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The rise of electric bicycles is leading to a critical shift in urban transportation, bringing with it the potential for cleaner cities, reduced traffic congestion, and a boost to riders’ physical and mental health. However, there are still two significant barriers preventing many from adopting this green mode of transportation. The strange thing though is that neither of the two biggest problems with e-bikes are even about e-bikes themselves.

The deadly risk of cycling on roads

Riding an e-bike is almost entirely a positive experience in and of itself – at least if you ignore outside factors. Riders get where they’re going faster, they save money, and they get healthy.

But if you ask those who are bike-curious why they haven’t made the switch from their car to a bike, the most common answer will be something to do with getting hit by a car.

And it’s not an irrational fear. While most cyclists are likely never to get hit, especially when employing safe riding tips and practices, there’s no getting around the fact that the rate of cycling injuries and deaths is increasing in the US.

There’s plenty of blame to go around for this problem. Part of it can be related to car bloat, where every year we see cars growing a little bit bigger and heavier, resulting in today’s massive SUVs and trucks. Part of it can be attributed to distracted drivers who are increasingly tied to their phones instead of looking out for other road users. But the biggest culprit of all – and the one thing that can help negate all of those other issues – is a distinct lack of widescale safe cycling infrastructure.

Every year, countless cyclists lose their lives in collisions with motor vehicles. The juxtaposition of lightweight bicycles and heavy, fast-moving vehicles, especially in areas without designated bike lanes, means that cyclists are always the losers regardless of who’s at fault in a crash.

Cities worldwide must recognize this urgent issue and invest in creating safer infrastructure for cyclists. This means constructing protected bike lanes, especially those separated from traffic by barriers or a safe distance.

But it also means more comprehensive road safety campaigns, focusing on educating drivers about sharing the road. And lastly, penalizing dangerous driving. Speed cameras are a simple and easy way to enforce the most common cause of accidents (and the largest risk that an accident leads to injury or death), speeding cars. Other methods should also be explored. There’s no reason to allow dangerous driving that threatens other road users to go unchecked.

An AI-generated image of a bike lane has the right idea, even if it’sk a bit bollard-heavy. And yet, there’s still a van in the bike lane…

The lurking threat of bike theft

Even if we suddenly solved the issue of dangerous car drivers killing cyclists, there’d still be one other major hurdle to promoting widespread e-bike adoption: bike theft. It’s one of the main concerns potential e-bike riders face, with rampant theft of bicycles in urban areas now increasingly focusing on electric bikes for their higher value and ability to part out the expensive components.

E-bikes are often pricier than their traditional counterparts due to their motors and battery systems, making them especially attractive targets for thieves. The anxiety of leaving a pricey investment locked in public has deterred many potential riders.

electric bike stolen

One solution to this problem lies in strengthening security infrastructure. Cities can invest in more secure bike parking stations, equipped with surveillance systems and secure locking structures. Property owners can also contribute by providing safe indoor storage spaces for residents and employees. I recently spoke with LeGrand Crewse, the CEO of California-based e-bike company SUPER73, who told me about a local project where the company partnered with high schools to help build secure locking rooms on campus to ensure students wouldn’t have to worry about an expensive bike being stolen during the day.

Focusing on locking education, especially on which locks are higher quality and how to use multiple locks in unison, can help riders feel more confident about protecting their rides. I’ve used a Foldylock Forever from Seatlylock for the last few months and found it to be one of the best, most secure locks I’ve ever tried.

Education is key, but the best and most effective option relies upon cities helping to create safer locking locations. You don’t have to go full-Amersterdam, though that’d be a good place to draw inspiration. Check out the impressive bike parking garages I saw on my last visit to The Netherlands.

A call to action

While e-bikes offer a promising solution to many urban transportation problems, their potential remains needlessly limited by theft concerns and safety issues. These are issues with solutions, and we should work to implement those solutions.

As cities look to a more sustainable future, it’s imperative to tackle these challenges head-on. Safe and secure bike parking and dedicated protected bike lanes are not luxuries; they are necessities in a world where we rely on smaller and more efficient alternatives to the cars and SUVs that have taken over our cities.

It’s time to fix these problems and reimagine our urban spaces to ensure that everyone, from e-bike riders to pedestrians, can move about safely and confidently.

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Volkswagen unveils ID. EVERY1 show car, production version set to launch around 20,000 euros

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Volkswagen unveils ID. EVERY1 show car, production version set to launch around 20,000 euros

German automaker Volkswagen has presented a world premiere of a new all-electric show car called the ID. EVERY1. This new entry-level Volkswagen BEV model will evolve into a production version soon and is expected to start at an MSRP of 20,000 euros ($21,500).

Despite its past follies in EV development, particularly on the software side, Volkswagen continues to demonstrate a steeled focus on electrification and expanding its “ID” lineup of BEVs. The automaker’s flagship ID.4 has found success in Europe and the US and has since been joined by additional models such as the ID.3 and ID.Buzz van—another fan favorite (aside from the decision not to offer a camper variant… huge miss, guys).

In addition to those production models on the market, Volkswagen has previewed other BEVs in its pipeline, including the ID.2all and an SUV variant, all part of the brand’s goal to deliver nine new models by 2027, four of which will sit atop VW’s new FWD MEB platform.

One of those new models in the pipeline is Volkswagen’s most compact and affordable BEV to date. In concept form, Volkswagen calls this model the ID. EVERY1, nodding at its affordability and small size in which most everyone can use it… as long as you live in Europe.

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To date, we’ve only seen sketches of the ID. EVERY1 and confirmation from Volkswagen that the production version will start at around 20,000 euros. The German automaker echoed those plans during a global premiere event for the ID. EVERY1 in Germany today. Check out the full video below.

Volkswagen ID.EVERY1 set to hit production in 2027

Per a detailed press release from Volkswagen today, the ID. EVERY1 show car makes its global debut as a sporty, compact show car that offers a preview of the production version, slotted to launch sometime in 2027.

The production version will follow the ID.2all, which should arrive in Europe as early as 2026 and is expected to start at around 25,000 euros ($27,000). Both the Volkswagen ID.2all and ID. EVERY1 (official production name pending) will launch as part of a new “Electric Urban Car Family” designed in Europe, for Europe and will feature the automakers FWD MEB platform technology.

The release did not mention software, but considering that vital component for EV success has been a hurdle for the brand, we’d expect at least some of Rivian’s technology to make its way into these Euro models following a $5.8 billion partnership announced last summer. According to Volkswagen Brand CEO Thomas Schäfer, the ID. EVERY1 will help complete a diverse portfolio of electrified models of all sizes for Europe and other markets:

The ID. EVERY1 represents the last piece of the puzzle on our way to the widest model selection in the volume segment. We will then offer every customer the right car with the right drive system—including affordable all-electric entry-level mobility. Our goal is to be the world’s technologically leading high-volume manufacturer by 2030. And as a brand for everyone—just as you would expect from Volkswagen.

Volkswagen shared that the production version of the ID. EVERY1 will be the first model in the entire Group lineup to use a “fundamentally new and particularly powerful software architecture.” Does it start with an “R” and end with an “ivian?” There is no confirmation over here, but that sounds like it! Okay, back to the concept. Here are some brief specs:

  • The concept can reach a top speed of 81 mph
  • The newly develop FWD motor offers 70kW (94 hp) of power
  • The current range is 250 km (155 miles)
  • It offers seating for four, plus 10.8 cubic feet (305 liters) of cargo volume
  • Its overall length is 3,880mm (152.8 in)
    • It’s longer than the VW Up! (41.7 in/3,600 mm) but shorter than the ID.2all (159.4 in/4050 mm)

Looking ahead, Volkswagen said it intends to offer the public a more robust preview of its new “Electric Urban Car Family,” including the ID. EVERY1 and ID.2all this coming fall. For now, here’s a closer look at the ID. EVERY1 show car.

Source: Volkswagen

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This Chinese EV has surpassed Tesla’s Model 3, and Model Y is next

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This Chinese EV has surpassed Tesla's Model 3, and Model Y is next

The Tesla Model 3, once the most popular EV in the critical Chinese EV market, has been quickly surpassed by the Xiaomi SU7, and now they are going after Tesla’s Model Y.

Is the mystical prophecy of the “Tesla killer” finally coming true?

As impressive as Tesla’s entry into the Chinese market was, Xiaomi’s own EV venture in China has been even more remarkable.

Tesla was the first foreign automaker to secure a wholly-owned car factory in China. It built it and started production at the plant in record time, an incredible moment for the EV industry in China and globally.

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Within the first 6 months of Model 3 production at Gigafactory Shanghai in 2020, Tesla built around 50,000 vehicles, which was unprecedented.

Xiaomi, better known for its electronics, produced 70,000 SU7 EVs in the first six months of production last year.

In its first full year of production, Xiaomi came out of nowhere and outsold Tesla’s Model 3 in the critical Chinese market.

In January, Tesla sold about 8,000 Model 3s in China, while Xiaomi delivered more than 22,000 SU7 EVs. This trend is expected to continue.

It’s not too surprising to see why. The base Xiaomi SU7 starts at 20,000 Yuan cheaper (~$2,500 USD) than the Model 3 and offers a bigger battery pack with 10% more range, as well as many tech features that Tesla doesn’t provide, like a heads-up display.

Xiaomi EV

It even has a rear mini fridge, and since we are comparing it to Tesla, it also has a turn signal stalk.

The most unambiguous indication that the SU7 has taken over the Model 3 is the wait times.

Despite SU7 production already being higher than Model 3, you can get a Model 3 within “1-3 weeks” of ordering, while you have to wait “31-34 weeks” for a new SU7, according to Xiaomi’s online configurator:

If anything, the long wait times on the SU7 are helping Tesla as some can’t wait that long for a new car. However, Xiaomi is still ramping up production.

Speaking of production, Xiaomi took clear inspiration from Tesla. The SU7 is using large casting parts, which Tesla calls “gigacasting” and Xiaomi calls “hypercasting.”

The Chinese company is also using a similar design as what Tesla calls “structural battery pack”, where the pack is a structural part of the vehicle’s chassis.

Interestingly, Tesla uses these features on the Model Y but hasn’t transferred them to the Model 3 yet. Xiaomi uses them on the SU7, its Model 3 competitor – giving it an advantage, and it will do the same on its upcoming Model Y competitor.

That’s where Tesla needs to worry.

Model Y is by far Tesla’s best-selling car, and China is the world’s biggest EV market by a wide margin. What the SU7 did to Model 3, Xiaomi’s upcoming YU7 is likely to do to Model Y.

Xiaomi YU7

Xiaomi is going to start production of the YU7 this summer and it is expected to ramp up production just as quickly as it did with the SU7.

It compares similarly to Model Y as SU7 compares to Model 3.

Fortunately for Tesla, the new competition comes as it updated the Model Y, which should help – although current wait times on new orders do point to soft demand for the new version.

Is there finally a “Tesla killer?”

Electrek’s Take

As I was writing and researching this article, by the way big hat tip to Troy Teslike for helping a ton with research for this, I was reminded of the legend of the “Tesla killer.”

It’s a term that the media loved to use every time a legacy automaker launched a new EV in the early days of Tesla. We laughed at them for even suggesting it, as they would apply it to vehicles that didn’t match Tesla’s performance, production volumes, or profitability.

Sure enough, none of them came even close to negatively affecting Tesla, let alone “killing” the company.

But Xiaomi is coming as close as I’ve ever seen in my 15 years of covering Tesla (coming on 10 years full-time professionally).

Let’s be clear: Xiaomi owes Tesla quite a bit for its EV success. The automaker pioneered gigacasting and structural battery packs, and Xiaomi followed suit to great success. I am sure these are not the only Tesla features that inspired Xiaomi.

With that said, this is the reality now, and Tesla is getting left behind.

Tesla benefited from being a foreign brand in China. Buyers saw it as a luxury brand, but the company is now a victim of its own success. The cars became so popular that the brand deteriorated, and it is not seen as premium or exclusive anymore.

At the same time, Chinese manufacturers became much better at making EVs, and now, several of them have achieved a better reputation from buyers in China than Tesla.

Furthermore, with the new Model Y, Tesla went with design accents that are already popular in China. As we previously reported, the new Model Y looks very similar to Xpeng’s vehicles. This is making Tesla “like any other brand in China.”

In my opinion, Chinese competition, especially Xiaomi, will hurt Tesla badly in China this year.

The automaker is planning to roll out cheaper models in the second half of the year. This should help, but the entry EV market is already quite crowded in China, and Tesla is likely to cannibalize itself more than anything.

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Cadillac Escalade too small? New, bigger $133K Escalade IQL might be the ticket

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Cadillac Escalade too small? New, bigger 3K Escalade IQL might be the ticket

Who are we to judge the needs of folks who have $133K burning a hole in their pocket? Certainly, a longer Escalade IQL is better as a huge electric vehicle rather than a gas version? Well, here we are…

Let’s have a look a the eye candy first:

I think objectively, it is a good looking vehicle and maybe even ironically looks smaller as a longer vehicle. Is that a station wagon with a child driving it? The extra $40K worth of increased length is almost entirely added to the rear, providing extra 3rd-row seating space and a larger cargo area(seen above).

Elevating the spaciousness of the vehicle, the 3rd row benefits from more than 4 inches of additional legroom (36.7″ vs. 32.3″), and an additional inch of headroom (38.2″ vs. 37.2″) contributing to more comfortable seating throughout the cabin.

As a reminder, Cadillac changed the Frunk name and says the large eTrunk compartment under the hood offers an additional 12.2 cubic feet of secure storage which is the same as the Escalade IQ.

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As for the specs, this is GM’s Ultium 205kWh battery, shared between the Escalade IQ, GMC Hummer/Sierra and Chevy Silverado and it delivers the same 460 miles of range. Also, 350kW charging can deliver up to 116 miles of range in just 10 minutes. The 800V charging curve degrades slightly from there but it is still respectable.

  • 750 hp and 785 lb-ft of torque (with driver-selectable Velocity Max10 estimate)
  • 0-60 mph in 4.7 seconds (with driver-selectable Velocity Max10, Cadillac estimate)
  • A Cadillac-estimated max towing capacity of 7500 lbs,
  • Magnetic Ride Control 4.0 and Air Ride Adaptive suspension isolate passengers from undesirable road surfaces while providing precise steering and feel
  • Isolated Precision, Cadillac’s ride and handling philosophy – quiet, smooth and effortless with a strong connection to the road
  • Independent front and rear suspension
  • 24-inch wheels and 35-inch tires
  • Suite of standard active safety and driver assistance features
  • Standard Super Cruise5, the industry’s first truly hand-free driver assistance technology (with three years of OnStar connected service)

GM outlines some of the standout features of the Escalade IQ/L lineup:

  • A curved pillar-to-pillar 55-inch total diagonal display for an immersive and personalized infotainment experience with voice control, navigation, an app store and dedicated ESCALADE IQL graphics.
  • Seating available for up to seven total passengers, with a power folding third-row, which folds flat for more storage
  • Standard AKG 4 Studio 21-speaker audio system, with available AKG Studio
  • Reference 38-speaker system, which increases to 42 speakers with available Executive Second Row package. The AKG audio system also features custom-tuned speakers and amplifier content Dolby Atmos® for deeper depth, clarity, and detail when listening to music and entertainment
  • Standard Super Cruise5 driver assistance technology on all trims (3 years OnStar Super Cruise plan6)
  • Available 5G Wi-Fi® hotspot capability7 connected by OnStar, along with a comprehensive suite of OnStar safety and connected services that enhances each journey and delivers extra peace of mind
  • Ample passenger entertainment options, including HD streaming and browser compatibility, so customers can log into any streaming app and watch
  • The Escalade IQL also comes equipped with vehicle-to-home (V2H) bidirectional charging capabilities, which when paired with the GM Energy V2H Bundle, allows for the transfer of energy between the vehicle and a properly equipped home during times of need

The ESCALADE IQL will be offered in four trims – Luxury, Sport, Premium Luxury, and Premium Sport with MSRP starting at $132,695. The IQL will be sold globally, including in the U.S. and Canada, with production starting in mid-2025 at General Motors’ Factory ZERO plant in Detroit.

Electrek’s take

Sure, you could make about four small EVs with the 205kWh battery or 10 PHEVs with 50 miles of electric range with one of these batteries. But people are going to buy huge luxury SUVs and it is better to buy an EV than a gas version, right?

Also with GM’s V2L options, this huge 205kWh battery could back up a home for weeks or be used in emergencies.

For those who prize the decadence of an Escalade but also need some extra third row space for that ski trip to Aspen or Jackson Hole, you have your vehicle. Or, most likely, those ballers who want to have the biggest, most expensive, luxurious SUV on the market.

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