My wife has always been bike-curious. As the partner of a mobility journalist and prolific electric bike reviewer, it would be hard for her to avoid them if she tried. But most of her brief experiences with e-bikes comes from joining me on riding trips or the occasional rented e-bike on vacation. She’s the proverbial barefoot kid to my proverbial cobbler.
After beginning a new job this year though, she decided that she wanted to start riding an e-bike to work. Now over 100 miles (160 km) in, I pestered her with a bunch of questions to figure out what a relative newcomer to bike commuting has learned from the experience, both the good and the bad.
Or at least she was 100 miles in when I started writing this. As I’ve worked on this article in between more pressing news over the last few weeks, she keeps pushing that number higher. This morning, I checked her odometer, and she is now pushing 200 miles (around 320 km) – still a newcomer but a much wiser one than she was 200 miles ago.
The reason I was so interested in getting her perspective on switching to an e-bike commute is because as someone whose job it is to be surrounded by e-bikes, it can be tricky for me to maintain the perspective of a new rider.
But now I have the perfect opportunity, as my wife is an excellent case of someone who replaced a car with an e-bike for one of the most common uses: driving to work.
They grow up so fast
She just started a new position as an elementary school principal this year, and we live just over 2 miles (3.5 km) from her school, which is in the center of our city here in Tel Aviv. Like many big cities, the traffic is awful and finding parking is even worse.
Enter the solution: an e-bike. After searching around, she found one that she really liked (after seeing me test it in one of my Eurobike videos).
So we got her the bike of her dreams, a shiny gold-colored Exxite XS folding e-bike with 20” wheels. It looks great, and she loves that the seat goes low enough for her to rest her feet on the ground at stops – something that makes her feel much more stable and comfortable.
She loves her new e-bike!
The first thing she told me when I asked how the experience had been so far was that she would never want to go back. We got the bike a few days after school started and so she began the year by taking the bus for the first few days.
The bus wasn’t ideal, but it worked. And when you don’t have a car, the bus looks a lot nicer than walking a few miles.
“It’s hard for me to consider going back to the bus now, that’s for sure,” she explained. “Now I can be on my own schedule, I don’t have to waste time waiting for the bus to show up or sit in traffic with everyone else on the bus just waiting to move.”
Heading out in the morning
As a school principal, she leaves early in the morning. That means the bus trip there had been relatively short at 6-8 minutes (there’s not much traffic at 7:00 AM).
But on the way back in the afternoon, the same trip could easily take 45 minutes due to gridlock traffic.
Now, with her new e-bike, the trip takes just 10 minutes in each direction. It’s not quite as fast as the bus on a wide open road at the crack of dawn, but it’s much faster during traffic on the way home and saves her around half an hour total each day.
Because she can use bike lanes for around 90% of the route, traffic levels don’t impact her trip time on the way home in the afternoon.
Riding to work can be a fun way to start the day
Originally fearing that riding a bike to work might be stressful, she actually found it to be the exact opposite.
“The more I ride, the more I get used to it. In the morning it’s actually a relaxing experience. Sometimes I just ride along singing to myself, enjoying the wind in my face. I also like that I’m being active and pedaling a little bit so I get some body movement in before I start the day. It puts me in a good mood each morning.”
While most of her route to work has a separate bike lane with much of it physically separated from cars, there is a section where she has to ride on the side of the road with cars. “That area is a bit stressful, and I have to be sure to pay extra attention,” she admits.
In one section without a bike lane, she either has to ride on the sidewalk or in the road with cars
Unlike in North America, throttles on electric bikes are technically not legal here. Many e-bikes still have them and slip under the radar, but local regulations require pedal assist-only and maximum speeds of 25 km/h (15.5 mph).
Her bike is up to code, and so without a throttle, she relies on the varying levels of pedal assist power to impact her speed and effort level. “I like the way I can adjust the power. The other day, it was a chilly morning and I forgot a jacket, so I put the bike in the lowest power level and my extra effort warmed me up.”
Having joined me on many of my frequent e-bike trips in the US, she too has been spoiled by throttle-enabled electric bikes though and wants me to outfit her e-bike with a throttle “just in case” and for days when she’s tired after work and would like the option of cruising along without having to always pedal. People these days… no respect for the rule of law!
Not everything has been an entirely positive experience though, and my wife isn’t shy about telling me what she doesn’t like, either.
“Some days I can carry everything I need in my backpack,” she explained. On other days, when she has more to carry, she hangs a shopping bag from the handlebars, but she doesn’t like that method because it doesn’t feel safe to her.
“I need to add a basket to my bike,” she says to me with a look that implies “you need to add a basket to my bike.”
To be fair, it’s been on my list of things to do. It’s right up there with reviewing a half dozen bike AirTag location tracker holders, installing a ceiling-mounted hanging bike rack, and editing bike videos.
When your dog gets a cameo…
My strong and independent wife also explained that the bike is a bit heavy for her.
Technically speaking, at 42 lb (19 kg), it’s fairly average for the folding e-bike market, but she’s a little lady and I understand what she means.
When she’s got her hands full, I see her sometimes struggling to get in and out of the elevator and hold open the big glass doors to enter the lobby of our apartment building.
Sometimes you want to help her, but hey, ultimately you have to let them learn on their own.
Navigating elevators and hallways can still be tricky
She’s also discovered the importance (and hassle) of locking a nice-looking electric bike to keep it from falling into thieves’ hands.
“I have to pay attention to where I lock it and always find something sturdy to lock to. Especially since it looks so good, I think it attracts attention.”
I set her up with two locks: a Foldylock Forever (which I think is one of the highest security bike locks in existence) as well as a super loud ABUS Alarmbox 2.0 motion-activated alarm.
From what I can tell, she doesn’t really take the time to set the alarm very often, but at least the folding lock would seriously slow down potential thieves.
There’s also the apparent hassle of charging, which frankly surprised me that she considered it a downside, but this is a judgment-free zone.
“I have to remember to charge the battery fairly often. One time I forgot several days in a row and by the end of the week, the battery meter was down to the red on the way home. I didn’t run out, but I was worried it would and that got me stressed. I don’t want to have to pedal the bike without electricity because it feels pretty heavy that way.”
Then there’s the speed issue. “It only goes up to 25 km/h and that makes me feel uncomfortable in the sections that I have to ride on the road because I’m slow compared to the cars. Or even in the bike lane on long straight sections, I wish I could go faster and arrive even quicker.”
To be fair, many electric bikes around here have been modified to go faster than the 25 km/h Euro-limit, and so she is one of the few rule followers, often even getting passed in the bike lane.
She’s not done with the complaints either, as I’ve apparently opened Pandora’s bike box here. “I also don’t like that I can’t really wear a skirt or dress without it sometimes flying up and everyone seeing my underwear. Or long flowing things like a shawl or my kimono that I’d be worried about getting caught in the wheels.”
Those aren’t problems I’ve ever personally considered, but that’s why it’s interesting to hear diverse perspectives.
The bike has fenders, but they have their limit. “Once I was riding and had to go through a puddle, and it splashed me. Now I’ve learned to pick my feet up when I go through a big puddle. Some of these things wouldn’t be that big of a complaint normally, but I’m going to work and I’m the school principal so I have to look professional.”
I assumed we were near the end, but I was wrong. As she continued, “I noticed I also really should wear sunglasses more often because a few times I forgot and a bug flew into my eyes.”
Then there’s the weather. “When it’s hot here, in the morning, it can still be nice to ride to work, but by the afternoon it can be quite hot on the trip home in the sun.”
Now that the temperature is cooling off though, she seems to enjoy the crisp weather during a ride.
Fortunately, that was the end of her list of disadvantages.
Just kidding, it continues.
“There are some red lights that are incredibly long to wait at, especially when there aren’t many cars on the road early in the morning. So I’ve started just checking that the road is empty and then going through.”
Technically, that puts her in the category of cyclists that car drivers like to think are responsible for the destruction of society and the slow tailspin our world is taking into the abyss, but I get her point.
In my opinion, it’s silly that she sits there at a red light, counting 100 seconds pass by, while the road is empty in both directions and most of the city is still asleep. If you drive a 4,000-pound piece of heavy machinery, waiting in the name of safety is a good idea so you don’t accidentally run someone over that you didn’t see. If you drive a 40-pound bike and have perfect 360-degree vision around you (and lack the physical ability to compress a pedestrian or cyclist into a pancake), then slipping through a red light on an empty road has an argument to be made.
Literally no cars on the road in any direction, and she’s waiting at a red light for bicycles
But for the most part, the experience has been overwhelmingly positive for her. And she enjoys setting a good example.
“Because we live in a city, most of my staff already come to school by bike, bus or by walking. But even more have switched to biking since I started, and I’ve also seen many of my teachers start wearing a helmet after they see me arriving to school wearing my helmet. I’m also looking into installing a bike room at my school so students and staff have a secure, guarded area to lock their bikes safely.”
We’re just starting to get into the rainy season, so we’ll see how well she holds up as the weather gets wetter. The few days it rained so far, she quickly discovered the plastic-bag-over-the-saddle trick. But she still has the bus as a backup for the days that it’s absolutely pouring outside.
Maybe we’ll be back here after the winter to report back on her first 500 miles (800 km). Until then, let’s hear what tips or discoveries you’ve learned from your own experience biking to work. Sound off in the comment section below!
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Cowboy, the Brussels-based connected e-bike maker, says it has secured the lifeline it needs to keep the lights on – and the wheels turning – after what the company calls “the most challenging period in its history.” And while market downturns and supply chain woes set the stage, it was a recall that nearly pushed the brand over the edge.
Over the past two years, Cowboy has been riding through the same headwinds that have knocked down much of the bike industry: post-COVID demand shifts, supply chain breakdowns, and a brutal market correction that has already claimed several high-profile e-bike brands. But in the middle of that storm came an extra blow – the company’s first-ever recall.
It started with an unapproved change from a supplier that affected a subset of Cowboy’s Cruiser ST bikes. It turned out that the frames were starting to crack after 2,500 km (1,550 miles). The issue was obviously serious, and it inevitably triggered an official recall. Frames had to be replaced, deliveries were delayed, spare parts became scarce, and customer service backlogs grew. For a company built on sleek design and seamless rider experience, it was a gut punch.
Cowboy says they kept quiet publicly while working on a solution, but now they’re ready to talk – because they’ve found one. In an announcement this week, the company revealed two major milestones: short-term financing to restart production and operations, and a signed term sheet with new financial partner REBIRTH GROUP HOLDING SA. The deal comes with the backing of Cowboy’s existing investors and debt provider, setting the company on a path it says will lead to long-term stability.
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There’s already some tangible progress. Replacement frames have arrived from suppliers, the first recall service hub is now operational (with more to open this summer), and production is gradually ramping back up.
Cowboy’s goal is to have normal operations restored before the end of the year, which means clearing backlogged orders, resolving outstanding customer cases, and getting back to the level of service that won them awards and loyal riders in the first place.
Cowboy has built a reputation for high-tech, urban-focused e-bikes and a premium riding experience, with customers across Europe and the US. But even the best-connected bike in the world can’t outrun a recall and a funding crunch forever. Now, this new deal gives Cowboy both the extra cash and the extra shot it needs to keep the ride going.
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Voltify plans to build a series of energy microgrids to power its locomotive batteries, as shown in this computer-generated image.
Voltify
Daphna Langer has a bold ambition: To decarbonize the rail industry in less than a decade.
How? By convincing U.S. freight railroad companies to switch from diesel power to rechargeable batteries — part of a business model Langer estimates could make her company, Voltify, as much as $10 billion a year.
The rail industry needs to reduce its emissions by 5% a year by 2030 to reach net-zero goals, according to a 2023 report by the International Energy Agency. In addition, switching to battery electricity would save U.S. rail freight companies $94 billion over 20 years, according to a 2021 study published in the journal Nature Energy.
Voltify’s VoltCars — essentially sodium-ion batteries on wheels — are designed to connect to existing freight locomotives.
Convincing the $80-billion U.S. rail industry to switch from a traditional and long-relied on fossil fuel to renewable energy might seem a tough task, but there are several reasons Langer said she is confident in Voltify’s goal.
After a stint advising multiple early-stage companies in the climate industry, Langer noticed two things that limited their growth. “Most of them rely on subsidies of governments, and [the] second [factor] is that they rely on manufacturing and scaling that just doesn’t exist today,” she said.
In a bid to overcome those hurdles, Langer held meetings with hundreds of people in the energy and materials industries, seeking opportunities. When she first met her co-founder Alon Kessel, it was a “ding ding” moment, she said.
A computer-generated image illustrating Voltify’s VoltCar batteries attached to a locomotive.
Voltify
Kessel knew the renewable energy market well, having co-founded Doral, a firm that owns and operates dozens of solar energy farms in the U.S. and Europe. He calculated that the six largest freight railroad companies in the U.S. — including Union Pacific and CSX — were collectively spending more than $11 billion a year on diesel, a figure verified by CNBC. Union Pacific, for example, spent almost $2.5 billion on fuel in 2024, per its annual report.
Langer and Kessel saw an opportunity. What if they could convince the large companies — known as Class 1 railroads — to convert their locomotives from diesel to battery power?
“Converting six companies is not that hard. And having that ability to create such an impact with just six companies, it’s huge,” Langer said. There is almost 140,000 miles of freight railroad track in the U.S., with the majority of the locomotives powered by diesel as there is little overhead electrification.
Langer and Kessel founded Voltify in 2023 and set about meeting the railroad companies. But they found initial resistance. “There’s a lot of skepticism, because this is such a traditional industry, and uptime and and reliability are key,” Langer said. “We’ve been figuring out what would be able to … fit into their schedule, to fit into their operations without harming their efficiency.”
The companies’ biggest concern was the amount of time it might take to charge the batteries, and that there would always be the power supply to do so. “The rail companies, who have been very blunt about it, [said] ‘Listen, we don’t really care about the energy source. We just need to make sure that it’s always up. There’s always energy,'” Langer said.
So Voltify spent about a year working on an algorithm that could forecast the energy demands of trains “in every route,” Langer said, and the company is also building its first solar-powered energy microgrid that Langer said is on track to be finished by the end of the year. “Our calculations show that a network of these microgrids could eventually power all trains in North America,” Langer told CNBC in an email. Voltify estimates that to do so would require 1,400 microgrids.
Wabtec’s FLXdrive battery locomotive was developed in 2019.
Wabtec
Voltify is in “very active” talks with three of North America’s largest railroad companies, Langer said, adding that it is set to run a demonstration project with a smaller railroad company later this year. Voltify is also starting a pilot with a Class 1 railroad company in early 2026, and Langer said it is “expected” that this will become a commercial deployment after several months.
Voltify isn’t the first company to come up with the idea of powering freight trains with batteries. In 2019, freight rail firm Wabtec developed a battery-electric locomotive called the FLXdrive, with the first trains set to operate in Australia after being ordered by miner BHP Group. The company also tested its battery-electric locomotive with GE, and said in an email to CNBC that it plans to test and operate FLXdrive trains in North and South American markets.
The technology can reduce diesel consumption and emissions by 30%, according to Tim Bader, Wabtec’s director of external and engineering communications, in an email to CNBC. “This benefit is critical since fuel is one of the major operating costs for a railroad,” he said.
But as the technology is emerging, there are challenges such as charging time and battery capacity, plus a “challenging” business case given the infrastructure investments required. “Like any emerging technology, these challenges will diminish as the industry continues to research and improve battery-power solutions,” Bader said.
A computer-generated image of a passenger train on New York City’s MTA Metro North network, which is set to be powered by Siemens Mobility Charger B+AC battery.
Siemens Mobility
There’s also “substantial” market potential for battery-powered passenger trains, according to Tobias Bauer, the acting CEO for Siemens Mobility North America, in an email to CNBC. “Battery-powered trains represent a new and exciting platform for the rail market, particularly as operators seek alternatives for non-electrified routes,” Bauer said.
Siemens Mobility has sold more than 400 diesel-electric Charger locomotives in North America, and in June launched its battery-electric train, the Charger B+AC, selling 13 to the New York’s Metropolitan Transportation Authority and Metro-North Railroad.
The new locomotive draws electricity from overhead catenary wires and transfers to battery power when needed, according to an online release. While the locomotives’ range is currently up to 100 miles, Bauer said that is expected to grow as the battery technology advances.
In February, Siemens Mobility received an order from Swiss freight operator WRS Widmer Rail Services for two of its Vectron lithium-ion battery locomotives, which can be used for shunting without the need for overhead power lines. Asked about the potential for battery-powered freight trains, Bauer said: “A full transition to battery-powered freight would depend on route specifics and charging infrastructure, but the potential is there.”
— CNBC’s Michael Wayland contributed to this report.
Chevy set a new EV range record going nearly 1,060 miles on a single charge in an optimized, but unmodified Chevy Silverado EV Work Truck that no one saw coming. No one, that is, except Chargeway founder Matt Teske. His EV route-planning map predicted the Silverado’s record-setting run with better than 99% accuracy – and he’s here to talk about it on today’s electric episode of Quick Charge!
We’ve also got a deep dive into what I think the biggest issue facing more widespread EV adoption might be, and a new solution from Blink Charging that might solve it.
Today’s episode is brought to you by Retrospec—makers of sleek, powerful e-bikes and outdoor gear built for everyday adventure. Check out Retrospec’s viral city ebike, the Beaumont Rev 2, made with a vintage-inspired frame design and modern electric features, all for just $999!
The best part: Electrek listeners can get 10% off their next ride until August 14 with the exclusive code ELECTREK10 only at retrospec.com
New episodes of Quick Charge are recorded, usually, Monday through Thursday (most weeks, anyway). We’ll be posting bonus audio content from time to time as well, so be sure to follow and subscribe so you don’t miss a minute of Electrek’s high-voltage daily news.
Got news? Let us know! Drop us a line at tips@electrek.co. You can also rate us on Apple Podcasts and Spotify, or recommend us in Overcast to help more people discover the show.
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