TechMobility Topics

This is the launch of the Manufacturing in America series that takes a hard look at the scale of the challenge. The United States imports roughly $3 trillion in manufactured goods each year, but rebuilding domestic industrial capacity is not as simple as opening factories or reshoring supply chains. In this episode of TechMobility Topics, we examine what it would really take to strengthen American manufacturing, including capital investment, skilled labor, supplier networks, automation, infrastructure, cost pressures, and long-term policy consistency. The goal is not nostalgia—it is a practical conversation about what America can realistically build, what it should prioritize, and how quickly industrial capacity can actually be rebuilt. 

 NASA is working on what amounts to a gas station in space. For this episode of TechMobility Topics, we explain the LOXAT liquid oxygen flight demonstration and why storing and transferring cryogenic fuel in microgravity is so difficult. We break down boil-off, tank pressure, and on-orbit refueling in practical terms, then connect those challenges to the bigger picture: Artemis missions, lunar logistics, sustained operations around the Moon, and eventually human missions to Mars. This is not just a space technology story—it is a critical step toward making deep-space travel more practical, repeatable, and scalable. 

 What does "American made" actually mean in an era of global supply chains? In this episode of TechMobility Topics, we step back from individual vehicles to examine the long-term forces reshaping the automotive industry. We explore how tariffs, industrial policy, and domestic manufacturing incentives could unintentionally isolate U.S. automakers as China, Europe, and other global markets continue to evolve. Along the way, we challenge the simplistic notion of "American made," unpacking the realities of international supplier networks, cross-border manufacturing, and cost pressures that define today's vehicles. Most importantly, we ask what global competitiveness really looks like when much of the world's automotive growth—and future innovation—is happening outside the United States. 

 Polestar's biggest challenge in the United States may have nothing to do with vehicle quality or consumer demand. During this episode of TechMobility Topics, we examine the federal Connected Vehicles Rule and why concerns over Chinese-linked Bluetooth, Wi-Fi, cellular, and satellite communications could dramatically reshape Polestar's future in the American market. We explore what the policy could mean for the company's 32 U.S. dealers, current owners concerned about resale value, service, and parts availability, and the surprising contradiction of a future Polestar model planned for production in South Carolina while Volvo receives authorization and Polestar does not. Beyond one automaker, this episode explores how national security policy is becoming a powerful force in determining the future of mobility. 

 A future flight from New York to Los Angeles in just 15 minutes sounds like science fiction, but hypersonic research is steadily moving the idea closer to reality. In this episode of TechMobility Topics, we explore the engineering challenges that stand in the way, including temperatures exceeding 3,500 degrees Fahrenheit, maintaining stable combustion at extreme speeds, developing materials that can survive the intense heat, and controlling vehicles traveling at more than five times the speed of sound. We also examine how generative AI is accelerating aerospace design by helping engineers analyze complex aerodynamics, optimize components, and shorten development cycles, potentially bringing the next era of high-speed flight closer than many people realize. 

 The U.S. Department of Energy has announced a $17.5 billion loan package to support new nuclear reactor projects, but financing is only one piece of a much larger challenge. During this episode of TechMobility Topics, we examine whether the United States can deliver a new generation of nuclear power plants on schedule and within budget while rebuilding the engineering, construction, and operational expertise the industry has gradually lost. We also unpack the nuclear safety principle of "defense in depth," discussing how multiple layers of protection reduce risk—and why the long-term management of spent nuclear fuel remains one of the industry's greatest technical and societal responsibilities. The conversation asks whether America is truly prepared for a nuclear resurgence or is underestimating the complexity that comes with it. 

 The 2026 Subaru Outback Wilderness continues the Outback's evolution from a rugged wagon into a capable crossover built for drivers who split their time between pavement and the trail. For this episode of TechMobility Topics, we evaluate the Wilderness trim's everyday practicality, including cargo capacity, flat-folding rear seats, passenger comfort, visibility, and the off-road capability delivered by Subaru's Symmetrical All-Wheel Drive, X-Mode, increased ground clearance, and trail-focused upgrades. We also discuss where the technology gets in its own way, from overly sensitive driver-monitoring alerts to road-sign recognition that occasionally mistakes ordinary roadside information for official traffic signs. The result is a balanced look at whether the Outback Wilderness delivers meaningful capability without sacrificing the comfort and usability that made the Outback a success in the first place. 

 Would you spend luxury-car money on a vehicle assembled under a tariff-driven manufacturing strategy when both brands already struggle with quality and dependability? In this episode of TechMobility Topics, we examine reports that Stellantis could build future Land Rover models to help navigate trade barriers, then ask the bigger question: what happens to consumer trust when two companies with consistent quality challenges become even more intertwined? We discuss how both Jeep and Land Rover have consistently underperformed in recent J.D. Power quality and dependability studies, raising concerns about reliability, engineering execution, and long-term ownership costs. Is this simply smart manufacturing strategy—or a risk to two brands already fighting uphill battles to rebuild buyer confidence? 

 Massachusetts is investing $75 million in thermal-camera technology designed to detect wrong-way drivers before they cause catastrophic crashes. This episode of TechMobility Topics examines how these intelligent roadway systems work, why early detection can save lives, and what it takes to integrate real-time monitoring with transportation infrastructure. More importantly, we tackle the broader policy question: why do major roadway safety improvements so often come only after fatal crashes? We explore whether proactive investment, rather than reactive spending, could prevent the next tragedy instead of simply responding to it afterward. 

 For years, the conversation around artificial intelligence has focused on the jobs it could eliminate. But another story is unfolding at the same time. During this episode of TechMobility Topics, we examine how AI is fueling demand for skilled trades as new data centers, electric grid expansions, and infrastructure projects create opportunities for electricians, plumbers, HVAC technicians, construction workers, and other essential trades. We explore why these hands-on careers remain difficult to automate, how they can provide strong earnings without the burden of college debt, and why AI may end up creating as many opportunities as it disrupts—for workers with the right skills.