Crusher, a Chinese company known for its burly electric bikes, surprised many in the snowboarding community when it announced its electric snowboard in December. Part snowboard and part snowmobile/e-skateboard/scooter, the Cyrusher Ripple mounts a jagged 3kW hub motor-wheel in a rear hole on a snowboard and puts the battery in a backpack that the rider must wear. Cyrusher states that the Ripple can go 30+ miles at speeds up to 30 miles per hour.
To our surprise, they actually had some review models and sent us one that we took up to Vermont to put through the paces. Would it actually work, and more importantly, would it be a fun form of transportation?
Cyrusher Ripple Setup
The Ripple came in a few boxes and is…heavy. The 156cm snowboard without the 11lb battery is a whopping 33lbs or 15kg, and all that weight is in the rear. The rear weight is jarring for someone used to carrying around a sub-10lb snowboard. This thing weighs as much as a mountain bike and is best carried with the rear wheel rolling on the ground.
It came without bindings, so I put on some old, traditional bindings I had on a snowboard I used about five years ago. I’ve ridden with Burton Step ons for almost five years, and if I had an extra set of those bindings, they would have been a much better experience. I’m also used to a longer 160cm snowboard, but 156 isn’t freakishly small for my 6′ 220lb frame.
The 635Wh battery is a big rectangular item about the size of a lunch box and must be placed in a backpack. The backpack battery situation isn’t any more awkward than putting on a backpack full of books, but you are already on a 33-pound snowboard. There’s a big wire with a spring that connects the battery and the Ripple, and that’s about all the assembly required. The battery came about half charged and, thankfully, uses a common e-bike 48V barrel battery charger.
There’s also a USB-A port that can be used to charge the controller simultaneously (my controller charger cable was missing). To turn on the system, you need to hit three buttons in order: First, the battery inside the backpack needs to be turned on, then the button on the snowboard, and then the handheld controller.
The controller is pretty interesting here and is in a gun-like shape that looks similar to some of the electric skateboard controllers I’ve used. It actually has a color display, speedometer, and battery indicator but in a font size that might not be legible through ski goggles, at speed, and in bright sunlight. It worked well for me in my limited testing while still, and frankly, I didn’t look down at it much while riding. Perhaps most interesting is that it not only accelerated the Ripple but it could also brake it too – which is helpful when a carving brake it way harder to do with the added rear weight.
Riding the Cyrusher Ripple
Cyrusher Ripple isn’t like a regular snowboard for obvious and non-obvious reasons. The use case is mostly cross-country riding or even some slight uphills. The huge extra weight in the back of that 3kW motor and controller actually keeps the wheel in the snow but also makes it really hard to carve, especially on the limited types of snow that the Ripple is made for. Cyrusher passed this cheat sheet on compatible snow and it is basically packed powder that it works best on. Wet snow is too sticky for the wheel to offset the static weight of the Rider/Ripple. Powder snow doesn’t provide enough traction for the wheel. You need the kind of groomed stuff you often find on Vermont mountains – but on flat land.
As I said before braking isn’t done by carving but by hitting the brakes on the wheel. Carving is limited to steering and it isn’t at all like a regular snowboard. One analog I can give is like riding a trike vs. a regular 2-wheeled bike.
As you can see in the video, my 100kg frame didn’t have luck on anything that wasn’t plowed already. My under 100lb son, however, was able to use it on a variety of surfaces and actually had a great experience on it. He’s also a competitive snowboarder and was able to turn and carve the thing, which in total was half his weight.
For him, this is a really fun toy, and he’s been showing it off to some of his snowboard buddies.
Cyrusher says you can climb 20% grade hills, and I think that’s probably the most optimistic of snow/rider combos. My son was able to climb slight gradients, but anything more than a few degrees would have the wheel spinning. For me, I was happy to get moving on flat land.
Electrek’s take:
I’ve often wondered what a powered snowboard would look like. I’ve even drawn up some ideas similar to this one, except the wheel is in between the feet like a One-wheel. Another idea is to make the integrated battery/motor removable and have paddles off the sides like a paddle boat. Or maybe just a jet fan to blow you across the snow like a paramotor?
But these are just pie-in-the-sky dreams, and Cyrusher actually made a powered snowboard happen! And the thing actually works!
That said, the limited types of snow and rider profiles where Ripple works as intended make it a lot less of an exciting reality. It is heavy, unwieldy, and, with the extra weight, harder to steer.
I think the appeal of this is for the tinkerer/hobbyist or that person who is addicted to snowboarding but lives in Kansas, where there are no hills. You might be able to use it as a personal snowmobile type of use case as well. Some folks will love this thing but I think it is a niche product.
But all great ideas had to start somewhere. And I do think this has “legs”. If Cyrusher, who are the leaders I the field since they are the only ones in the field, can cut about half the weight they will have a much better product. And, if it can, at the same time, make it better at grabbing more types of snow, I think you’d have a mass-market type of product here. Then make the motor sense if it is grabbing snow and slow down if it isn’t. Then maybe make the whole thing removable so you can take it off and go downhill when you want?
Then we’re getting somewhere.
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Kia’s upcoming entry-level EV has finally made its way to the famous Nurburgring for testing. The EV4 hatch was spotted ripping across the track, nearly on two wheels at one point, as Kia preps for its big debut.
According to Kia, the EV4 is “an entirely new type of EV sedan. ” It was first unveiled last October during Kia’s first annual EV Day, alongside the EV3 and EV5 as part of its new low-cost lineup.
The EV5 launched in China last year, while the EV3 is already rolling out in Korea and Europe. Next up, we will finally see the production version of the EV4.
Although its four-door format suggests it’s a sedan, Kia said the EV4’s bold design is a symbol of the company’s innovation. Its low nose, long-tail silhouette, and added roof spoiler give it an almost racecar-like feel.
With its official debut approaching, Kia’s EV4 has been spotted out in the wild several times. Last week, it was caught testing in the US for the first time.
A hatchback model has also been spotted. It was first caught on European roads this summer and in the US earlier this month.
Kia EV4 (back) showcased alongside EV9 (left) EV3 (middle), and EV5 (right) (Source: Kia)
Kia EV4 hatch takes on the Nurburgring as debut looms
After the EV4 was spotted racing across the Nurburgring for the first time, we are getting our best look yet at the upcoming Kia model.
The video from CarSpyMedia shows the EV4 hatch carving up sections of the track. Several times, you can see the EV4 is being pushed to the limits, nearly going up on two wheels.
Kia EV4 hatch testing at Nurburgring (Source: CarSpyMedia)
However, with a low center of gravity and likely added stabilization tech, the EV4 appears to handle it with ease. You can also see the difference between the sedan model and the hatchback, with the bulky backside.
As it takes on the track, it almost looks like the 576 hp EV6 GT, Kia’s fastest and most powerful car. At least for now.
Kia EV4 sedan concept (Source: Kia)
Kia is expected to officially reveal the EV4 by the end of the year, with deliveries starting in 2025. Prices are expected to be in the $30,000 to $40,000 range. The hatchback model is likely aimed at Europe, but it could also find a market in the US as buyers drift toward more efficient options.
Ahead of the LA Auto Show later this week, Kia is teasing five new vehicles for the US, at least one being an EV. Will it be the EV4? EV3?
Source: CarSpyMedia
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Elon Musk is hinting at Tesla making bigger electric cars, but you shouldn’t hold your breath as it’s not the first time he said that.
In the last few hours, Musk responded to two fans on X, asking Tesla to build bigger vehicles to support larger families.
Musk often promotes the idea of having bigger families as he is afraid of declining populations due to low birth rates in some countries.
With the first one, the CEO responded with a simple “OK,” and with the other, he elaborated a bit more by referencing the recently unveiled Tesla Robovan and “some other things”:
Musk appears to be hinting at Tesla’s work on a bigger electric vehicle that has yet to be unveiled.
While interesting, it’s hard to give too much weight to the comment, considering Musk claimed that Tesla has been working on a higher passenger capacity vehicle for years.
A “high passenger-density urban transport” vehicle has been in Tesla’s official product roadmap since 2016 and has yet to be unveiled, unless you count the Robovan unveiled last month, but that’s completely attached to Tesla’s self-driving effort as the vehicle has no steering wheel or pedals.
As part of Tesla’s shift toward autonomous driving, the automaker has pulled back plans for several new electric vehicle programs in favor of those without any driver inputs, like Cybercab and Robotvan.
Tesla is expected to soon unveil two new vehicles to be launch next year, but those are based on the Model 3 and Model Y and therefore, they aren’t likely to be bigger vehicles.
Electrek’s Take
Like most things Elon says lately, it goes in my “I’ll believe it when I see it” folder.
That said, I think an electric van that can be configured for cargo, camper, or passenger, would make a ton of sense in Tesla’s vehicle lineup.
Of course, it’s harder to get the greenlight for a vehicle program like that if your CEO is perpetually convinced that the company is on the verge of achieving self-driving and making steering wheels obsolete.
I’m more of the opinion that Tesla should have played it more careful and continue working on growing its human-driveable EV lineup while working on self-driving.
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Penske Truck Leasing is rolling out rooftop solar on its US truck leasing, rental, and maintenance buildings, starting in Illinois.
Penske Truck Leasing, which offers an electric truck fleet leasing program, wants to cut emissions and save energy, so it’s activated its first rooftop solar system at its new facility in Channahon, Illinois (pictured). The 200 kW system is expected to generate about 80% of the building’s energy needs, and the rest will be supplied by the local utility.
The next Penske Truck Leasing rooftop solar system to come online will be in Grand Rapids, Michigan, “in the coming months,” followed by another in Linden, New Jersey, in 2025. All three of these new buildings are part of Penske’s LEED building program, which is designed to reduce energy use and promote sustainability.
Seven of Penske’s existing facilities in California will also get solar retrofits. These locations, which include Fresno, Hayward, La Mirada, National City, Riverside, San Diego, and San Leandro, are expected to generate about 600 kW of renewable energy in total.
Penske has teamed up with Sunrock Distributed Generation under a power purchase agreement to make the California upgrades happen. The company is also working with ForeFront Power, based in San Francisco, as its lead consultant for the solar rollout.
On average, these solar-powered Penske facilities will generate around 1 million kWh of renewable energy each year, preventing about 442 metric tons of CO2 emissions annually. That’s equivalent to the amount of energy needed to power nearly 90 homes for a year.
Drew Cullen, senior vice president of fuels and facility services at Penske, highlighted the significance of this move, noting:
Our solar program is an important piece of our renewable energy strategy, and ForeFront Power continues to be an outstanding partner in helping us bring these projects to fruition.
These investments will allow us to directly generate our own renewable energy to power our locations and continue to support our customers with sustainable solutions.
Penske Truck Leasing, part of Penske Transportation Solutions, is headquartered in Reading, Pennsylvania, and operates over 437,000 vehicles across North America, with nearly 1,000 maintenance facilities and more than 2,500 rental locations. Its investment in solar power is a key part of its broader sustainability strategy to cut emissions and reduce reliance on traditional energy sources.
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