I was recently in China on yet another trip to tour the factories and showrooms of several leading micromobility companies, and I’ll have more to share with you on that trip soon. But first, while I was getting ready to fly out of the Shanghai airport, I stumbled upon the coolest little motorized carry-on suitcase that functions like a seated electric scooter. I ended up buying it on the spot.
Here’s what happened next when I tried to take it 8,000 km (5,000 miles) home.
This time it’s for real
This is the real deal – I actually bought and tested this thing, which I can prove with my hilarious testing video filmed in three different international airports. I highly recommend it, if you’ve got a couple minutes to burn.
I’ve seen these motorized suitcases floating around the interwebs for some time, but they’ve always been frustratingly expensive. For more than the price of a great e-bike, you can buy one of these motorized suitcase scooters. Since I wasn’t about to drop nearly $900 on a contraption like this, I figured I’d never have the pleasure of experiencing one.
That was until I walked past a shop selling them in the Shanghai airport. I was able to snag it for just 3,000 RMB, or the equivalent of around US $411. It’s still a dumb price, but it’s over half off the going rate in the west.
How does a motorized suitcase scooter work?
This thing is actually a decent rolling suitcase to begin with. It has 26L of storage, large rear rolling wheels, and a solid telescoping handle so you can roll it around like a normal trolley bag.
But when you push the expansion toggle switch the rear, the scooter’s frame extends out of the bottom and you can telescope up the handlebars to turn it into a functional scooter. A little pad tucked under the carry handle serves as a diminutive seat, and the right thumb lever on the handlebars is pressed to activate the electric motor in the single front wheel. The left thumb lever is the brake (just electric motor braking, no physical brakes), and you can engage reverse by holding both thumb levers simultaneously.
For something designed to do two things at once, which is normally a recipe for mediocrity at both, it actually surprised me in a good way. The suitcase works fine, even if you lose some of its interior storage that is taken up by the scooter’s frame. You also get the nice feature of the suitcase’s battery functioning like a USB power bank, so that’s another cool feature. And as a scooter, it’s decently comfortable, though a bit cramped.
I will say that the zipper on the bag feels a bit cheap and seems to me like it could be the first thing that will eventually break, rendering the bag useless for carrying anything, but until then it works pretty well at its job.
How good can a motorized suitcase scooter be?
This specific suitcase is the Airwheel SE3S, and the marketing says it can get up to 13 km/h (8 mph). My journey home from China started in Shanghai, where for the first couple kilometers of scooting, I didn’t realize I only had the suitcase in the middle power mode and not its highest setting.
I still had a lot of fun scooting around the airport and I was even going faster than folks walking on the moving walkways, so the middle gear was still plenty fast.
But after arriving at my connection in Abu Dhabi, I downloaded the smartphone app and discovered that I could fully unlock the speed. At that point, I was using every single one of those 300 watts available in the front motor to rocket me up to 13 km/h. In fact, I was going so fast that when I would hit the metal expansion joints in the airport floor, the little 92 Wh battery would bounce up off of its connector and I’d momentarily lose power. I could reach behind me and push the battery back down, then all was good again. And it really only happened in the highest power mode, which is when I’d hit any bumps with the most force.
But keep in mind that that if you hit any bumps at full speed, you might have to deal with momentary power interruptions. Not ideal, but still better than the trolley bag that I’d have to pull instead of this one pulling me!
To be frank, I’m actually amazed that the thing was pulling 300W through that little barrel connector (easier to see in the video).
But it never felt like anything was heating up too much, so I guess they have spec’d some sufficiently capable copper and enough heat dissipation on either side to make it work. Or it’s not really pulling 300W, which would make sense since how much power does one really need to go 13 km/h on a flat airport floor?
I also found other features that were available in the app, such as changing the color of the LED lighting in the scooter and controlling the suitcase remotely from my phone. The latter was pretty funny to test out – imagine pushing a button on your phone and watching your suitcase drive away.
Both seem like novelties, so I didn’t really mess with those features very much in practice.
I could see in the app that by this point I had scooted around 3 km (nearly 2 miles) in the Shanghai and Abu Dhabi airports, which was a weird statistic to have for a suitcase, but I was pretty proud of it.
Can you legally fly with an electric motorized suitcase?
I never once had an issue with the bag, though it did get pulled off to the side for additional screening in Abu Dhabi. The battery had already been removed, but it went it got pulled off into the lane of shame after the X-ray scan anyway.
That when a big UAE dude in military fatigues carried my scootcase over to the inspection counter, took one look at the computer screen with its scan on it, and told me it was good to go. No extra inspection. I popped the battery back in and rode away, as one does in these situations.
With a 92 Wh battery that neatly fits under the 100 Wh limit used by most airlines for lithium-ion batteries in carry-on bags, there’s really nothing else that would disqualify this as a legal carry-on bag in most cases. There are some airlines that have specifically banned hoverboards and other rideables, so you may want to double check, but I had no issue in three international airports.
But the journey wasn’t over yet
The final leg of my journey was a flight from Abu Dhabi to Tel Aviv, and the Airwheel suitcase performed admirably yet again. It fit just fine in the overhead storage compartment and was ready to rock n’ roll as soon as I was off the plane.
In fact, just because Ben Gurion Airport was my final stop, that didn’t mean I was done scooting. I took the train from the airport to a stop around 2 km (1.2 miles) from my apartment, then tried to ride my suitcase the rest of the way home. I probably could have made it since the battery is rated for around 8 km (5 mi) per charge, but it just felt pretty darn slow. So I put it on a Lime scooter and rode the pair of us most of the rest of the way at a much peppier 25 km/h (15 mph).
Close to home, I switched back to my suitcase so I could ride the last few hundred meters in style. And to finish strong, I was able to ride it right up the handicap accessible ramp into the lobby of my building, into the elevator, back out of the elevator (in reverse, mind you), and right up to my apartment door.
I had successfully ridden the suitcase from a Shanghai airport shop to my living room, albeit with a few planes, a train, and a Lime scooter in between.
What’s the verdict?
At just over US $400, I can barely justify this thing, at least for me. Yes, it actually worked great and was super fun, but I’m not exactly the target market.
For someone who has trouble walking long distances in an airport, this would definitely be a better way to get around.
But at the Amazon price of nearly US $900, it’s hard for me to call this a “buy”. Don’t get me wrong, I had a blast on it and don’t regret it, even if I’m probably going to try to sell it used for close to what I bought it for and recoup my investment in this article and video. But I’m not sure I can tell anyone it’s really worth the Amazon MSRP, for the same reason that I never considered buying one myself until I found it for under half-priced directly from its Chinese source. In fact, now I’m wondering what it would cost on the streets of China if I hadn’t paid the presumed airport markup.
I guess I’ll need to go back to China and find out…
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California has led the nation in electric bicycle adoption, helping more people than ever before switch away from cars and toward smaller and more efficient transportation alternatives. However, the proliferation of electric bicycles has also led to a major uptick in higher-power models that have flaunted established e-bike laws, often being used on public roads and bike paths to the chagrin of many local residents.
A new law that came into effect this week has now further clarified which electric bicycles are street-legal and which fall afoul of regulations.
The legislation is meant to address the growing number of high-powered electric bikes, many of which use traditional electric bicycle components but are capable of achieving speeds and power levels that give them performance closer to mopeds and light motorcycles.
This phenomenon has led to a heavily charged debate around the colloquial term “e-bike” and the regulatory term “electric bicycle”. The main question has become whether increasing the power and speed of such bikes pushes them outside the realm of bicycles and into the class of mopeds and motorcycles. That distinction is important since the legal classification of “electric bicycle” provides for such bikes to be used in the widest possible areas, including on public roads and in bike paths, as well as negates the need to tag, title, or insure electric bicycles.
SB No. 1271 was signed into law last year and came into effect on January 1, 2015. The bill covered several new e-bike regulations, including fire safety regulations and requirements for third-party safety certifications that will come into effect over the next few years, as well as a further tightening of the three-class e-bike system to limit which electric bicycles can include hand throttles.
However, near the end of the new legislation is a three-line section that clearly outlines which vehicles are not considered to be “electric bicycles” under California law.
The following vehicles are not electric bicycles under this code and shall not be advertised, sold, offered for sale, or labeled as electric bicycles:
(1) A vehicle with two or three wheels powered by an electric motor that is intended by the manufacturer to be modifiable to attain a speed greater than 20 miles per hour on motor power alone or to attain more than 750 watts of power.
(2) A vehicle that is modified to attain a speed greater than 20 miles per hour on motor power alone or to have motor power of more than 750 watts.
(3) A vehicle that is modified to have its operable pedals removed.
The three points are used to exclude vehicles from the legal definition of an electric bicycle in California. This wouldn’t necessarily make these vehicles “illegal” per se, as they could still be sold, purchased, and ridden in California, simply not as “electric bicycles”. However, they could be illegal to use on public roads or in bike paths, where prohibited or not properly registered.
This not only impacts how such vehicles could be marketed, but also where and how they could be ridden. Powerful e-bikes that now fall outside the regulatory term “electric bicycles” could still be used off-road on private property or where allowed, and could potentially be ridden on public roads if properly registered as mopeds or motorcycles, though that would also require the e-bikes to meet the regulations for such vehicle classes.
Provision 1: E-bikes designed to be unlocked for higher power or throttle speeds
The first provision covered in the new law copied above applies to e-bikes designed by the manufacturer to be user-modifiable to go faster than 20 mph (32 km/h) on motor power alone (i.e. by use of a hand throttle that requires no pedaling input), or to provide more than 750 watts of power. To be clear: This does not make e-bikes that travel over 20 mph illegal (they can still travel up to 28 mph on pedal assist) but rather targets those that can achieve such speeds on throttle alone.
Most electric bicycles in the US, even those capable of traveling at speeds over 20 mph, ship in what is known as Class 2 mode, which includes having a software-limited top speed of 20 mph on throttle and/or pedal assist. However, it is common for many electric bicycles to be easily “unlocked” by the user, which often requires just a few seconds of changing settings in the bike’s digital display. This unlocking often allows riders to travel faster on pedal assist, usually up to 28 mph (45 km/h), and on some occasions unlocks that faster speed on throttle-only riding too.
Most of the mainstream electric bicycle brands in the US still limit throttle-only speeds to 20 mph, even when the e-bike is “unlocked” by the user, meaning they would not fall afoul of the new law based on higher speed pedal assist functionality. However, several brands do allow higher speed throttle riding above 20 mph, and these e-bikes would no longer be classified as electric bicycles in California, even when in their locked state with a 20 mph speed limiter. As the law is written, those e-bikes can not be considered electric bicycles in California because they are designed to be unlockable to higher speeds than 20 mph on throttle-only.
Additionally, any e-bike that can be unlocked to offer higher than 750W (one horsepower) will now also fall outside the confines of electric bicycles in California. This regulation, based on power instead of speed, is in effect a much wider net that will likely catch many – if not most- of the electric bicycles currently on the road. There has long been a 750W limit for e-bikes in the US, but this has traditionally been treated as a continuous power limit. The peak power of such e-bikes is usually higher, often landing in the 900-1,300W range. The new California law removes the word “continuous” from the regulation, meaning motors that are capable of briefly exceeding the 750W motor (i.e. most 750W motors), will now fall outside of electric bicycle regulations.
Provision 2: E-bikes modified for higher power or throttle speeds
While the first provision above ruled that any e-bikes intended to be unlocked for throttle-enabled speeds of over 20 mph or to provide more than 750W of power are no longer classified as electric bicycles, the second provision covers e-bikes that are modified to those parameters even without being intended for such modification.
This is a much smaller category of e-bikes and is usually indicative of custom or DIY builds. Most e-bikes capable of operating at performance levels now ruled outside of electric bicycle classification have simply been reprogrammed using the manufacturer’s own modifiable settings menu on the e-bike. But some riders use other methods to increase their e-bike’s power, such as by swapping out motors or controllers with faster and more powerful alternatives.
The second provision in the law targets these types of e-bikes, which weren’t intended to have been modified for higher speeds and power levels, but have been customized to do so anyway.
Provision 3: No pedals, no bicycle
The third provision simply clarifies the pedal rule: In order to be considered an electric bicycle, an e-bike must have functional pedals.
That doesn’t mean that if an e-bike has pedals that it is automatically considered to be an electric bicycle, but only that a lack of such pedals nullifies its status as an electric bicycle under the new regulations.
This has long been the case, but is simply further clarified in the new legislation to cover e-bikes that once had functional pedals that have since been removed.
The new legislation’s definitions of electric bicycles don’t mark a major shift for California, which has long used the three-class e-bike system. However, it does signify a clamping down on e-bikes that flaunt those regulations by more clearly codifying their out-of-class status and removing their ability to pass as electric bicycles, legally speaking.
Riders of Sur Ron-style e-bikes, including Talarias and other models that function more like light dirt bikes, have long known that their bikes were not legally classified as electric bicycles. But now, many of the more traditional-looking electric bikes, including from some fairly well-known manufacturers, are likely to find themselves on the wrong side of the law. This will be especially true in cases where the e-bikes are otherwise designed to appear and function like typical electric bicycles, yet are capable of reaching 28 mph speeds on throttle only.
What do you think of the new regulations for e-bikes in California? Let’s hear your thoughts in the comment section below.
tlv
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BYD’s aggressive year-end sales push worked. China’s leading EV maker sold a record number of electric cars in 2024, but will it be enough to take the sales crown from Tesla?
Will BYD’s EV sales surge take the EV crown in 2024?
Since it stopped making vehicles fully gas-powered vehicles in 2022, BYD has taken the global auto market by storm.
With another 509,440 passenger vehicles sold in December, BYD set a new sales record in 2024, easily topping the roughly 340,000 cars sold in 2023. Like many Chinese automakers, BYD reports new energy vehicle (NEV) sales, including plug-in hybrids (PHEVs) and fully electric vehicles (EVs).
BYD’s sales crossed the 500,000 mark for the third straight month after launching an aggressive year-end sales campaign, including free insurance on select models.
With 207,734 fully electric vehicles sold in December, BYD’s EV sales reached 1,764,992 in 2024, up 41% from the previous year.
Earlier today, Electrek reported that Tesla missed Q4 2024 expectations, delivering 495,570 vehicles in the fourth quarter. In comparison, BYD sold 595,413 EVs in the fourth quarter, up 13% from Q4 2023.
Q4 2024
2024 Total
BYD
595,413
1,764,992
Tesla
495,570
1,789,226
BYD vs Tesla Q4 and 2024 EV sales
Despite this, with 1,789,226 vehicles delivered in total last year, Tesla still topped BYD’s 1.76 million to maintain the global EV sales crown in 2024.
BYD Dolphin (left) and Atto 3 (right) Source: BYD
Although the race with Tesla is catching the headlines, BYD’s global sales growth is causing legacy automakers to make drastic moves. After selling more vehicles than Nissan and Honda for the first time in Q3, the Japanese automakers are now teaming up to survive the every “100 years” industry shakeup.
With its sights set on even more growth in 2025 as it starts local production in overseas markets, BYD is quickly closing in on Ford and others.
This morning, Tesla released its official production and delivery results, confirming that it produced 459,445 vehicles and delivered 495,570 vehicles in Q4:
Model 3/Y
Production: 436,718 units
Deliveries: 471,930 units
Subject to Operating Lease Accounting: 5%
Other Models
Production: 22,727 units
Deliveries: 23,640 units
Subject to Operating Lease Accounting: 6%
Total
Production: 459,445 units
Deliveries: 495,570 units
Subject to Operating Lease Accounting: 5%
While this is both below Wall Street expectations and below the company’s own guidance, it is Tesla’s new quarterly record for deliveries.
Tesla achieved those results while implementing its largest-ever discounts and incentives through direct discounts on cars, boosted referral programs, and incentives like free Supercharging, free Full Self-Driving, and more.
With these results from Q4, here are Tesla’s total production and delivery numbers for 2024:
Production
Deliveries
Model 3/Y
1,679,338
1,704,093
Other Models
94,105
85,133
Total
1,773,443
1,789,226
That’s a slight 1% decrease in deliveries compared to the 1,808,581 vehicles delivered in 2023, but it’s a giant swing in growth from a 38% increase in 2023 versus 2022.
Tesla’s stock went from being up almost 2% in pre-market trading to down 3% after the release of the delivery results.
However, there’s a silver lining in Tesla’s results. While the company’s main business remains automotive, it has a growing energy storage business, and Tesla has started including energy storage deployment in its quarterly delivery results over the last year.
Today, Tesla confirmed that it deployed 11 GWh of energy storage through its Megapack and Powerall products – a new record.
Electrek’s Take
This is worse than I expected. Again, Tesla hadn’t offered quarterly delivery guidances in years, but when it did, it was pretty good.
The reason for that is that it generally gave it when already into the quarter with great order visibility. As Tesla claims, it has the best sale data of any automaker thanks to its direct sale model.
But this time it was off by 20,000 units or even more since it claimed that it would achieve slight growth in overall deliveries for the year with a strong Q4.
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