Episode 453: 2026 Mitsubishi Outlander PHEV, 2026 Genesis Electrified GV70, A Long Digression About Cell Phone Design

The Mitsubishi Outlander PHEV is a plug-in hybrid version of the Outlander SUV, meaning it can run on electricity and also uses a gasoline engine. The big enthusiast angle is how the electric drive and battery affect real-world efficiency and how it drives compared with a conventional hybrid or gas-only Rogue-style competitor.

The Nissan Rogue is a mainstream compact crossover SUV that’s often used as a baseline comparison for ride comfort, packaging, and “good enough” everyday driving. In this segment, the host is using it as a reference point to describe why the Outlander PHEV previously felt underwhelming to him.

In automotive terms, a platform is the shared set of engineering underpinnings—like the chassis architecture and major hard points—that multiple models can use. When the hosts say the Outlander shares its platform with the Rogue, they’re implying the two cars have significant structural commonality even if their bodies and powertrains differ.

A plug-in hybrid (PHEV) is a hybrid vehicle that can be charged from an external power source, typically using a home charger. The hosts discuss how the plug-in aspect “did all the stuff it was supposed to do,” meaning it can operate in electric mode and deliver the expected benefits, even if other parts of the car feel mismatched.

A vehicle refresh is a mid-cycle update automakers do to keep a model competitive without fully redesigning it. Here, the hosts call out that the Outlander refresh is “thorough” and ties it to a bigger battery for the PHEV.

Trims are different equipment/feature levels within the same model line, often with different standard options, styling, and sometimes powertrain choices. The hosts mention the Outlander having “50 trims,” which makes it hard to know which exact configuration someone drove.

Kilowatt-hours (kWh) measure battery energy capacity—how much electrical energy the battery can store. More kWh generally means more potential electric driving range, assuming the vehicle’s efficiency and power demands are similar.

Battery cooling refers to the thermal management system that keeps the battery within an efficient and safe temperature range. Better cooling can allow the battery to deliver higher power repeatedly without overheating, which can improve real-world performance.

“Extended range electric vehicle” is a description for vehicles that behave like an EV for most daily driving, using a battery and electric motors, but can use a generator or engine to extend total driving capability. The host notes it’s “yes and no” because the Outlander PHEV can also operate in different hybrid modes (series vs parallel).

A parallel hybrid is a hybrid setup where the gasoline engine and electric motor(s) can both contribute to driving the wheels. Depending on conditions, the system may use the engine alone, the motor alone, or both together.

A transaxle is a combined transmission and axle unit, commonly used in front-wheel-drive layouts to package gearing and final drive together. In hybrids, it can also be part of how the engine is mechanically coupled to the wheels at certain speeds.

In this context, a clutch is a mechanical device that engages or disengages the connection between the engine and the drivetrain. Hybrid systems use clutches to decide when the engine should directly drive the wheels versus when it should just support charging and motor operation.

Drive modes are selectable settings that change how the vehicle behaves—often including throttle response, steering feel, and how aggressively it uses the electric motor versus the gas engine. In plug-in hybrids, switching drive modes can also affect when the engine turns on.

Real-world range is the distance a vehicle actually drives on a charge under typical conditions, rather than the idealized number from standardized testing. In this segment, the host claims to have beaten the stated range by a few miles with substantial highway driving.

The Toyota RAV4 plug-in hybrid is being used as a benchmark for plug-in hybrid range in this segment. The host compares its maximum electric range (up to about 89 km) and pricing positioning against the Mitsubishi Outlander PHEV.

The Prius plug-in is referenced as another plug-in hybrid example with an electric-only range around 72 km on a full charge (depending on trim). The point here is comparative: the host says the Outlander’s range is similar to the Prius plug-in’s.

Miles per gallon equivalent (MPGe) is a way to compare electric energy use to gasoline fuel economy by converting electricity consumption into a “gasoline-equivalent” MPG figure. Plug-in hybrids and EVs often use MPGe/combined MPGe-style metrics to make cross-comparisons easier.

MPG (miles per gallon) is the fuel-economy measure for how many miles the vehicle can travel per gallon of gasoline. The host contrasts the vehicle’s MPGe/combined efficiency talk with the actual MPG rating when running on gas.

Level 2 charging is a faster EV charging method that uses a dedicated charger and higher-voltage power (commonly 240V). It’s the typical choice for home charging and many workplaces, offering a practical balance of speed and convenience.

Level 1 charging is the slowest common EV charging method, usually using a standard household outlet (typically 120V in the US). It’s convenient for overnight charging but takes much longer to refill the battery than higher-power options.

DC fast charging is a way to recharge an electric vehicle using direct current at high power, so the battery can fill much faster than with standard home charging. It’s typically used at public chargers and is the quickest common method for adding significant range in a short time.

An infotainment screen is the main dashboard display that combines entertainment and vehicle functions like navigation, media, and settings. Its usability matters because it affects how quickly you can find controls while driving.

Safety features are driver-assistance and crash-avoidance systems designed to reduce accidents or mitigate consequences. The host’s point is that the car’s menu language and control layout should make these systems understandable and easy to operate.

An infotainment system is the car’s combined information and entertainment interface, typically centered on a touchscreen. It controls media, navigation, vehicle settings, and—depending on the brand—app-like functions.

Android Auto is a smartphone-to-car integration that mirrors compatible phone apps onto the vehicle’s infotainment screen. When a car’s native infotainment lacks apps, drivers often rely on Android Auto for navigation, music, and messaging.

The gauge cluster is the driver-facing instrument display behind the steering wheel, where speed, warning lights, and many vehicle status messages appear. The host notes that some safety-related settings must be adjusted there rather than through the main infotainment screen.

The host says Lexus uses a similar infotainment/menu approach to Toyota, implying the limitation isn’t just a cost-cutting issue. They specifically mention that turning off safety gear requires using the gauge cluster.

A cargo cover is a retractable or removable panel that hides items in the trunk or cargo area from view. The host criticizes its design because it’s complicated to operate and already shows scuffing where it slides.

In this context, the “power” drive mode is intended to prioritize battery output so the vehicle delivers stronger acceleration. The host contrasts it with “tarmac,” which may adjust steering or suspension behavior rather than just maximizing electric power.

“Tarmac” is a drive mode name used to tune the vehicle for grip on paved roads. Here, the host explains that it changes things like steering or suspension behavior, while “power” focuses more on extracting maximum battery power.

A “gravel mode” is a traction/handling setting aimed at loose, low-grip surfaces. It typically adjusts throttle response, traction control behavior, and sometimes steering/suspension tuning to help the tires maintain grip on uneven surfaces.

“Snow mode” is a traction-focused setting intended for icy or snowy roads. It typically reduces wheel spin by altering throttle response and traction control behavior so the car can move more smoothly with less grip.

“Mud mode” is a drive setting designed for very slippery, low-traction conditions. It generally works by managing wheel spin (often via traction control logic) and smoothing power delivery so the vehicle can move without digging in.

“ICP stuff” appears to be a shorthand reference to the vehicle’s standard traction/handling feature set, but the acronym isn’t expanded in the transcript. Because the meaning of ICP isn’t clear from the provided text, it can’t be reliably defined for listeners.

A Velcro strap is a hook-and-loop fastening used here as a functional retention method for a third-row/cargo cover or panel. The host’s point is that instead of a traditional latch, the strap must be used to prevent movement over bumps, which can affect long-term wear and day-to-day usability.

The Mitsubishi Outlander PHEV is a plug-in hybrid SUV built around a third-row layout and an electric-first driving experience. In this segment, the host focuses on how the third row affects cargo space and how the vehicle’s charging/trim positioning compares to other compact plug-in hybrids.

The Hyundai Tucson is mentioned as one of the compact hybrid alternatives that can undercut the Mitsubishi’s pricing. The host notes these are two-row options, meaning you give up the third-row seating/cargo packaging advantage.

The Kia Sportage is named as another compact hybrid alternative that can be priced below the Mitsubishi Outlander PHEV. In this comparison, the key tradeoff is that it’s a two-row SUV, so it doesn’t provide the third-row space the host is evaluating.

“Near luxury” here is an enthusiast shorthand for how a non-luxury brand tries to deliver cabin materials, ride comfort, and features that feel close to a luxury brand—without being priced or built like one. The hosts argue the Outlander manages that in a compact crossover package.

The Mitsubishi Eclipse Cross is a compact crossover in Mitsubishi’s lineup. In this segment it’s mentioned as a model that got a significant redesign, but it’s framed as less recognizable than the Outlander PHEV.

The Mitsubishi Outlander Sport is a smaller, subcompact crossover variant (often marketed under different names by region). In the segment, it’s being criticized as feeling outdated compared with other subcompact crossovers that have been refreshed more recently.

RVR is the name used in Canada for Mitsubishi’s smaller crossover that’s closely related to the Outlander Sport. The discussion uses it to highlight how Mitsubishi’s subcompact offering has lagged behind competitors in updates.

The Hyundai Santa Fe is brought up as a larger, more expensive alternative that’s “close” to what the Outlander offers. The key point in the conversation is whether it’s available as a plug-in hybrid, which affects how it competes with a PHEV Outlander.

The Kia Sorento is discussed as a close competitor to the Mitsubishi Outlander, including overlap at the entry-level and mid-level price points. The hosts also call out that the Sorento does offer a plug-in hybrid, and that it has a usable third row, which matters for buyers who need practicality.

The GMC Canyon AT4 is a mid-sized pickup trim that’s being used as a reference point for interior quality and “special” feel at a similar price level. The hosts are comparing that perceived cabin upgrade to what they’re seeing in the Outlander’s interior value proposition.

Mitsubishi Eclipse Sportback is described here as an upcoming electric vehicle (EV). The host is focusing on how it’s positioned as a “leaf-like” design and how Mitsubishi is reusing the Eclipse name for multiple models.

The Nissan Leaf is used as the visual comparison point for the Mitsubishi Eclipse Sportback. The host’s point is that many modern EVs share similar styling cues, making them look alike at a glance.

The host is describing “homogeneity” in EV design—how many new EVs end up looking similar. This is an aesthetic trend where manufacturers converge on shared styling elements, so even different brands can look alike.

The Mitsubishi i-MiEV is referenced as one of the earliest EVs to reach the US market. The host characterizes it as very basic—“essentially a golf cart”—to explain why Mitsubishi’s EV history feels unusual compared with today’s mainstream EVs.

The Mitsubishi Lancer is discussed here mainly as a U.S. market value/appeal question, with the host arguing that most buyers wanted the performance variant rather than the “regular” model. The segment also sets up the idea that the Lancer’s U.S. presence (and the timing of its availability) differed from the Eclipse.

The Mitsubishi Lancer Evolution (often shortened to “Evo”) is the performance-focused version of the Lancer, and the host claims that U.S. buyers mostly wanted the Evo rather than the standard Lancer. That distinction matters because it explains why the performance trim can have a different reputation and demand than the base model.

The Genesis Electrify GV70 is Genesis’s electric version of the GV70, and the key point here is how closely the EV experience is meant to mirror the gas-powered GV70. In this segment, the host focuses on EV-specific behavior like regenerative braking feel and how the EV packaging affects practical things like cargo space.

Regenerative braking is when an EV uses its electric motor as a generator to slow the car and send energy back to the battery. Because it can feel like the car is constantly “dragging” or intermittently slowing, the driver’s ability to tune its behavior (or the calibration of those settings) strongly affects brake feel.

Many modern cars use power-folding side mirrors that automatically unfold when you approach or unlock the vehicle. The mirror movement is tied to the same keyless entry logic, so if the system locks instead of unlocks, the mirrors may fold back and refuse entry.

The speaker is describing a perceived “electric shock” moment when the car reacts unexpectedly during keyless entry. In reality, the car is likely performing a lock/unlock cycle and mirror movement, but the timing can feel like a jolt or sudden response.

Keyless door opening systems let you unlock and open a car using a sensor and a key fob (or phone key) instead of inserting a key. In practice, they rely on detecting your touch or proximity and then sending a command to unlock or lock the doors.

Touch-sensitive door handles detect when you place your hand on the handle area, then trigger the car’s lock/unlock logic. If the sensors misread your touch timing or the system’s state, you can get the wrong action—like locking instead of unlocking.

A keyless fob is the wireless remote you carry that communicates with the car. For keyless entry, the car uses signals to confirm the fob is nearby, then unlocks or locks doors when you touch a handle or press a button.

Smart trunk access is a keyless convenience system that uses a key fob’s proximity to unlock and operate the trunk or hatch. The host’s example shows how it can behave unexpectedly—beeping and opening when the key is near the vehicle.

The Toyota Tacoma is a midsize pickup truck, and it’s commonly used for towing and accessories like trailer hitches. The host describes installing a trailer hitch on a Tacoma and getting hit by the tailgate pop while the key was in their pocket.

A key fob is the wireless remote that communicates with the car for keyless entry and remote functions. The host imagines adding more sensing to a key fob (like detecting approach) so the car can react correctly without accidental openings.

Non-ionizing radiation refers to electromagnetic energy that doesn’t have enough energy to remove tightly bound electrons from atoms. The host uses it as a joke to describe the idea of scanning your pocket with a “low level” of radiation to detect the key’s presence.

Keyless entry is the system that lets you unlock (and often start) a car without inserting a physical key. It typically uses a wireless signal between the key fob and the car’s antennas, so the car can detect when you’re close and respond.

A “mature industry” is one where the core product is already good and incremental improvements are harder to notice. The host argues that when an industry is mature, changes aimed at selling more cars can shift away from improving real functionality.

In this context, “battery life” means how long a device (the phone) can run before needing a recharge. The host uses it as an analogy for how a car’s energy storage (and charging availability) affects real-world usability.

Super Cruise is a hands-free driver-assistance system that can steer the car and manage driving tasks on compatible roads. It’s notable because it’s designed to work without the driver constantly gripping the wheel, but only under specific conditions where the system can reliably monitor the environment and the driver.

“Hands-free driving” refers to driver-assistance systems that can steer and/or control the car without the driver physically holding the wheel. Even when steering is automated, the driver may still be required to monitor the system and be ready to take over.

Driver attention systems use sensors (often cameras) to monitor whether the driver is paying attention. If the system detects distraction or lack of monitoring, it can warn the driver or limit certain automated functions.

An eye monitoring system uses cameras and computer vision to estimate where the driver is looking. It’s commonly used to detect distraction (like looking at a screen) and to enforce driver monitoring requirements for advanced driver-assistance features.

On-screen climate controls mean heating/AC settings are adjusted through the infotainment display rather than dedicated physical buttons or knobs. This can increase how often drivers need to look at the screen, which matters when driver-monitoring systems demand constant forward attention.