Detroit’s Mobility Success Isn’t Happening in a Vacuum with John McElroy, President of Blue Sky Productions and Host of Autoline

GEM is referenced as the organization where the host works (“VP of Mobility and Research at GEM”). In the context of the episode, it’s part of the Detroit-area mobility ecosystem being discussed.

The “Global EpiCenter of Mobility” is presented as an organization or initiative focused on mobility engagement. It’s positioned as a key stakeholder in the Detroit region’s advanced-mobility ecosystem.

“Advanced mobility” is a broad umbrella term for next-generation transportation—often including electrification, connected vehicles, and automated driving. In this episode, it’s used to describe the Detroit region’s ecosystem and programs aimed at future transportation systems.

“Electrified” means replacing or supplementing gasoline power with electric power (typically battery-electric or plug-in hybrids). “Automated automotive” refers to driver-assistance and self-driving capabilities that reduce or remove the need for human input.

“Mobility sectors” is a catch-all for different transportation categories—like cars, aerospace, and other vehicles—rather than just traditional passenger cars. The speaker is arguing Detroit should apply its historical automotive leadership across multiple mobility industries.

In business and tech, “headwinds” are forces that make progress harder, while “tailwinds” are forces that help you move forward. The speaker reframes challenges as opportunities to solve problems.

SAE (Society of Automotive Engineers) is a major professional organization in the automotive and mobility engineering world. Referencing its tagline frames the episode’s theme around engineering-led progress in transportation.

Electrification is the shift from internal-combustion engines to electric powertrains (like battery-electric vehicles and plug-in hybrids). In mobility terms, it changes how vehicles are powered, how energy is delivered, and what supporting infrastructure is needed.

Automation refers to driver-assistance and self-driving capabilities that use sensors, cameras, radar, and software to control the vehicle. It’s a major part of modern “mobility” because it changes the role of the driver and can affect safety, traffic flow, and vehicle utilization.

Overhead camshafts (OHC) are camshafts located in the cylinder head that operate the engine’s valves. Compared with older designs, OHC layouts can improve valve timing precision and packaging for performance-oriented engines.

A crankshaft is the rotating shaft in an internal-combustion engine that converts piston motion into rotational motion for the drivetrain. It’s a key component because its shape and surface finish influence durability and friction.

Drones are unmanned aerial vehicles controlled remotely or autonomously. In a mobility context, they represent a different delivery and transportation channel that can share enabling technologies with automotive systems (navigation, sensors, autonomy software).

The Toyota production system (often called TPS) is Toyota’s approach to manufacturing that emphasizes continuous improvement and eliminating waste. It’s closely associated with lean manufacturing ideas like producing only what’s needed and improving processes over time.

Lean manufacturing is a production philosophy focused on reducing waste—like excess inventory, waiting time, and unnecessary motion—while improving quality and flow. It’s often discussed alongside the Toyota production system because many of the same principles are used to streamline operations.

Fisher Body was a major coachbuilding and body-manufacturing division associated with General Motors. The segment references Fisher Body adopting a wartime slogan to emphasize that manufacturing challenges can be solved through thinking and process improvement.

“Critical mass” is the point where a new technology or industry grows enough—customers, suppliers, and investment—to sustain itself and accelerate. Here, it’s used to describe mobility startups that are leaders but haven’t yet scaled to widespread influence.

GM is discussed as a legacy automaker that’s trying to change how it develops products and software. The host mentions General Motors setting up development work away from the “mothership” to get faster, newer thinking.

“Skunkworks” refers to an internal, semi-independent R&D setup designed to move quickly and take bigger risks than normal corporate processes. In this context, it’s used to develop a radically different manufacturing approach to reduce EV production costs.

VTOL stands for “vertical takeoff and landing,” meaning an aircraft (or air vehicle) can lift off and land without needing a runway. The host frames VTOL vehicles as a near-term mobility shift, similar to how drones are used for short-range tasks.

“Last mile delivery” is the final step of getting goods from a distribution point to the customer’s location. The host connects it to new mobility approaches, implying that electrification and alternative delivery methods are being tested for this short, high-frequency leg.

Electric scooters are small, battery-powered micromobility vehicles used for short trips. In mobility discussions, they’re often cited as a low-cost, low-emissions way to move people over “first/last mile” distances.

Electric assist refers to pedal bicycles (or other pedal vehicles) that use a motor to help the rider while still requiring pedaling. It’s a common micromobility technology because it can reduce effort on hills and for longer commutes without fully switching to a throttle-only vehicle.

E-bikes are bicycles with an electric motor that assists pedaling (and sometimes provides limited throttle support depending on the model and local rules). They’re highlighted as a growing part of “new mobility” because they can replace short car trips for many riders.

In automotive and mobility contexts, autonomy refers to a vehicle’s ability to operate without continuous human control. The discussion frames autonomy as part of a broader “new mobility” shift that changes how people and goods move.

Domino's is referenced as experimenting with delivery using autonomous vehicles. The point is less about pizza and more about how major consumer brands can pilot autonomy in real-world logistics.

The hosts are talking about autonomous vehicles—cars or small shuttles that can drive themselves using sensors and onboard computing. In this case, they’re described as operating on sidewalks for delivery and local errands, which is a specific use case for autonomy beyond typical road driving.

“New mobility” is a broad idea covering how transportation is changing—often including electrification, autonomous driving, and new ways to move people and goods. In the segment, it’s framed as freeing people from routine tasks and enabling more productive work.

EV stands for electric vehicle, meaning a car powered primarily by electricity stored in a battery rather than gasoline. The host contrasts EV-focused change with other mobility types the Detroit region could lead in.

Blue Sky Productions is the company associated with John McElroy in this episode. The hosts mention it in the context of regional innovation efforts, including work connected to New Lab.

The phrase refers to the process of moving new technology from startups or research into actual production vehicles. In automotive terms, it implies overcoming the integration and approval hurdles required for new tech to become part of a car’s systems.

Ford is named alongside other automakers as an example of a company expected to become more agile and innovative. The speaker’s point is that relying on automakers alone may not be the best path for new technology to reach vehicles.

Stellantis is referenced as one of the large automakers that would need to be more agile and innovative. The episode frames the automaker role as important but not the primary source of future technology leadership.

The Ford Edge is a mid-size crossover SUV built for everyday driving with a comfortable ride and practical space. It’s often discussed in the context of how manufacturers position their SUVs—balancing comfort, technology, and drivability—when comparing what different brands offer. In a podcast, it may come up as an example of a mainstream, family-oriented SUV rather than a niche performance vehicle.

New Lab is referenced as a place where entrepreneurs and startups develop business plans and raise funding to bring new technology into real-world use. In the episode, it’s positioned as a key part of the region’s innovation pipeline.

AI (artificial intelligence) refers to computer systems that can perform tasks like prediction, optimization, and pattern recognition. The segment frames AI as a capability that automakers may not need to build entirely in-house, instead partnering with or buying from specialized startups.

Computer-aided manufacturing (CAM) uses software to control and optimize manufacturing processes. For cars, it can translate designs into machine instructions for stamping, machining, and assembly, improving consistency and throughput.

Computer-aided design (CAD) is software used to create and modify product designs digitally. In automotive, it helps engineers model parts and systems before anything is built, speeding up development and reducing physical prototyping.

General Motors (GM) is a legacy automaker that has historically invested in manufacturing and engineering technologies. In this segment, it’s used as an example of how a traditional automaker got heavily involved in earlier tech waves like computer-aided design and manufacturing.

The powertrain is the set of components that generate and deliver motion—typically the engine (or motor), transmission, and related drivetrain parts. The hosts argue that historically automakers’ “core” identity centered on controlling the powertrain, especially the engine.

A transmission is the gearbox system that changes gear ratios so the engine can operate efficiently across different speeds and driving conditions. The hosts mention it to illustrate that many buyers don’t even know basic details like how many gears their car has.

An automaker is the company that designs and produces vehicles for sale under its own brand. In this segment, the speaker breaks down what automakers should keep in-house versus what can be outsourced.

Buyer experience is the end-to-end process of how customers interact with a brand—everything from shopping and financing to delivery and after-purchase support. The speaker argues automakers should control this directly rather than leaving it entirely to outside partners.

OEMs are Original Equipment Manufacturers—the companies that design and build vehicles (and often major systems) that are then sold under their own brand. In this segment, the host is talking about automakers outsourcing work to other suppliers while keeping core control in-house.

Outsourcing is when an automaker hires outside companies to handle parts of the work—like engineering, manufacturing, or specific components—instead of doing everything internally. The point in this discussion is that automakers want to move faster and be more flexible by using specialized partners.

“Agile” refers to an approach to product development and operations that emphasizes faster iteration, frequent feedback, and the ability to change direction quickly. In automotive, that often means shortening development cycles and making it easier to incorporate new technology or customer needs.

“Software defined batteries” refers to battery systems whose behavior is controlled and optimized by software rather than fixed hardware settings. That can enable smarter charging, better safety management, and more efficient energy use as conditions change.

“Carbon capture for locomotives” means capturing carbon dioxide emissions from locomotive operations and preventing that CO₂ from being released to the atmosphere. In practice, this can involve capture systems integrated with the exhaust stream and then handling the captured CO₂.