Believe it or not, a stranger in China sent a massive shipping crate to my house with what supposedly contained an electric micro-car. What would happen next was far from an ordinary Tuesday.
It all started with a strange message from someone in China. “Can we send you an electric car?”
For those who know me, that might not actually sound so strange.
If you don’t already follow my writing, then you might not know that I have two major passions. The first is electric micromobility, which spans everything from electric bikes and e-scooters to electric motorcycles and other rideables. But my other more eccentric passion involves all the weird little electric vehicles produced in China for the local Chinese market. I’m not talking “real” cars. I’m talking about the weirder stuff. I write a weekly column about my interesting window-shopping finds, such as three-wheeled electric RVs and tiger-shaped e-buses.
This isn’t my first electric micro-car (or micro-truck) rodeo, to say the least.
Somehow I’ve become something of the guru for imported weird Chinese EVs, which I guess is how this internet stranger found me.
I’ll call her Katherine because that’s her name, or at least her English name. Katherine explained that she works for a Chinese manufacturer known as Minghong. They make all sorts of small electric vehicles, such as micro-cars, tuk-tuks, mini-trucks and more. They claim an annual production of 120,000 vehicles, so they must not be a small potato in the Chinese mini-EV market. Katherine had seen one of my Chinese micro-vehicle unboxing videos that racked up 10 million views on YouTube, and she asked if I wanted to make a similar video for their electric micro-car to see what kind of quality Minghong can produce.
“Sign me up!” was my response.
Several long weeks later, I watched a box truck roll up to my family’s Florida driveway and unload one of the jankiest-looking shipping crates I’d ever seen.
Armed with a knife and a power drill, I went to work.
After shucking layers of plywood with seemingly unnecessary three-inch staples sticking through into the air, followed by layer after layer of foam wrapping, I finally arrived at the treasure inside: an adorable little white micro-car enclosed in a steel tube cage.
The adorable 7’9” long (236 cm) electrical vehicle, adorned on each side with a big flying Panda in a cape, seemed to have arrived more or less in good shape.
There was some slight body damage at the rear, but considering the vehicle was still protected inside a steel cage, I assume that happened at the factory.
Since I was a few thousand miles from home and using my family’s driveway, I had to knock on the neighbors’ doors and beg my way to a borrowed angle grinder so I could cut the cage away from the car. After a half-hour of delicate, high-speed metalwork later, I had four of the smallest automotive tires I’d ever seen sitting on the pavement. See my full video for the unboxing process in glorious Technicolor.
The battery was unfortunately empty due to the switch being left in the “On” position during its long sea voyage to the US. But luckily, they included an oddly high-powered 1,500W charger, filling the 60V 50Ah lithium battery in around 2.5 hours. Most of these micro-cars come with much weaker chargers, but this one was a beauty.
After an initial charge of the battery, I took the maiden drive solo so I wouldn’t risk anyone else with my silly shenanigans. Unfortunately, that also meant I couldn’t share the joy with any other delighted souls. The accelerator was surprisingly smooth as I blasted through the neighborhood, using all 3,000W of power I had at my disposal. Windows down and wind in my hair, I put that pedal to the plastic and was rewarded with the roaring “whir” of the rear axle-mounted motor.
To be fair, the acceleration may be smooth, but it isn’t particularly quick. But then again, neither is the braking.
There are only two brakes, one on each rear wheel. They’re hydraulic disc brakes, but they still require a bit more leg force than a traditional car to activate. Despite not having as powerful of an effect as modern power brakes, they worked decently well. I never felt like I didn’t have enough braking power; I just knew I had to step on the pedal harder than in a typical car. I’d say that makes sense since this is anything but a typical car.
The sole rear braking feature also meant that later in the day, after a rain, I could power slide around turns by locking the rear wheels up midturn. Several rainy days (and the fact that I had to park outside) also proved that the door weatherstripping worked great, keeping the car bone dry inside.
One of these things is not like the others…
I should also mention a note here about street legality: This is absolutely NOT a street-legal vehicle in most of the US. You might be able to get away with it in communities that make exceptions for golf carts. (Think Georgia’s Peachtree City, Florida’s Key Biscayne, or other similar communities where golf carts reign supreme.) You’ll never be able to register this as an LSV (low-speed vehicle) at your local DMV since it doesn’t meet the Federal Motor Vehicle Safety Standards for these types of micro-cars in the US. And so I don’t condone using such nonlegal vehicles on public roads. But for science, I did just that. I stayed on small neighborhood roads where it was difficult to even get up to the MingHong’s 25 mph (40 km/h) limit, so I wasn’t putting myself or anyone else at much risk. But again, I don’t condone using a nonlegal vehicle on public roads.
But after testing it myself and discovering that it actually drives really well, I decided it was time to load up my nieces and nephews and cruise the neighborhood.
Left: Chauferring around my nephews. Right: My sister takes a turn at the wheel.
The little car, which appears to be the S1 Pro model from Minghong, is set up with a single wide driver’s seat and a rear bench for passengers.
I found that I could fit three kids on the rear bench and that my wife and I could comfortably fit in the driver’s bench at the same time since it was so wide. With five people in the car, performance wasn’t even that hindered, though I was definitely driving more conservatively with that much precious cargo on board.
The steering wheel is set up for center drive and, thus, is in the middle of the car. Strangely though, the pedals are offset to the right, as if the rest of the car was intended to be right-hand drive. It’s not too much of an issue when you’re alone in the cockpit since your right foot controls the pedals, and the car simply isn’t that wide anyway. But when sharing the frontbench, you wind up steering with the wheel slightly off to your left side. I thought it would feel weird, but frankly, the entire vehicle is so weird that the fact that I wasn’t sitting directly behind the steering wheel didn’t strike me as particularly odder than anything else.
The kids definitely enjoyed the rides and had fun waving to their friends and all the onlookers as we cruised the hood. Throughout a week of use, we even managed to fit the Minghong into several local errands, such as taking my nephew to his soccer game at the local community park, hitting up the pool, and other short local trips that didn’t require bringing a “real” car into the mix. When using the Minghong by myself, I made use of the folding feature in the rear bench seat to create more storage space, kind of like a hatchback (just without the hatch in back).
The Minghong has passed most of my tests quite well. It takes some getting used to, and it has some drawbacks.
There’s no air conditioning, though the massive windows and the sunroof with dual ventilation fans help keep plenty of air moving through the vehicle.
The door handles are really far back on the doors, to the point where you have to reach behind your shoulder to grab them, but that seems to be necessitated by the simple door latch design on the long doors that provide access to the rear seat as well.
I wasn’t really digging the panda paint job, though I get that Asian car aesthetics skew more toward cartoons and pastels than the typical American auto fashion. I took some liberties and decided to do a bit of vinyl wrap work to update the appearance to something a little more to my liking. Big thanks to my sister for help there, as she has a lot more vinyl wrap experience than I do. I don’t have the GPS data to prove it, but I feel like the racing stripes added a solid two to three more miles per hour to the top speed.
I’m not exactly sure what Minghong’s play was here, sending me a micro-car. I don’t think they’re expecting a large American market, especially since their vehicles aren’t street-legal in the US (and since you can already buy some awesome street-legal electric micro-cars for reasonable prices in the US). But perhaps they’re hoping to make a name for their factory in order to reach folks in countries where these Chinese micro-cars can be imported and used legally.
And I hope they weren’t counting on me falsely glorifying their vehicle. If so, they’ll be disappointed to hear that I shared how the rear bench literally fell off its hinge the second time I lifted it up, as seen in my video. So I’m not going to sugarcoat this thing: even though it’s super fun and useful, the build quality leaves something to be desired in a few areas.
But I never felt like the mechanics weren’t solid. The suspension is pretty decent; it’s got solid rack and pinion steering, hydraulic disc brakes, a backup camera, auto glass (though only certified to the Chinese standard, not USDOT), full lighting, mirrors, windshield wiper with washer fluid reservoir, Bluetooth music player, etc. It even has machined aluminum wheels instead of cheap steel rims. There are some nice touches here.
I have absolutely no idea what this vehicle costs, though my own experience doing personal imports tells me that the final dent in your American bank account would be around four times the factory price on the window sticker or Alibaba page.
The whole experience basically reinforced two things for me: Electric micro-cars are incredibly fun and convenient vehicles, and that Minghong builds a decent car.
I’ve already been a huge fan of electric micro-cars for years, basically ever since getting my first one. And after testing a couple of micro-car models from New York-based Wink Motors, I can tell that a wave of tiny electric cars is destined to descend on the US. There’s just too much utility here to ignore them. They’re cheap, fun, effective, easy to park, take up a fraction of the garage or parking space, and basically deserve a larger audience than they currently enjoy. But I’m sure that audience will be growing, and quickly.
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Ava Community Energy just rolled out a new program in California that pays EV and plug-in hybrid drivers for charging their cars when electricity on the grid is cleaner and cheaper.
The new Ava SmartHome Charging program, launched in partnership with home energy analytics platform Optiwatt, offers up to $100 in incentives in the first year. And because the program helps shift home charging to lower-cost hours, Ava says drivers could save around $140 a year on their energy bills.
EV and PHEV owners who are Ava customers can download the Optiwatt app for free, connect their vehicle, and let the app handle the rest. The app uses an algorithm to automatically schedule charging when demand is low and more renewable energy is available, typically overnight or during off-peak hours.
“Ava is on a mission to provide 100% clean energy to our customers by 2030,” said CEO Howard Chang. “This new program helps us get there by giving people an easy way to charge on more renewable energy while simultaneously saving money.”
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Drivers who enroll get a $75 bonus for joining, and can earn an extra $25 per year if they stay enrolled. Optiwatt shifts charging to off-peak times, and it takes into account the customer’s individual schedules and preferences.
Casey Donahue, who founded Optiwatt, says this program is a win for everyone. “We can move a lot of energy use to cleaner, more affordable times by using smart algorithms and the growing EV base,” he said. “That benefits every Ava customer.”
The program is available to most EVs and plug-in hybrids. All it takes is signing up through the Optiwatt app (iOS, Android, or web) and completing a quick verification process. Savings and rewards start right away.
The Oakland-based not-for-profit public power provider aims to enroll at least 5,000 vehicles by the end of 2025. The company says this program is the first step in a broader virtual power plant (VPP) strategy. It’s powered by Lunar Energy’s Distributed Energy Resource Management System (DERMS) platform, Gridshare, which will help Ava coordinate energy from EVs, home batteries, and more.
Ava Community Energy was founded in 2018 and now serves 2 million people in Alameda County, California, and the cities of Tracy, Stockton, and Lathrop.
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The Grand Cherokee is due for a refresh, and we just got our first look at it. Jeep claimed “the next chapter in the story of America’s best-selling full-size SUV begins” after releasing the first official images of the updated model. When will we see the Jeep Grand Cherokee as an EV?
2026 Jeep Grand Cherokee first look
Days after revealing the new Compass, Jeep is teasing another refreshed model, its best-selling Grand Cherokee.
Although it was the best-selling full-size SUV in the US last year, the Grand Cherokee is due for an update. The latest model was launched in 2021, but Jeep added a two-row version in 2022.
It remained Jeep’s top seller in the US last year with over 216,000 models sold, but sales were down 12% compared to 2023. It was also one of the best-selling plug-in hybrid (PHEV) vehicles, with over 27,500 4xe models
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Jeep is giving us our first official look at the updated 2026 Grand Cherokee, inside and out. The first image previews the front end, which features new LED headlights and a revamped seven-slot grille, similar to the new Compass.
The interior is restyled with a simplified setup and other minor infotainment and climate control display adjustments. The preview also shows an added passenger screen.
When will Jeep launch the Grand Cherokee EV?
Jeep will continue to assemble the updated SUV in Detroit. The new 2026 Jeep Grand Cherokee will be available as a two-row, three-row L, and a plug-in hybrid 4xe, but when will we see an EV version? The outgoing 4xe model is already one of the top three selling PHEVs in the US, so a fully electric version would make sense.
As part of its 2023 agreement with the UAW, Jeep revealed plans to launch the Grand Cherokee EV in 2027. It was scheduled to be built at the Detroit Assembly Complex, but plans have likely changed since then.
New Jeep Compass EV (Source: Stellantis)
Jeep’s new Compass will be available as an EV, but only in Europe. At least for now. Stellantis halted operations at its Brampton Assembly plant earlier this year, where the Compass is built, as it “reassesses its product strategy in North America.”
For those in the US, Jeep currently offers one EV. The Wagoneer S (pictured on the left above), Jeep’s first global electric SUV, starts at $65,200 and has a range of up to 294 miles.
Later this year, Jeep is expected to launch the Recon EV (pictured on the right above), a rugged electric SUV like a Wrangler.
Jeep is currently offering employee pricing plus an extra $1,500 cash allowance on top of the $7,500 EV tax credit on 2025 Wagoneer S models. If you’re looking to snag some savings, you can use our link to find Jeep Wagoneer S models in your area today.
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Can Kia’s first electric sedan live up to the hype? After launching the EV4 in Korea, we are finally seeing it in action. A new test drive of the EV4 gives us a closer look at what to expect as Kia prepares to take it global. Here’s how it went down.
Kia EV4 test drive: The good, the bad, and the ugly
Kia claims the EV4 will “set a new standard in electric vehicles” with long-range capabilities, fast charging, and a sleek new design.
The electric sedan features a unique, almost sports-car-like profile with a long-tail silhouette and added roof spoiler.
Kia claims it is “the new look of a sedan fit for the era of electrification.” Despite its four-door design, the company is calling it a new type of sedan.
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The design is not only eye-catching, but it’s also super efficient. With a drag coefficient of just 0.23, the EV4 is Kia’s most aerodynamic vehicle so far, enabling maximum driving range and efficiency.
Kia opened EV4 orders in South Korea in March, starting at about $29,000 (41.92 million won). It’s available with two battery options: 58.2 kWh and 81.4 kWh. The entry-level “Standard Air” model, powered by the 58.2 kWh battery, is rated with up to 237 miles of driving range.
Kia EV4 sedan Korea-spec (Source: Hyundai Motor)
The “Long-Range Air” variant starts at 46.29 million won ($31,800) and has a driving range of up to 331 miles (533 km) in Korea.
With charging speeds of up to 350 kW, the EV4 can charge from 10% to 80% in around 29 minutes. The long-range battery will take about 31 minutes.
Kia EV4 sedan interior (Source: Hyundai Motor)
The interior boasts Kia’s latest ccNC infotainment system with a 30″ Ultra-wide Panoramic Display. The setup includes dual 12.3″ driver displays, navigation screens, and a 5″ air conditioning panel.
With deliveries kicking off, we are seeing some of the first test drives come out. A review fromHealerTV gives us a better idea of what it’s like to drive the EV4 in person.
Kia EV4 test drive (Source: HealerTV)
Sitting next to Kia’s first pickup, the Tasman, the reviewer mentions the EV4 feels “particularly newer.” The test drive starts around the city with a ride quality similar to that of the K5, if not even better.
As you can see from the camera shaking, the ride feels “a bit uncomfortable” on rough roads. However, on normal surfaces and speed bumps, Kia’s electric sedan “feels neither too soft nor too hard,” just normal. The reviewer calls the EV4’s overall ride quality “quite ordinary” with “nothing particularly special about it.”
When accelerating, the electric car was smooth in the beginning but felt “a little lacking in later stages.” Overall, it should be enough for everyday use.
One of the biggest issues was that the rear window appeared too low. The rear brake lights also stick out, making it hard to see clearly through the rearview.
Keep in mind that the test drive was the Korean-spec EV4. Kia will launch the EV4 in Europe later this year and in the US in early 2026.
In the US, the EV4 will include a built-in NACS port for charging at Tesla Superchargers and a driving range of up to 330 (EPA-est) miles. Prices will be revealed closer to launch, but the EV4 is expected to start at around $35,000 to $40,000.
Would you buy Kia’s electric sedan for around $35,000? Or would you rather have the Tesla Model 3, which starts at $42,490 in the US and has up to 363 miles of range? Let us know in the comments.
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