accountability for mining and battery design.

Designing batteries to be more recyclable means engineering EV packs so valuable materials can be recovered more easily at end-of-life. This can involve choices about materials, pack architecture, and how components are separated during recycling.

The Tesla Model Y is an all-electric compact SUV designed for everyday use with a focus on efficiency and charging convenience. It’s brought up in the episode as the EV example to compare against a similar-sized gas SUV, like the Honda CR-V. That comparison helps illustrate differences in emissions and overall environmental impact.

The Honda CR-V is a compact SUV known for practical everyday driving and strong mainstream appeal. In an EV-focused podcast context, it’s mentioned as a baseline “ICE” vehicle to compare emissions against electric models. That’s why it comes up alongside an EV like the Tesla Model Y—so the discussion can quantify how much cleaner the EV is in comparison.

EVs are electric vehicles, powered primarily by electric motors and a battery. In this segment, the host uses EVs to discuss why emissions can be lower than ICE cars, especially in city driving.

Dense urban environments are areas with lots of traffic, frequent stops, and short trips. This matters for EVs because they avoid idling at stoplights, which reduces wasted energy and tailpipe emissions compared with many ICE driving patterns.

Idling is when a vehicle’s engine is running while the car is stopped. The host points out that EVs don’t idle at traffic lights, while gas cars often do, which affects emissions and efficiency in stop-and-go traffic.

A stoplight is a traffic signal that forces vehicles to stop and wait. The host uses it to explain how some newer ICE cars use automatic engine shutoff and restart at stops, making comparisons to EVs less “apples to apples.”

An “apples to apples comparison” means comparing two things under similar conditions so the results are fair. Here, the host is cautioning that EVs and some newer ICE cars both reduce idling via automatic engine shutoff, so emissions savings may not be directly comparable in every scenario.