Drive-throughs represent speed and convenience—but some California cities say their broader costs are becoming impossible to ignore. During this episode of TechMobility Topics, I examine the growing movement to restrict or prohibit new drive-through businesses and the concerns driving it, including traffic congestion, vehicle noise, air pollution, pedestrian safety, and neighborhood quality of life. The debate exposes a larger mobility question: how should cities balance America’s car-centered convenience culture against the demand for healthier, safer, and more walkable communities? 

What happens when most internet activity is no longer human? In this episode of TechMobility Topics, I examine the growing relevance of the “dead internet theory,” as bots reportedly generate 57.5% of web requests and AI agents increasingly search, communicate, and take action online. This shift threatens the foundations of the ad-supported web, challenges traditional SEO strategies, and raises urgent questions about who—or what—businesses are trying to reach. If machines now represent the majority of the internet, the online economy may need to be rebuilt around an entirely new audience. 

 The 2026 Kia K4 Hatchback GT-Line Turbo combines sharp design, useful technology, and everyday practicality—but how well does it perform in the real world? For this episode of TechMobility Topics, I share my impressions after a week behind the wheel, examining its 1.6-liter turbocharged engine, driving dynamics, camera visibility, straightforward controls, generous rear legroom, cargo capacity, and welcome full-size spare tire. I also explore the compromises, including midrange hesitation under wide-open throttle and a low stance that could prove challenging on winter roads. 

The McMurtry Spéirling Pure can accelerate from zero to 60 mph in just 1.55 seconds—and generate enough fan-powered suction to theoretically drive upside down. In this episode of TechMobility Topics, I examine how its “downforce on demand” produces more than 4,400 pounds of suction, delivering extraordinary grip and braking performance without depending on speed or conventional aerodynamics. This radical electric machine offers a glimpse of how EV engineering is redefining the limits of acceleration, handling, and racetrack performance. 

 Ford’s improving performance in the J.D. Power Initial Quality Study shows that an automaker can recover from persistent quality problems—but not through shortcuts or slogans. During this episode of TechMobility Topics, I examine the practical, often unglamorous work behind Ford’s rebound and why steady improvements in manufacturing, engineering, and accountability matter. As software bugs and infotainment frustrations increasingly shape vehicle quality scores, Ford’s progress also reveals how the definition of automotive reliability is changing. 

 A new ceramic solid-state lithium-ion battery is engineered to withstand extreme heat and sudden thermal shock—conditions that can overwhelm conventional batteries. In this episode of TechMobility Topics, I examine how this technology could support aerospace systems, military equipment, and industrial IoT sensors operating in punishing environments. Beyond the battery itself, the breakthrough raises a larger and more urgent question: where is advanced battery innovation happening, and what could falling behind mean for U.S. manufacturing competitiveness, supply chain resilience, and national security? 

 Automakers plan new vehicles years before they know what buyers will actually want. For this episode of TechMobility Topics, I examine how long development cycles and early tooling decisions collide with a market that can pivot rapidly from EV enthusiasm to hybrid demand. Texas surpassing California in new-vehicle spending—driven largely by pickup trucks—brings that uncertainty into focus. We explore the economics and cultural appeal of $65,000-plus full-size trucks and why affordable models such as the Ford Maverick Hybrid may offer the clearest signal of where the pickup market is heading next. 

Honda may be preparing to revive the Element as a hybrid compact SUV for 2029—but can it recapture what made the original such a practical cult favorite? In this episode of TechMobility Topics, I examine the reported comeback, Honda’s potential challenge to the Ford Bronco Sport, and what true versatility should mean for today’s small-adventure buyers. The biggest question is price: will a new Honda Element deliver the value and flexibility consumers want, or become an expensive exercise in nostalgia? 

 Crude oil prices receive most of the attention when gasoline prices rise, but they tell only part of the story. In this episode of TechMobility Topics, I explain the “crack spread”—the difference between the price of crude oil and the refined gasoline produced from it—and how this year's record-setting gap matters at the pump. I also examine how refinery capacity, maintenance, seasonal fuel requirements, and supply disruptions can push gasoline prices higher even when crude prices remain relatively stable. Understanding these less-visible forces provides a clearer picture of what drivers are really paying for. 

 A large-scale internal combustion engine running entirely on hydrogen is supplying electricity to Spain’s national grid—demonstrating a new approach to clean-energy storage and backup power. In this episode of TechMobility Topics, I explain how burning hydrogen in an engine differs from producing electricity with a hydrogen fuel cell, what makes hydrogen “green,” and how excess wind and solar energy can be converted into fuel for later use. This technology could help stabilize power grids, reduce wasted renewable energy, and provide reliable electricity for energy-intensive operations such as AI data centers.