Mercury took to the CES 2023 show to unveil its latest electric outboard motor for small boats. Meet the Mercury Avator 7.5e.
The unit is an all-in-one propulsion package that includes the motor, battery, and electronics in a self-contained system. It is designed for small watercraft that accept transom-mount outboards.
The Avator 7.5e delivers on Mercury Marine’s recent pledge to double down on electric boating.
As Mercury Marine’s president Chris Drees explained, the company’s extensive history in the marine industry was key in facilitating its expansion into electric drives:
We are excited to formally introduce the Avator 7.5e electric outboard to the world. As the innovation leader in the marine industry, both in internal combustion products and now electric propulsion, we have the resources and knowledge to make boating more accessible to more people, while building on our commitment to sustainability. The Avator program is helping us do this in new and exciting ways.
Mercury Avator 7.5e outboard launched
The Avator 7.5e isn’t a particularly powerful system, with just a 750W continuous-rated motor. That’s equivalent to one horsepower, though the electric drive means that the higher torque system can do more with less power.
Mercury says that the motor performs closer in performance to a Mercury 3.5hp FourStroke outboard with comparable speed and acceleration figures.
Part of the reason the motor competes so well against more powerful gas engines is that it uses a transverse flux electric motor. That design has a different copper coil winding design that increases low-speed torque and efficiency.
A watertight lid on the top of the motor’s console opens to reveal a battery compartment. Mercury’s 1 kWh battery packs slide into the console and are swappable to allow longer range without needing to stop and recharge.
A single 48V battery is said to be good for only 45 minutes when motoring flat out, though slower speeds help increase that run time. Carrying a second or third battery makes it easy to stay out longer or travel farther distances. The 16-pound (7 kg) batteries were developed in partnership with Mastervolt and engineered exclusively for marine applications. The power packs have passed drop tests and are IP67 rated for water resistance.
The Mercury Avator 7.5e includes a multipurpose tiller handle that can adjust up, down, left, or right for comfortable steering from any position or with either hand and also folds down to become a convenient carrying handle. The entire unit weighs 43 pounds (19.5 kg) with the transom mount, meaning it can be carried for short distances. The boat can be beached or docked, and then the entire drive system can be removed and brought along with the boater.
That was part of the design to make use of electric propulsion’s unique advantages, as Mercury Marine’s vice president, Tim Reid, explained:
Every aspect, from the controls, props and digital gauges to a mobile app, are designed as parts of a complete propulsion system specifically designed for the advantages of electric propulsion.
Mercury reportedly has larger Avator motors in the works, including the Avator 20e and 35e, which are expected to hit the market later this year.
Electrek’s Take
I’m quite impressed with the design. The Avator 7.5e looks slick and easy to use, and I like the way it can be easily removed. I imagine that theft could be an issue (this certainly won’t be a cheap system), so being able to easily carry it with you instead of leaving it on a docked boat is a nice feature.
The 1 kWh batteries aren’t particularly large, but the unit isn’t particularly powerful either, so it’s not like you’ll be burning through the batteries in 20 minutes. Having a few spares is a good idea, and they’re around the size of a small gas can that many boaters would already be accustomed to carrying onboard.
The power isn’t very high, but it’s likely fine for someone who just wants to take their 12-foot skiff out for some fishing on the lake. Obviously, you’re not going to be taking this motor out into large gulfs, oceans, or raging rivers, but for fairly calm waterways, it seems sufficient. And of course, this won’t compare to the motors that power larger electric watercraft since those are entirely different beasts.
The whole system looks like it’d be quick and easy to install, turning a boat into an electric boat in just a couple of minutes. I’d love to try one of these out because, so far, I’m quite impressed with what I’m seeing on paper.
Although sales of Porsche’s first EV, the Taycan, fell nearly 50% in 2024, things could be looking up for the sports car maker. After its “launch literally electrified us,” the electric Porsche Macan may spark a comeback this year.
Why did Porsche’s EV sales drop in 2024?
Porsche delivered over 310,700 vehicles globally last year, or about 9,500 less than in 2023. Sales in China led the downfall, plunging 28% from the prior year amid a wave of low-cost domestic EVs entering the market.
In total, Porsche delivered 20,836 Taycan EVs to customers last year, down 49% from 2023. The lower total comes after launching the upgraded 2025 Taycan last year. Porsche also said, “The ramp-up of electric mobility is generally proceeding more slowly than planned” as part of the reason.
In its largest sales market, North America, Porsche delivered over 86,500 vehicles in 2024. Although that’s up a mere 1% from 2023, Porsche’s EV sales also took a hit.
Porsche sold 4,747 Taycan models in the US last year, 37% fewer than in 2023. The 2025 model began arriving at US dealerships last Summer, which helped push sales up nearly 75% in the fourth quarter to 2,358.
Meanwhile, Porsche’s second EV, the electric Macan, could have an even bigger impact. After delivering the first models at the end of September, Porsche delivered 18,278 electric Macans by the end of 2024.’
“This launch literally electrified us. I am therefore particularly pleased that more than 18,000 examples of the all-electric variant have already been delivered,” Porsche AG board member for sales and marketing, Detlev von Platen, said.
Porsche sold 2,771 electric Macan SUVs in the US last year. On a call with reporters (via Automotive News), the company’s North American CEO, Timo Resch, said, “A lot of the consumers that come into the Macan Electric are [new to the] brand.”
Electrek’s Take
I’m not here to say the electric Macan will be Porsche’s savior, but the strong sales start is promising. Porsche has already backtracked on plans for 80% of deliveries to be electric by 2030.
According to recent reports, the electric Cayenne, due out in 2026, could be delayed depending on market demand. The upcoming 718 Cayman and Boxster EVs could also face delays as Porsche plans to keep gas and hybrid models alive longer than expected.
Looking ahead, Porsche also plans to introduce an ultra-luxury electric SUV to sit above the Cayenne, codenamed “K1” internally. It’s expected to compete with Range Rover and Ferrari’s first electric SUVs.
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Elon Musk complains that Tesla is not getting subsidies for its electric truck chargers while calling for the end of electric vehicle subsidies in the US.
However, it wasn’t included in any round of funding, including the latest one announced this week, which should be the latest now that Trump is getting into office and campaigned on ending electric vehicle subsidies.
Tesla CEO Elon Musk contributed more than $240 million to get Trump elected and supported his goal of removing subsidies for electric vehicles.
That’s why it’s surprising to see Musk comment on the news in disappointment. He wrote on X: “Hear we go again (sigh)”.
While this specific project wasn’t funded, 49 other projects shared over $600 million in funding that will deploy more than 11,500 EV charging ports across 27 states, four federally recognized tribes, and the District of Columbia.
Also, while Tesla didn’t get any funding in this round, Tesla has received millions in funding for its charging stations in the previous round.
Electrek’s Take
I think that’s fair. If you are actively lobbying for the end of EV subsidies in the US, a market that is far behind the rest of the world in EV adoption, why should the administration that is investing in correcting that give you the subsidies you are trying to end?
It makes no sense. That’s why I also support California in signaling that if the Federal government removes its EV subsidies, it will replace them at the state level, but Tesla will be left out.
It’s especially fair considering Elon has made it clear that the reason he wants to kill EV subsidies, which Tesla was the biggest beneficiary of, is that he believes it will put more pressure on the competition than Tesla and potentially kill them while only Tesla will remain.
He basically wants to pull the ladder that Tesla used to get where it is now to prevent others from using it.
“Subsidies for me, not for thee” – Elon’s new motto.
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The US electric bike industry has already seen a regulation-heavy start to 2025. Now, New York Governor Kathy Hochul’s potential new restrictions on fast and exceedingly heavy electric bikes could add to the proposed and enacted legislation we’ve seen lately.
Hochul proposed in her State of the State address yesterday that Class 3 electric bikes weighing over 100 lb (45 kg) be excluded from existing electric bicycle regulations and instead be treated more like mopeds.
That would mean imposing motor vehicle regulations resulting in licensing and registration requirements, as well as disallowing their use in bike lanes.
The governor explained that this new regulation would ideally help increase the safety of bike lanes, according to Streetsblog NYC.
As a reminder, Class 1 and Class 2 e-bikes can reach a top speed of 20 mph (32 km/h) on motor power, with Class 2 e-bikes including a throttle that allows motor use without requiring the pedals to be used. In most states, Class 3 e-bikes can reach higher speeds of up to 28 mph (45 km/h) with pedal assist but not throttle. However, New York State has stricter Class 3 limits that provide for speeds up to just 25 mph (40 km/h).
The proposed new regulations would only target Class 3 e-bikes that exceed the suggested weight limit of 100 lb (45 kg).
Most electric bikes weigh well under 100 lb (45 kg). Common e-bikes seen regularly on US streets and bike lanes weigh between 50-75 lb (23 to 34 kg). However, there are some e-bike models available on the market that can reach or exceed 100 lb (45 kg). We’ve tested a few of them.
Such heavy electric bikes are usually visually similar to mopeds and light electric motorcycles, often featuring large tires, heavy motors, dual suspension, chunky frames, and other components that add significant weight. However, many heavy electric bicycles are limited to 20 mph (32 km/h), and could exceed the arbitrary 100 lb (45 kg) proposed limit while still not falling under this proposed regulation due to their Class 2 designation.
Electrek’s Take
At face value, there’s some logic to this. A 100 lb electric bike has a lot more rolling mass than a 50 lb electric bike, and you can guess which one I’d rather get hit by. Though at the same time, when the rider nearly always weighs more than the vehicle, the weight of the e-bike certainly has a lower relevance to its safety. With a 200 lb (91 kg) rider on both bikes, we’re only talking about a relatively small 20% difference in mass.
And it’s a bit telling that there wasn’t much discussion in the State of the State address about any other road safety issues, certainly not about the several thousand-pound cars that actually kill many New Yorkers every year.
I’m not saying I don’t support reasonable regulations to ensure the safety of everyone, in the bike lanes and outside of them. But let’s get real here. The percentage of electric bikes that are 100+ lb is tiny, likely under 1-2% of all e-bikes on the road. And that’s a tiny slice of an entire pie that is itself a tiny slice of the injury-causing-vehicle pie. So I’m not saying there isn’t any good regulation opportunity out there for e-bikes. But this is all fluff on top of fluff if you think it’s actually about making a meaningful impact on road safety. If they really cared about better protecting cyclists, governments would enforce existing laws to prevent cars from killing them so frequently.
These types of clumsy, heavy-handed regulations are just that – quick and dirty attempts to appear to be working towards a solution, when in fact they are largely meaningless in their ultimate impact on protecting lives.
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