The best way to describe the new Freebeat MorphRover is if you took a Peloton Bike and combined it with an e-bike – a mix that works so well that, for the first time in over two years, I went and canceled my Peloton membership. Check out the full review below!
The Freebeat MorphRover currently comes with three color options (Sahara Sand, Sage Green, and Midnight Black), as well as both a high-step and step-through frame, depending on your height. I went ahead with the step-through frame because I thought it would be a fun bike to be able to share with my wife. And though it says the step-through height is good for users up to 6 feet, at 5 feet 9 inches, I pretty much max out the height of the bike.
The MorphRover has a Shimano 8-speed drivetrain; weighs about 77 pounds; and comes with hydraulic disc brakes, front hydraulic suspension, and 4-inch fat tires to help make the bike more accessible to a variety of terrain. On the handlebars is a 3.5-inch backlit LCD that can show you your speed, trip, battery, assist level and more, as well as a thumb control and integrated LED light.
Most important of all, within the bike frame is a removable 720wh battery that powers its 750w motor. This battery can take you as far as 60 miles on a full charge and assist you to a speed of up to 28 miles per hour.
Battery
This is definitely one of the most unique features of the Freebeat MorphRover. Unlike most e-bike batteries, this one never needs to be plugged in, as it can be fully recharged by your own pedaling when completing an indoor workout on the provided trainer stand.
The reason I like this setup is because, for me, indoor riding is where I do most of my real training, whereas when I’m riding outdoors, that’s usually more for fun or to get somewhere. So, by allowing the battery to be recharged by my own efforts, I found it useful in helping me to stay motivated.
Freebeat says 30 minutes of riding can give you 10 miles of outdoor riding (essentially 16% battery life). While this is possible if you push hard, I would say that 30 minutes of riding will realistically get you between 8-16%. So you do need to put in some effort to get that battery charged up. However, if you do want to charge the battery the old-fashioned way, you can do that too.
In terms of the claim that the battery can take you a distance of 60 miles, I think that is very possible if you are light and on flat terrain. However, if you weigh 200 pounds like me and ride on a variety of terrain, expect the mileage to be closer to 30.
Motor
The included 750-watt motor is an absolute blast to ride with and is capable of giving you some serious speed. For my testing, the speed was capped at around 21 miles per hour, but the Freebeat MorphRover has an option to unlock speeds up to 28 miles per hour. (Freebeat says this should be available in two to three more weeks.)
My only complaint about riding outdoors is that I wish there were more than eight gears, as it is hard to build a ton of speed yourself without using the motor. For me, I didn’t mind because I use these outdoor rides more for fun, but if you want a hard workout, you will probably need to bring the MorphRover inside.
Indoors
Once you set the MorphRover up on the trainer, you can change things over to indoor mode via the LCD, your phone, or your tablet. In this mode, you can adjust the resistance anywhere from levels 1-100, which feels similar to that of a Peloton Bike.
On the app, you can take one of their many outdoor scenic rides, rhythm-based workouts, or instructor-led classes – all of which are surprisingly good.
I really like the competitive components here, as you get scored based on how close to the cadence of the music you are, which is then multiplied by your power output to give you a score after each beat.
The only thing I disliked about the indoor experience is that sometimes the instructors will ask you to get out of the saddle or off the seat while you ride, as many of the classes are taught using the more traditional indoor bike by Freebeat. With the MorphRover, this doesn’t really feel possible given the type of resistance provided.
The membership costs around $40 per month for these classes and rhythm games. However, you can still control the indoor resistance while using other entertainment apps, should you want to forgo the membership at any point.
Final thoughts
The Freebeat MorphRover has managed to really scratch an itch I didn’t even know I had: the combination of both an indoor bike with an e-bike, the result of which is a fantastic experience on both ends.
I get the indoor cycling classes that provide motivation and allow me to get in some hard training. At the same time, I am generating power to use later while cruising outdoors. The fact that the two integrate so well together and potentially save you a lot of money (by not having to buy both a Peloton Bike and an e-bike) is an additional slam dunk.
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Toyota’s smallest electric vehicle might actually hit the road. Thanks to new funding from the UK government, Toyota is one step closer to turning this pint-sized EV with a solar roof into a reality.
The Toyota FT-Me is a micro EV with a solar roof
It may be only 2.5 meters (98″) long, but Toyota believes the tiny electric car could be an affordable way to zip around the city.
The FT-Me is “a ground breaking concept” that blends premium design with affordability, Toyota said after unveiling it in March.
After securing a £15 million ($20,000) investment from the UK government’s DRIVE35 program, Toyota is moving closer to actually launching the pint-sized EV.
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The Advanced Propulsion Centre UK, which manages the funding, announced that the £30.3 million ($40,500) project includes a £15 million grant from the Department for Business and Trade. Toyota is expected to fund the other roughly £15 million.
Toyota is working with several partners, including urban delivery specialist ELM Mobility and the University of Derby, to develop a new lightweight battery electric vehicle (BEV) in the L6e category.
Toyota FT-Me micro EV (Source: Toyota)
Meanwhile, Savcor will design and develop the solar roof, which Toyota claims can extend a vehicle’s range by 20%, or about 20 to 30 km per day.
The pint-sized EV will be manufactured at Toyota Manufacturing UK’s Burnaston site, where it currently builds the Corolla.
Toyota FT-Me micro EV concept (Source: Toyota)
Although it’s about the size of a golf cart, Toyota promises the micro EV fits two passengers comfortably. The company also claims the FT-Me’s propulsion system uses 3X less energy per km than current high-capacity electric vehicles.
The interior of the Toyota FT-Me EV concept (Source: Toyota)
Inspired by a jet helmet, Toyota said the vehicle’s compact design makes it perfect for getting around the city. It only takes up about half a parking spot.
Toyota’s pint-sized EV could arrive as a potential rival to the Citroen Ami. The Ami starts at £7,695 ($10,000) OTR, offering a WLTP range of up to 46 miles.
Would you buy Toyota’s micro EV for about $10,000? It could be a fun (and efficient) way to zip around town. It’s basically a futuristic electric golf cart with a solar roof. Unfortunately, it likely will never make it to the US with America’s growing love for big trucks and SUVs.
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For years, Norway has been the poster child for electric vehicle adoption, a perfect example of how a combination of ambitious goals and robust incentives can transform a nation’s entire automotive industry.
Now, with the country on the cusp of achieving its goal of 100% all-electric new car sales by 2025, the Norwegian government is signaling a new phase in its EV strategy, proposing changes to its incentive program that include the introduction of taxes on electric vehicles.
We have often used Norway’s success in electrifying its vehicle fleet as an example of how quickly the electric transition can impact the automotive market under the right conditions.
They made it happen through a comprehensive package of incentives, including exemptions from purchase taxes and VAT, free access to toll roads and bus lanes, on top of properly taxing internal combustion engine vehicles.
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This resulted in EVs being the preferred choice for a vast majority of new car buyers. In 2024, a staggering 88.9% of new cars sold in Norway were all-electric, a figure that has continued to climb in 2025.
Gasoline and diesel cars are now obsolete in the Norwegian new car market, with a few hundred new cars per month, while EVs represent roughly 95-97%.
Finance Minister Jens Stoltenberg has announced mission accomplished (via Reuters):
“We have had a goal that all new passenger cars should be electric by 2025, and … we can say that the goal has been achieved.”
With the finish line in sight, the Norwegian government is now fine-tuning its approach.
The current incentive program maintains the crucial VAT exemption for EVs, but only up to a purchase price of 500,000 Norwegian kroner (approximately $49,000 USD). This move is designed to target more expensive, luxury EVs, ensuring that the incentive benefits a broader range of consumers.
However, the latest budget proposal aims to reduce the EV tax exemption to vehicles costing 300,000 Norwegian kroner (~30,000 USD).
This would apply for 2026, and then the tax exemption would completely end in 2027.
Additionally, the government plans to increase taxes on new gasoline and diesel cars, further widening the cost gap between polluting and zero-emission vehicles.
However, the proposal still needs to be adopted by Norway’s government, and there is some opposition.
EV associations are advocating for a more extended phase-out period to ensure that the adoption rate doesn’t decline.
Electrek’s Take
For EV enthusiasts such as myself, Norway’s journey has been a source of inspiration and a powerful argument against the claims of EV detractors. The country has proven that with the right policies, a rapid and comprehensive transition to electric mobility is not just a distant dream but an achievable reality.
That said, I do understand that Norway has a lot going for it. It is wealthy. And therefore, it made the transition easier than in most other markets.
Regarding the policy changes, I wouldn’t interpret them as a sign of retreat from the country’s electrification goals. Instead, they represent a maturation of Norway’s EV policy.
The proposed changes to Norway’s incentive program are a logical next step in this evolution. As the EV market matures, it’s natural for governments to reassess and adjust their policies. The key is to do so in a way that doesn’t derail the progress that has been made.
However, I do agree with the local EV advocates that it would make sense to extend the phase-out to ensure the market maintains its current near-100% EV rate for a few years.
The rest of the world has much to learn from Norway’s experience. The country has provided a blueprint for how to kickstart an EV revolution, and now it is showing us how to manage the transition to a fully electric future.
The message from Norway is clear: the age of the internal combustion engine is over. The future of transportation is electric, and it’s happening now.
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Fully autonomous technology developer Waymo continues to expand the reach of its test fleet as well as bona fide customer rides without a driver present. This morning, Waymo shared plans to expand across the pond to London, with public robotaxi rides expected sooner than you might think.
2025 has already been a notable year for autonomous rideshare developer Waymo, as it continues to expand across the United States. This year alone, the Alphabet, Inc. subsidiary began offering customer rides in Austin, Texas, in addition to expansion plans for other cities such as Dallas and Nashville.
In late 2024, Waymo also announced plans to begin testing its robotaxis in Tokyo, Japan, marking the company’s first international expansion. Today, Waymo shared plans for global market growth in the opposite direction, laying the groundwork for robotaxi operations in London as early as next year.
Waymo to offer public robotaxi rides in London in 2026
According to a release from Waymo this morning, the company has begun plans to expand its driverless robotaxi operations to London, laying the initial groundwork for certifications to start commercial operations by 2026. The company said it will be working with existing fleet partner Moove, which will assist with London operations. Per Waymo co-CEO Tekedra Mawakana:
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We’re thrilled to bring the reliability, safety and magic of Waymo to Londoners. Waymo is making roads safer and transportation more accessible where we operate. We’ve demonstrated how to responsibly scale fully autonomous ride-hailing, and we can’t wait to expand the benefits of our technology to the United Kingdom.
Over the coming months, Waymo plans to test its technology on London roads, seeking permission from local leaders. Once that happens, Waymo will be able to begin offering the public robotaxi services using all-electric I-Pace vehicles from UK automaker Jaguar Land Rover. When available, Londoners will be able to hail a ride via the Waymo app.
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