KIRKLAND, Wash., Sept. 9, 2019 /PRNewswire/ — Micromobility (defined as shared bikes, e-bikes and e-scooters) has the potential to deliver substantial benefits to consumers and businesses around the world, including efficient and cost-effective travel, reduced traffic congestion, decreased emissions and a boost to the local economy.
Since 1993, the US Air Force has made its Global Positioning System (GPS) available to the world, and ever since then that technology has found its way into many facets of our everyday lives. It’s in our cars, in our phones, and even in our watches. It’s not surprising then that the United States continues to invest in the development of the technology for both civilian and military use — and that investment is beginning to pay off.
With two satellites in orbit and eight more in various stages of development, the latest iteration, GPS III, already is in the process of being deployed. Here’s what you can expect when the next generation of GPS goes fully operational in 2023.
It’s not just grown-ups that might appreciate electrified transport. Bosch has unveiled an “eStroller” system that uses dual electric motors and sensors to not only reduce the effort involved in carting your young one around, but prevent the stroller from going in unexpected directions. It’ll automatically study the road surface to help you push uphill, brake on the descent and keep it on track during lateral slopes. The technology will also bring the stroller to a halt if you lose control or battle fierce winds.
Truck drivers worried about losing their jobs to robots staged a protest outside the Capitol building in Jefferson City, Missouri on Tuesday.
Their goal was to convince the government to pass a bill that would prohibit any self-driving trucks from driving on Missouri roads, KRCG reports. While there are no autonomous trucks handling shipping jobs in the state yet, the truckers see the emerging technology as a grave threat to their job security and livelihoods — unrest that signals what can happen when jobs are automated without giving thought to the displaced workers.
Then again, Henry Ford said the same thing in 1940.
“Mark my words. A combination of airplane and motorcar is coming. You may smile. But it will come,” Henry Ford quipped in 1940. Our dreams of cars capable of taking flight at the whim of their driver have been around nearly as long as we’ve had cars themselves, or at least as long as we’ve endured heavy commute traffic. Yet the prospect of actual, commercially available flying automobiles has always seemed to remain just out of reach, only a few years from viability. But even as drones become commonplace, are we really any closer to an age of aeronautical automobiles than we were in Ford’s day?
What even is a flying car? Designs have run the gamut from the AVE Mizar (basically a Ford Pinto with wings, to VTOL (vertical takeoff and landing) designs like the Piasecki VZ-8 Airgeep. Even today, you’ve got roadable aircraft like the Terrafugia Transition, though these are quickly being pushed into the periphery in favor of VTOLs like the Bell Nexus being developed for Uber Elevate. That is, modern designs generally focus on serving as personal aircraft, rather than automobiles that can also fly.
The blocky, 36-foot-long, yellow- and white-striped vessel bobbing off the coast of the United Kingdom sure doesn’t look like much. But Maxlimer just might be the most important ship in the world right now.
Maxlimer is totally robotic. And it’s poised to be the first unmanned surface vessel, or USV, to cross the Atlantic. The journey could prove the case for a host of new oceangoing drones: crewless cargo ships; unmanned oil tankers; robotic work boats.
But don’t hold your breath. Widespread adoption could take years or even decades.
The world’s largest bicycle parking facility in Utrecht, the Netherlands. (Photo via CU2030/City of Utrecht)
UTRECHT, Netherlands (CN) – When your country has more bikes than people, you need somewhere to park them all.
On Monday, the Dutch city of Utrecht opened the world’s largest bicycle parking facility. The Netherlands has a population of 18 million people but 23 million bicycles.
Located beneath the central train station in the country’s fourth-largest city, the Stationsplein bicycle parking can hold 12,656 bikes. The previous record was held by Tokyo, Japan, which has a facility that can hold 9,400 bikes.
The legendary war philosopher Sun Tzu famously said, “The line between disorder and order lies in logistics.” Logistics is all about efficiency, and in today’s e-commerce-challenged supply chain, efficiency has been blown up to a large extent. Supply chains across industries, particularly in the retail-to-end-user world, have been undergoing complete reinvention for the better part of a decade.
Supply chain disruption resulting from e-commerce is rooted in the push to an omnichannel delivery model: Retailers are working hard to adapt to consumer demand to buy anywhere, accept delivery anywhere and return anywhere. Five-to-seven-day delivery is being replaced by one-to-two-day delivery, and the quest for the holy grail of low-cost, same-day or even two-hour delivery is stressing the old retail supply chain model. Failure to adopt an omnichannel strategy usually means death, as the many recently bankrupt retailers would surely attest.
Because plugging in an electric vehicle is a hassle.
BMW first announced its wireless charging pilot program back in 2017. It works with BMW 530e plug-in hybrid models and the pilot program is helping people test the ability to charge the cars using magnetic induction. The system works in much the same way as we use induction charging for cell phones, except the charging pad is bigger. Parking over the pad starts the charging process automatically and the driver doesn’t have to do anything more. We knew the technology would make it to the US eventually, and now BMW has announced it’s testing it here through a pilot program.
A look at the full lifetime emissions of the vehicles call into question the ecological assumptions around “micromobility.”
Bird boasts that its dockless electric scooters allow customers to “cruise past traffic and cut back on CO2 emissions—one ride at a time.”
Its rival Lime claims the vehicles “reduce dependence on personal automobiles for short distance transportation and leave future generations with a cleaner, healthier planet.”
But the mere fact that battery-powered scooters don’t belch pollution out of a tailpipe doesn’t mean they’re “emissions free,” or as “eco-friendly” as some have assumed. The actual climate impact of the vehicles depends heavily on how they’re made, what they’re replacing, and how long they last.
The L.A. New Mobility Challenge is a major global startup competition focused on solving the challenges of urban mobility. The third edition of the Challenge brings together 12 semi-finalists who will pitch their innovations on stage to a crowd of top Venture Capitalists and key public and private stakeholders on November 13, 2019, the eve of CoMotion LA 2019.
The four categories this year are shared and personal mobility, urban aerial mobility, smart infrastructure (including autonomy and connectivity), and zero emission mobility. To be eligible, companies must be less than five years old, have revenue of less than $5 million, and have a product in pilot, beta or prototype stage.