Researchers at the University of Rhode Island are tackling transportation safety by studying roadkill patterns to identify wildlife crossing hotspots. With wildlife collisions causing approximately 200 human deaths and over $8 billion in costs annually in the United States, their work could save both human and animal lives through targeted infrastructure solutions. While the ask may seem odd, they are reassuring those they ask that it could make roads safer for drivers as well as wildlife

A company called Savor has developed a process to create "cow-free butter" using carbon dioxide from industrial emissions and hydrogen from water. This revolutionary approach could transform food production by eliminating agricultural inputs while providing customizable fats for various dietary needs.

The all-new Cadillac Escalade IQ exemplifies the significant advancements in electric vehicle technology. This massive luxury SUV weighs approximately 9,000 pounds yet delivers an EPA-certified range of 460 miles. Its dual Ultium drive electric motors produce a jaw-dropping 750 horsepower and 785 foot-pounds of torque, outmuscling even legendary performance vehicles like the Dodge Charger Hellcat. Despite its heft, the Escalade IQ provides a driving experience that's remarkably refined, quiet, and responsive. With a starting price of $130,090, it represents the ultra-premium segment of the EV market, but demonstrates capabilities that were unimaginable just a few years ago.

Battery technology is evolving faster than most consumers realize. GM's announcement of its new lithium manganese-rich (LMR) battery cell represents a significant shift toward more affordable, efficient electric vehicles. By replacing expensive, rare-earth materials like nickel and cobalt with more abundant manganese and utilizing a more efficient prismatic cell design, GM expects to deliver over 400 miles of range in electric trucks while substantially reducing costs. This development follows the natural progression that many industry experts predicted—as manufacturers scale up production and refine their technologies, EVs become increasingly practical and affordable.

Here at Techmobility Topics podcast, there is no shortage of conversation about mobility – of all kinds. I have talked about methane-powered ocean vessels, electric virtual take off and landing craft, over the road trucks, railroad locomotives, and the ubiquitous car and truck. The global market for e-bikes, scooters, and mopeds—valued at $160 billion in 2022—is projected to reach $340 billion by 2030. These lightweight options address urban congestion (drivers waste up to 119 hours annually in traffic), reduce emissions, and provide affordable alternatives to car ownership. While Americans cherish their vehicles, micromobility presents practical solutions for increasingly dense urban environments.

Coal. Considered a dirty fuel because of its high carbon content, along with the toxic by-products produced when burned, the EPA has been turning electricity producers away from the material and toward natural gas. The coal used in these instances is called thermal coal. The future of coal lies in its other, more industrial application as metallurgical coal or better known as coking coal which is used in the manufacture of steel, a basic but essential building material used in just about everything – from buildings and roads to household appliances. It seems that we are not done yet with the dirty business.

A troubling surveillance network is expanding across America. Flock Group, operating automated license plate readers in over 5,000 communities, is developing "Nova"—a system combining license data with information from data brokers and even breached databases. This allows tracking individuals without warrants or court orders, raising serious privacy concerns. Most citizens remain unaware that their movements are being recorded, packaged, and sold without meaningful legal protections.

Michelin's groundbreaking lunar rover tires represent innovation at its finest. Designed to withstand extreme temperatures from -400°F to 212°F without air, these thermoplastic marvels could revolutionize Earth vehicles, too. With electric vehicles weighing up to 30% more than their gasoline counterparts, the lessons learned from space might solve pressing challenges for everyday transportation. Much like the space race of the 1960s, today's moonshot projects could deliver tomorrow's consumer innovations.