A study published last week in the scientific journal Nature Energy studied the effects of traffic and travel time in a city when micromobility options like electric scooters and e-bikes are banned. The results documented exactly how much traffic increased as a result of people switching back to personal cars instead of smaller, more urban-appropriate vehicles.
The ban occurred on August 9, 2019, and restricted use of shared e-bikes and e-scooters in the city between the hours of 9 p.m. and 4 a.m.
The study’s authors used high-resolution data from June 25, 2019, to September 22, 2019, from Uber Movement to measure changes in evening travel times before and after the policy implementation. That created a window of analysis of 45 days with and without shared e-bike and e-scooter use at night.
The study found that on average, travel times for car trips in Atlanta during evening hours increased between 9.9-10.7% immediately following the ban on shared micromobility. For an average commuter in Atlanta, that translated to an extra 2-5 minutes per evening trip.
The authors also concluded that the impact on commute times would likely be higher in other cities across the country. According the study, “based on the estimated US average commute time of 27.6 minutes in 2019, the results from our natural experiment imply a 17.4% increase in travel time nationally.”
The study also examined travel times around events, using major sporting events at the Mercedes-Benz Stadium in Atlanta as the key study area.
According to the study:
The timing of the ban coincided with Major League Soccer season. Given the more concentrated travel patterns during sporting events, we could expect to find a larger congestion effect from the banning policy as compared with our recurring mobility estimates. Consistent with this, we find an increase in travel time of 0.886 (s.e. 0.169) minutes per mile during soccer game days. For example, for a suburban resident who lives an average of 13 miles away from the city, the ban produces an increase in travel time of 11.9 minutes in returning home from the soccer game, a substantial 36.5% increase in travel time.
Shared electric bikes and e-scooters reduce traffic for everyone.
The study went on to consider the economic impact of that added congestion and increased travel time. As the authors explained,
Although a 2- to 5-minute delay for evening commuting and a 12-minute delay for special events could appear to be a minor inconvenience, the cost of additional time in traffic quickly adds up when aggregated across large commuter populations.
The economic impact on the city of Atlanta was calculated at US $4.9M. The study estimated this impact on the national level could be in the range of US $408M to $573M.
Interestingly, the entirety of the study’s data comes from before the COVID-19 pandemic, which played a major role in promoting the use of shared micromobility. A similar study performed today could find an even greater impact on congestion, travel times, and economic impact on cities.
American EV automaker Rivian is expanding across the pond into the UK, hoping to tap into the region’s talent pool in artificial intelligence engineering.
Rivian is a growing American EV brand with expanding office footprints as much as its lineup of unique electric trucks and SUVs. The company is currently headquartered in Palo Alto, California, with its main production facility located in Normal, Illinois alongside plans for a second production footprint about 40 minutes outside of Atlanta, Georgia.
Other US locations currently include offices in Irvine and Carson, CA, Wittmann, AZ, and Plymouth, MI. Outside of the US, Rivian operates out of offices in Vancouver, BC, Canada, Amsterdam, Netherlands, and Belgrade, Serbia.
This morning, Rivian announced its latest international office in London, UK, which will become an AI-centric development hub.
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Rivian’s production facilities in Normal, IL / Source: Scooter Doll
Rivian to open AI Hub in the UK
According to a release from Rivian early this morning, it sees the UK as rapidly becoming a world leader in artificial intelligence engineering, and is looking to tap into that talent pool with the new international office.
While Rivian’s current Autonomy Platform enables drivers to utilize hands-free, eyes-on highway driving, the American automaker intends to continue to evolve such tech to offer greater levels of autonomous capabilities.
Rivian shared that its second-generation EVs were designed with an “AI-centric approach.” As its Gen2 vehicle fleet continues to develop and grow, the automaker has been collecting more and more data to help accelerate the improvements to ADAS technology. Per the company:
Rivian believes the combined strength of its perception platform and in-vehicle data infrastructure will enable it to build a Large Driving Model, unlocking unparalleled understanding of complex driving scenarios and accelerating the path to safer, more capable autonomous features.
Rivian said the future work done at its new UK AI hub will enable its EVs to improve in the future via over-the-air (OTA) updates. Details remain light, but Rivian shared plans to host an “AI and Autonomy Day” later this year and promised to share more about its product and technology roadmap.
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Waev, the company best known for its iconic GEM electric low-speed vehicles (LSVs), just unveiled a brand new lineup of commercial electric carts and LSVs. And this time, they’re not messing around when it comes to utility. Dubbed the Fusion line, these new lithium-ion-powered vehicles include mashups plucked from the worlds of golf carts, street-legal shuttles, and jobsite pickup trucks.
The Fusion lineup includes six different models: three designed for people-moving and three built for utility work. But all six still seem to be aimed squarely at commercial, municipal, and industrial fleets.
Whether that’s running security at a stadium, shuttling guests at a resort, or hauling equipment around a worksite, there looks to be something in the Fusion family that probably fits the bill.
On the people-moving side, Waev is offering 4, 6, and 8-passenger models, all of which feature a flip-up rear seat that converts into a cargo deck, a near ubiquitous feature among modern golf carts and LSVs with rear-facing benches that helps them pull double duty as a light utility vehicle. The feature gives them added flexibility for things like maintenance staff, hospitality transport, or even large campus tours, letting them carry a large number of passengers, yet still be capable of stacking boxes or equipment in the rear.
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The utility versions look a bit different with more muted matte black bodywork, plus come with electrically-actuated hydraulic dump beds, 2-inch ball hitches, and even orange seat belts for jobsite visibility. It’s harder to forget to put on the seatbelt when it’s blindingly orange.
And yes, the Fusion Utility Long Bed basically looks like a pickup truck built on a golf cart chassis, which I find equal parts strange and endearing. But then again, I’m the guy who infamously kicked off the great American mini-truck trend a few years ago when my hilarious little tiny-truck went viral, so maybe I’m a bit biased when it comes to fun little utility vehicles.
All Fusion models are available in both “cart” and “LSV” configurations. The carts are speed-limited to 19 mph (30.5 km/h) and come with serial numbers, making them street-legal only in limited areas that have passed local ordinances permitting golf carts to use public roads.
The LSV versions get full VINs, meet federal low-speed vehicle safety standards (meaning over a dozen regulations on manufacturing standards and safety equipment), and can be driven up to 25 mph (40 km/h) on public roads where LSVs are permitted by state law.
Waev is sticking with lithium-ion power here, specifically a 105Ah Marxon pack that’s both heated and insulated for cold-weather use. That’s a big step up from the old-school lead-acid setups still found in some fleet carts (and, if we’re being honest, still offered on some of Waev’s other vehicles).
The company claims to offer automotive-grade manufacturing processes and reliability on its vehicles, along with Bluetooth diagnostics and a smartphone app for managing the fleet.
Other upgrades include LED lighting, back-up cameras, AVAS pedestrian alert systems, and standard three-point seat belts for all passengers. Optional extras like ladder racks, beacon lights, and upgraded tires make it even easier to tailor each unit to the specific job at hand.
The Fusion line slots into Waev’s already broad family of low-speed EVs and fleet vehicles, including the steel-bodied Taylor-Dunn utility vehicles, Tiger heavy-duty tow tractors for airports and warehouses, and the classic GEM lineup that’s been a staple of street-legal fleet transport since the late ‘90s.
It also looks like Waev isn’t just trying to sell the hardware here – it’s pushing hard on full-service fleet support, too. The company is leaning on an extensive dealer network across the U.S., Mexico, Canada, and Australia, and all Fusion models are available through Sourcewell and Canoe procurement programs for simplified public-sector purchasing.
One big thing we’re not seeing, though, are the prices. It’s more of a “contact us for a quote” situation, which means exactly what you think it means. We’ll try to learn more, but don’t expect to make it out of the lot without a measurably lighter wallet.
Electrek’s Take:
This is the kind of product line that probably won’t turn heads in your local grocery store parking lot, but it’s exactly the kind of quiet EV revolution that’s transforming fleets behind the scenes. Lithium-ion golf carts and LSVs that can tow, haul, and shuttle without the noise or emissions of gas engines? That’s a win for everyone –from municipal fleets to private campuses.
And frankly, I’m here for the golf cart pickup truck vibe. Street legal, work-ready, and just weird enough to be cool. The fact that the tailgate seems to swing all the way down and doesn’t lie flat like a normal pickup truck’s gate was a swing-and-a-miss by the designers – I don’t know how that got through – but everything else looks great! And hey, I guess I could always add a pair of tailgate cables if I wanted.
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Tesla’s retro-futuristic diner with Superchargers and giant movie screens is ready to open, and I have to admit, it looks pretty sick.
This project has been in the works for a long time.
In 2018, Elon Musk said that Tesla planned to open an “old school drive-in, roller skates & rock restaurant at one of the new Tesla Supercharger locations in Los Angeles.” It was yet another “Is he joking?” kind of Elon Musk idea, but he wasn’t kidding.
7 years after being originally announced, the project appears now ready to open:
Musk said that he ate at the diner last night and claimed that it is “one of the coolest spots in LA.” He didn’t say when it will open, but Tesla vehicles have been spotted at Supercharger and people appear to be testing the dinning experience inside.
A Tesla Optimus Robot can be seen inside the diner on a test rack. It looks like Tesla might use one for some tasks inside the diner.
I think it looks pretty cool. I am a fan of the design and concept.
However, considering the state of the Tesla community, I don’t think I’d like the vibes. That said, it looks like Tesla isn’t prominently pushing its branding on the diner.
You can come and charge there, but it looks like Tesla is also aiming to get a wider clientele just for dining.
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