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TechCrunch Mobility: A takeover that might not be hostile | TechCrunch

TechCrunch Mobility: A takeover that might not be hostile | TechCrunch

Welcome back to TechCrunch Mobility — your central hub for news and insights on the future of transportation. Want another reason to get this free in your inbox? The emailed version of this newsletter includes polls, including one this week that asks readers what they think the best business model is for autonomous vehicle technology. Have an opinion about this? Email me your opinion at kirsten.korosec@techcrunch.com with the subject line “AV poll.”

OK, back to the show. There’s another twist in the road for lidar company Luminar. And yes, it includes some inside-the-boardroom intrigue. 

First, let’s catch up. You might recall that Austin Russell, the billionaire founder and CEO of Luminar, was more or less pushed out of the company by its board following an ethics inquiry. But Russell didn’t go quietly into the night. 

He popped back up on our radar a few weeks ago with the launch of a new company called Russell AI Labs. And now (cue the deep and foreboding “dum dum duuuuummmm”): He has made a bid to acquire Luminar. 

Senior reporter Sean O’Kane broke the story, which you can read here. He has since learned a few more details beyond what is disclosed in the SEC filing. 

This may look like a possible hostile move — it was, after all, disclosed in a filing from Russell, and Luminar is not commenting on the proposal. But we’ve learned from a source that members of Luminar’s board approached the founder about the idea last month. (The word we were told was they “encouraged” it.)

The implication here is that some of Luminar’s nine-member board really does want him back, despite the fact that three of those board members on the audit committee conducted an ethics inquiry into him just a few months ago, leading to his resignation.

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The proposed takeover as described in the filing is vague, but it could involve Russell AI Labs acquiring a different automotive tech company and merging it with Luminar. Since this morning, we’ve heard Russell is already trained on a few options as part of the diligence he’s done with Russell AI Labs, which he views as an incubator of sorts.

Deals!

Image Credits:Bryce Durbin

Two notable deals this week occurred in the electric aviation sector. 

First up is Beta Technologies, which took advantage of eased SEC rules during the U.S. government shutdown to price shares for its initial public offering. The shares are priced between $27 and $33, in hopes of raising as much as $825 million. If the company attracts investors at the top of that range, it will debut with a valuation of about $7.2 billion.

The SEC issued guidance earlier this month that lets companies in IPO limbo allow their statements on certain areas, including share price, to become automatically effective after 20 days, even without SEC staff review. Several other companies, including Navan, have pressed ahead with IPO plans under this rule.

And there is Lilium, which was involved in a very different kind of deal. The electric aircraft startup may have ceased operations a year ago, but its tech is living on over at Archer Aviation

Archer won a competitive bidding process — one that Ambitious Air Mobility Group and Joby Aviation also participated in — and bought all 300 of Lilium’s patents. The price, €18 million ($21 million), is a stunning number when compared to the more than $1 billion the defunct startup raised over its lifetime. 

The question is what does Archer plan to do with these patents? The company isn’t explicit, but there are some hints, which you can read about in my story. 

Other deals that got my attention this week …

Airbound, an Indian drone startup founded in 2020, raised $8.65 million in seed funding led by Physical Intelligence co-founder Lachy Groom. Humba Ventures and Airbound’s existing investor, Lightspeed Venture Partners, as well as senior leaders at Tesla, SpaceX, and Anduril, joined.

Dexory, a warehouse robotics startup based in London, raised $165 million in equity and debt. The $100 million Series C round was led by Eurazeo with participation from backers LTS Growth, Endeavor Catalyst, DTCP, Atomico, Lakestar, Elaia, Latitude Ventures, and Wave-X. The company also secured $65 million in debt financing from Bootstrap Europe.

FleetWorks, a logistics startup developing an “always-on” AI dispatcher, raised $17 million in equity and debt, including a $15 million Series A round led by First Round Capital’s Bill Trenchard. Y Combinator, Saga Ventures, and LFX Venture Partners also participated in the FleetWorks Series A.

Pony.ai and WeRide have received a key approval from Chinese securities regulators that clears the way for the autonomous vehicle technology companies to pursue secondary listings on the Stock Exchange of Hong Kong. The Chinese companies are already publicly traded in the U.S. on the Nasdaq Exchange.

Starship Technologies, the autonomous sidewalk delivery startup, raised $50 million in a Series C round led by Plural. Karma.vc, Latitude, Coefficient Capital, SmartCap, and Skaala also joined.

Upciti, a Paris-based smart city software company, raised $20 million in Series A funding led by Notion Capital. Other investors included Point Nine and Chalfen Ventures.

Zepto, the Indian grocery delivery company, raised $450 million in funding ahead of a public listing set, Bloomberg reported.

Notable reads and other tidbits

Image Credits:Bryce Durbin

The National Transportation Safety Board has weighed in on OceanGate, the disaster that killed five people during a voyage to view the wreckage of the Titanic. The NTSB issued a report that found the Titan submersible did not meet manufacturing safety standards.

Stellantis and Chinese autonomous vehicle company Pony.ai are working together to build robotaxis for use in Europe, albeit via a nonbinding agreement. The plan is to integrate Pony’s self-driving software into Stellantis’ electric medium-size van platform.

While Stellantis delves into autonomous vehicle tech, it is pulling back on electrification. The automaker said it will invest $13 billion to beef up its U.S. manufacturing over the next four years. (This plan hasn’t been well received by labor unions in Canada, by the way.) Five new vehicles will be developed and produced through 2029 as part of the investment into factories in Illinois, Ohio, Michigan, and Indiana. Only one of those will be electrified, a marked difference from Stellantis’ strategy a few years ago. 

Uber is offering a new kind of gig work: digital tasks like uploading photos to help train AI models.

Waymo is expanding to London. The company said it will offer a commercial robotaxi service in London in 2026, marking the Alphabet-owned company’s second international expansion following Tokyo.

As per usual, there was more than one piece of Waymo news. The company locked in a strategic multiyear agreement with DoorDash to deliver goods to customers in the Phoenix area using driverless vehicles. It’s been a while since Waymo has experimented with delivery. Is this a hint of what’s to come? I believe it is. 

One more thing …

Speaking of Waymo and delivery, it got me thinking about what the best business model is. It’s been a minute since we’ve had a poll, so I hope you participate if you sign up for the newsletter. I will share the results next week.

Source link
#TechCrunch #Mobility #takeover #hostile #TechCrunch


It’s been previously reported that Apple will be skipping expected variants of its M6 chip and speeding up production of the M7. But the writing on the wall suggests very, very expensive M7 Ultra-powered desktop Macs coming in 2028—and the reason may (not) shock you.

Anonymous sources are apparently continuing to inform Bloomberg’s scoop-getter Mark Gurman about Apple disrupting its traditional chip rollout process. M6-powered Apple products don’t even exist yet—though they are expected later this year—and that whole generation of chip is already basically obsolete as far as Apple is concerned, according to Gurman.

But you’re never going to guess what Gurman now claims the reason is. Haha yes you are because it’s AI:

“The takeaway is that AI is no longer just another feature Apple’s chips need to support. It is now shaping how those products are designed and when they are shipped. That’s a shift from the days when the main concerns were things like processing speeds, graphics, battery life and thinner designs.” 

That’s a little depressing because I happen to like things like processing speeds, graphics, and battery life. Hell, thinness is even pretty cool compared to AI.

But anyway, Gurman says we shouldn’t expect M6 Pro, Max, or Ultra products. Finalization of the M7 started just six months after the M6 was finalized. Which suggests a weird product timeline: We’ll basically say hello and goodbye to the M6 at the same time at the end of this year, and the first M7 products will materialize at the start of next year. Then things will be relatively normal as M7 Pro, and M7 Max arrive at the end of 2027. Then M7 Ultra products will come along in 2028.

If you’re saving your pennies for a high-end desktop, that M7 Ultra is something to keep in mind. Gurman writes:

“The new Ultra is designed to support as much as 1.5 terabytes of memory — roughly double the capacity planned for the M5 Ultra — though whether Apple ultimately offers that configuration will depend on the state of the industry. Widespread memory-chip shortages have made the component harder to find and more expensive.”

Indeed, it’s worth pausing here to really mull over the pricing implications a bit. There are no M5 Ultras yet, but rumors suggest a high-performance desktop release in the form of the Mac Studio. Last month, when Apple famously raised the price of products like the MacBook Neo, which went from $600 to $700, it also raised the price of the base Mac Studio by $500 to $2500. But the price of the higher-end 96GB Mac Studio climbed $1,300 to $5,299. Are you sweating yet?

It gets a lot worse. Last time Apple shipped a Mac with 1.5TB of RAM was in 2019. At the time that much RAM cost $25,000—just for the RAM. You could conceivably pay $53,000 for your entire computer. And that was seven years ago. Before historic inflation. And an all-out crisis in the price of memory.

And remember, the M7 Ultra is reportedly built for AI. Gurman claims that it will approach “the class of dedicated AI accelerators such as Nvidia Corp.’s Blackwell.” And how much does it actually cost to buy an Nvidia Blackwell? Currently the cheapest Blackwell I can find on Newegg dot com is priced at $12,499.99. Just for the processor.

Obviously you can’t buy this imaginary Mac right now, and the consumer market will shift in predictable and unpredictable ways over the next couple of years. But if we imagine it’s 2028 and you’re thinking about buying a maxed-out M7 Ultra-powered Mac Studio (or whichever model is the top of the line in almost two years), then presumably you just—and I mean this literally—took out a second mortgage on your house. This truly could be a computer at a real-estate-level price point.

#Bring #MindBendingly #Expensive #Apple #Product #TimeApple,apple silicon,Mac Pro,Mac Studio">2028 Could Bring the Most Mind-Bendingly Expensive Apple Product of All Time
                It’s been previously reported that Apple will be skipping expected variants of its M6 chip and speeding up production of the M7. But the writing on the wall suggests very, very expensive M7 Ultra-powered desktop Macs coming in 2028—and the reason may (not) shock you.

 Anonymous sources are apparently continuing to inform Bloomberg’s scoop-getter Mark Gurman about Apple disrupting its traditional chip rollout process. M6-powered Apple products don’t even exist yet—though they are expected later this year—and that whole generation of chip is already basically obsolete as far as Apple is concerned, according to Gurman. But you’re never going to guess what Gurman now claims the reason is. Haha yes you are because it’s AI:  “The takeaway is that AI is no longer just another feature Apple’s chips need to support. It is now shaping how those products are designed and when they are shipped. That’s a shift from the days when the main concerns were things like processing speeds, graphics, battery life and thinner designs.”   That’s a little depressing because I happen to like things like processing speeds, graphics, and battery life. Hell, thinness is even pretty cool compared to AI. But anyway, Gurman says we shouldn’t expect M6 Pro, Max, or Ultra products. Finalization of the M7 started just six months after the M6 was finalized. Which suggests a weird product timeline: We’ll basically say hello and goodbye to the M6 at the same time at the end of this year, and the first M7 products will materialize at the start of next year. Then things will be relatively normal as M7 Pro, and M7 Max arrive at the end of 2027. Then M7 Ultra products will come along in 2028.

 If you’re saving your pennies for a high-end desktop, that M7 Ultra is something to keep in mind. Gurman writes:  “The new Ultra is designed to support as much as 1.5 terabytes of memory — roughly double the capacity planned for the M5 Ultra — though whether Apple ultimately offers that configuration will depend on the state of the industry. Widespread memory-chip shortages have made the component harder to find and more expensive.”  Indeed, it’s worth pausing here to really mull over the pricing implications a bit. There are no M5 Ultras yet, but rumors suggest a high-performance desktop release in the form of the Mac Studio. Last month, when Apple famously raised the price of products like the MacBook Neo, which went from 0 to 0, it also raised the price of the base Mac Studio by 0 to 00. But the price of the higher-end 96GB Mac Studio climbed ,300 to ,299. Are you sweating yet?

 It gets a lot worse. Last time Apple shipped a Mac with 1.5TB of RAM was in 2019. At the time that much RAM cost ,000—just for the RAM. You could conceivably pay ,000 for your entire computer. And that was seven years ago. Before historic inflation. And an all-out crisis in the price of memory. And remember, the M7 Ultra is reportedly built for AI. Gurman claims that it will approach “the class of dedicated AI accelerators such as Nvidia Corp.’s Blackwell.” And how much does it actually cost to buy an Nvidia Blackwell? Currently the cheapest Blackwell I can find on Newegg dot com is priced at ,499.99. Just for the processor. Obviously you can’t buy this imaginary Mac right now, and the consumer market will shift in predictable and unpredictable ways over the next couple of years. But if we imagine it’s 2028 and you’re thinking about buying a maxed-out M7 Ultra-powered Mac Studio (or whichever model is the top of the line in almost two years), then presumably you just—and I mean this literally—took out a second mortgage on your house. This truly could be a computer at a real-estate-level price point.      #Bring #MindBendingly #Expensive #Apple #Product #TimeApple,apple silicon,Mac Pro,Mac Studio

will be skipping expected variants of its M6 chip and speeding up production of the M7. But the writing on the wall suggests very, very expensive M7 Ultra-powered desktop Macs coming in 2028—and the reason may (not) shock you.

Anonymous sources are apparently continuing to inform Bloomberg’s scoop-getter Mark Gurman about Apple disrupting its traditional chip rollout process. M6-powered Apple products don’t even exist yet—though they are expected later this year—and that whole generation of chip is already basically obsolete as far as Apple is concerned, according to Gurman.

But you’re never going to guess what Gurman now claims the reason is. Haha yes you are because it’s AI:

“The takeaway is that AI is no longer just another feature Apple’s chips need to support. It is now shaping how those products are designed and when they are shipped. That’s a shift from the days when the main concerns were things like processing speeds, graphics, battery life and thinner designs.” 

That’s a little depressing because I happen to like things like processing speeds, graphics, and battery life. Hell, thinness is even pretty cool compared to AI.

But anyway, Gurman says we shouldn’t expect M6 Pro, Max, or Ultra products. Finalization of the M7 started just six months after the M6 was finalized. Which suggests a weird product timeline: We’ll basically say hello and goodbye to the M6 at the same time at the end of this year, and the first M7 products will materialize at the start of next year. Then things will be relatively normal as M7 Pro, and M7 Max arrive at the end of 2027. Then M7 Ultra products will come along in 2028.

If you’re saving your pennies for a high-end desktop, that M7 Ultra is something to keep in mind. Gurman writes:

“The new Ultra is designed to support as much as 1.5 terabytes of memory — roughly double the capacity planned for the M5 Ultra — though whether Apple ultimately offers that configuration will depend on the state of the industry. Widespread memory-chip shortages have made the component harder to find and more expensive.”

Indeed, it’s worth pausing here to really mull over the pricing implications a bit. There are no M5 Ultras yet, but rumors suggest a high-performance desktop release in the form of the Mac Studio. Last month, when Apple famously raised the price of products like the MacBook Neo, which went from $600 to $700, it also raised the price of the base Mac Studio by $500 to $2500. But the price of the higher-end 96GB Mac Studio climbed $1,300 to $5,299. Are you sweating yet?

It gets a lot worse. Last time Apple shipped a Mac with 1.5TB of RAM was in 2019. At the time that much RAM cost $25,000—just for the RAM. You could conceivably pay $53,000 for your entire computer. And that was seven years ago. Before historic inflation. And an all-out crisis in the price of memory.

And remember, the M7 Ultra is reportedly built for AI. Gurman claims that it will approach “the class of dedicated AI accelerators such as Nvidia Corp.’s Blackwell.” And how much does it actually cost to buy an Nvidia Blackwell? Currently the cheapest Blackwell I can find on Newegg dot com is priced at $12,499.99. Just for the processor.

Obviously you can’t buy this imaginary Mac right now, and the consumer market will shift in predictable and unpredictable ways over the next couple of years. But if we imagine it’s 2028 and you’re thinking about buying a maxed-out M7 Ultra-powered Mac Studio (or whichever model is the top of the line in almost two years), then presumably you just—and I mean this literally—took out a second mortgage on your house. This truly could be a computer at a real-estate-level price point.

#Bring #MindBendingly #Expensive #Apple #Product #TimeApple,apple silicon,Mac Pro,Mac Studio">2028 Could Bring the Most Mind-Bendingly Expensive Apple Product of All Time2028 Could Bring the Most Mind-Bendingly Expensive Apple Product of All Time
                It’s been previously reported that Apple will be skipping expected variants of its M6 chip and speeding up production of the M7. But the writing on the wall suggests very, very expensive M7 Ultra-powered desktop Macs coming in 2028—and the reason may (not) shock you.

 Anonymous sources are apparently continuing to inform Bloomberg’s scoop-getter Mark Gurman about Apple disrupting its traditional chip rollout process. M6-powered Apple products don’t even exist yet—though they are expected later this year—and that whole generation of chip is already basically obsolete as far as Apple is concerned, according to Gurman. But you’re never going to guess what Gurman now claims the reason is. Haha yes you are because it’s AI:  “The takeaway is that AI is no longer just another feature Apple’s chips need to support. It is now shaping how those products are designed and when they are shipped. That’s a shift from the days when the main concerns were things like processing speeds, graphics, battery life and thinner designs.”   That’s a little depressing because I happen to like things like processing speeds, graphics, and battery life. Hell, thinness is even pretty cool compared to AI. But anyway, Gurman says we shouldn’t expect M6 Pro, Max, or Ultra products. Finalization of the M7 started just six months after the M6 was finalized. Which suggests a weird product timeline: We’ll basically say hello and goodbye to the M6 at the same time at the end of this year, and the first M7 products will materialize at the start of next year. Then things will be relatively normal as M7 Pro, and M7 Max arrive at the end of 2027. Then M7 Ultra products will come along in 2028.

 If you’re saving your pennies for a high-end desktop, that M7 Ultra is something to keep in mind. Gurman writes:  “The new Ultra is designed to support as much as 1.5 terabytes of memory — roughly double the capacity planned for the M5 Ultra — though whether Apple ultimately offers that configuration will depend on the state of the industry. Widespread memory-chip shortages have made the component harder to find and more expensive.”  Indeed, it’s worth pausing here to really mull over the pricing implications a bit. There are no M5 Ultras yet, but rumors suggest a high-performance desktop release in the form of the Mac Studio. Last month, when Apple famously raised the price of products like the MacBook Neo, which went from $600 to $700, it also raised the price of the base Mac Studio by $500 to $2500. But the price of the higher-end 96GB Mac Studio climbed $1,300 to $5,299. Are you sweating yet?

 It gets a lot worse. Last time Apple shipped a Mac with 1.5TB of RAM was in 2019. At the time that much RAM cost $25,000—just for the RAM. You could conceivably pay $53,000 for your entire computer. And that was seven years ago. Before historic inflation. And an all-out crisis in the price of memory. And remember, the M7 Ultra is reportedly built for AI. Gurman claims that it will approach “the class of dedicated AI accelerators such as Nvidia Corp.’s Blackwell.” And how much does it actually cost to buy an Nvidia Blackwell? Currently the cheapest Blackwell I can find on Newegg dot com is priced at $12,499.99. Just for the processor. Obviously you can’t buy this imaginary Mac right now, and the consumer market will shift in predictable and unpredictable ways over the next couple of years. But if we imagine it’s 2028 and you’re thinking about buying a maxed-out M7 Ultra-powered Mac Studio (or whichever model is the top of the line in almost two years), then presumably you just—and I mean this literally—took out a second mortgage on your house. This truly could be a computer at a real-estate-level price point.      #Bring #MindBendingly #Expensive #Apple #Product #TimeApple,apple silicon,Mac Pro,Mac Studio

It’s been previously reported that Apple will be skipping expected variants of its M6 chip and speeding up production of the M7. But the writing on the wall suggests very, very expensive M7 Ultra-powered desktop Macs coming in 2028—and the reason may (not) shock you.

Anonymous sources are apparently continuing to inform Bloomberg’s scoop-getter Mark Gurman about Apple disrupting its traditional chip rollout process. M6-powered Apple products don’t even exist yet—though they are expected later this year—and that whole generation of chip is already basically obsolete as far as Apple is concerned, according to Gurman.

But you’re never going to guess what Gurman now claims the reason is. Haha yes you are because it’s AI:

“The takeaway is that AI is no longer just another feature Apple’s chips need to support. It is now shaping how those products are designed and when they are shipped. That’s a shift from the days when the main concerns were things like processing speeds, graphics, battery life and thinner designs.” 

That’s a little depressing because I happen to like things like processing speeds, graphics, and battery life. Hell, thinness is even pretty cool compared to AI.

But anyway, Gurman says we shouldn’t expect M6 Pro, Max, or Ultra products. Finalization of the M7 started just six months after the M6 was finalized. Which suggests a weird product timeline: We’ll basically say hello and goodbye to the M6 at the same time at the end of this year, and the first M7 products will materialize at the start of next year. Then things will be relatively normal as M7 Pro, and M7 Max arrive at the end of 2027. Then M7 Ultra products will come along in 2028.

If you’re saving your pennies for a high-end desktop, that M7 Ultra is something to keep in mind. Gurman writes:

“The new Ultra is designed to support as much as 1.5 terabytes of memory — roughly double the capacity planned for the M5 Ultra — though whether Apple ultimately offers that configuration will depend on the state of the industry. Widespread memory-chip shortages have made the component harder to find and more expensive.”

Indeed, it’s worth pausing here to really mull over the pricing implications a bit. There are no M5 Ultras yet, but rumors suggest a high-performance desktop release in the form of the Mac Studio. Last month, when Apple famously raised the price of products like the MacBook Neo, which went from $600 to $700, it also raised the price of the base Mac Studio by $500 to $2500. But the price of the higher-end 96GB Mac Studio climbed $1,300 to $5,299. Are you sweating yet?

It gets a lot worse. Last time Apple shipped a Mac with 1.5TB of RAM was in 2019. At the time that much RAM cost $25,000—just for the RAM. You could conceivably pay $53,000 for your entire computer. And that was seven years ago. Before historic inflation. And an all-out crisis in the price of memory.

And remember, the M7 Ultra is reportedly built for AI. Gurman claims that it will approach “the class of dedicated AI accelerators such as Nvidia Corp.’s Blackwell.” And how much does it actually cost to buy an Nvidia Blackwell? Currently the cheapest Blackwell I can find on Newegg dot com is priced at $12,499.99. Just for the processor.

Obviously you can’t buy this imaginary Mac right now, and the consumer market will shift in predictable and unpredictable ways over the next couple of years. But if we imagine it’s 2028 and you’re thinking about buying a maxed-out M7 Ultra-powered Mac Studio (or whichever model is the top of the line in almost two years), then presumably you just—and I mean this literally—took out a second mortgage on your house. This truly could be a computer at a real-estate-level price point.

#Bring #MindBendingly #Expensive #Apple #Product #TimeApple,apple silicon,Mac Pro,Mac Studio

This robot has everything: near-perfect cleaning capabilities (including floors, walls, and waterline), a powerful battery with six hours of charge under the water, AI-powered debris detection, and a solid mobile app. It also has the ability to skim the surface of the pool. When finished cleaning, the AquaSense 2 Ultra floats, so collecting it is just a matter of grabbing it from the comfort of the deck. After a quick cleanup, drop the robot on the included charging stand to juice it back up, no cables required.

What’s not to like? Only two things, really. Monstrous cleaning ability requires a monstrous chassis, and to say the 29-pound Beatbot AquaSense 2 Ultra is unwieldy would be an understatement. Hauling this robot out of the water can be a chore, so work on your forearm curls if you plan to purchase one.

There’s also the price point: At around $3,000, it’s pretty much the most expensive battery-powered pool robot on the market, though plenty of competitors are at least in the ballpark. If your budget’s tighter, you can get most of the same coverage from Beatbot’s Sora 70, which sells for just $1,499.

Pool-Cleaning Robot With the Best Battery Life

iGarden

Robotic Pool Cleaner M1-AI 90

The traditional way to use a pool robot is to keep it dry-docked and charging, then drop it into the pool only when you need it. Fish it out at the end of the run, clean the filter basket, and repeat.

An alternative may appeal to lazier pool owners: Drop the robot in the pool and leave it there for a week or two, let it run on a repeating schedule, then clean it out only when the battery is dead.

The trick with this strategy is that few pool robots have a battery big enough to allow for more than one or two thorough cleanings. But with its new M1-AI series, iGarden drops a massive 12,500 mAh battery into its sleek pool bot, allowing up to nine hours of running time in floor-only operation. (It can also do walls and waterline, of course, but that will eat up more of the juice.) The robot also includes cameras that use an AI-powered algorithm to actively scour for debris. In standard mode, the robot first follows an S-shaped path, then it fires up the cams to hunt down anything it missed, making for even more effective cleaning.

#PoolCleaning #Robot #Budget #Backyardbuying guides,shopping,smart home,robots,backyard,home,yardware upgrade">The Right Pool-Cleaning Robot for Every Budget and BackyardThis robot has everything: near-perfect cleaning capabilities (including floors, walls, and waterline), a powerful battery with six hours of charge under the water, AI-powered debris detection, and a solid mobile app. It also has the ability to skim the surface of the pool. When finished cleaning, the AquaSense 2 Ultra floats, so collecting it is just a matter of grabbing it from the comfort of the deck. After a quick cleanup, drop the robot on the included charging stand to juice it back up, no cables required.What’s not to like? Only two things, really. Monstrous cleaning ability requires a monstrous chassis, and to say the 29-pound Beatbot AquaSense 2 Ultra is unwieldy would be an understatement. Hauling this robot out of the water can be a chore, so work on your forearm curls if you plan to purchase one.There’s also the price point: At around ,000, it’s pretty much the most expensive battery-powered pool robot on the market, though plenty of competitors are at least in the ballpark. If your budget’s tighter, you can get most of the same coverage from Beatbot’s Sora 70, which sells for just ,499.Pool-Cleaning Robot With the Best Battery LifeiGardenRobotic Pool Cleaner M1-AI 90The traditional way to use a pool robot is to keep it dry-docked and charging, then drop it into the pool only when you need it. Fish it out at the end of the run, clean the filter basket, and repeat.An alternative may appeal to lazier pool owners: Drop the robot in the pool and leave it there for a week or two, let it run on a repeating schedule, then clean it out only when the battery is dead.The trick with this strategy is that few pool robots have a battery big enough to allow for more than one or two thorough cleanings. But with its new M1-AI series, iGarden drops a massive 12,500 mAh battery into its sleek pool bot, allowing up to nine hours of running time in floor-only operation. (It can also do walls and waterline, of course, but that will eat up more of the juice.) The robot also includes cameras that use an AI-powered algorithm to actively scour for debris. In standard mode, the robot first follows an S-shaped path, then it fires up the cams to hunt down anything it missed, making for even more effective cleaning.#PoolCleaning #Robot #Budget #Backyardbuying guides,shopping,smart home,robots,backyard,home,yardware upgrade

Beatbot’s Sora 70, which sells for just $1,499.

Pool-Cleaning Robot With the Best Battery Life

iGarden

Robotic Pool Cleaner M1-AI 90

The traditional way to use a pool robot is to keep it dry-docked and charging, then drop it into the pool only when you need it. Fish it out at the end of the run, clean the filter basket, and repeat.

An alternative may appeal to lazier pool owners: Drop the robot in the pool and leave it there for a week or two, let it run on a repeating schedule, then clean it out only when the battery is dead.

The trick with this strategy is that few pool robots have a battery big enough to allow for more than one or two thorough cleanings. But with its new M1-AI series, iGarden drops a massive 12,500 mAh battery into its sleek pool bot, allowing up to nine hours of running time in floor-only operation. (It can also do walls and waterline, of course, but that will eat up more of the juice.) The robot also includes cameras that use an AI-powered algorithm to actively scour for debris. In standard mode, the robot first follows an S-shaped path, then it fires up the cams to hunt down anything it missed, making for even more effective cleaning.

#PoolCleaning #Robot #Budget #Backyardbuying guides,shopping,smart home,robots,backyard,home,yardware upgrade">The Right Pool-Cleaning Robot for Every Budget and Backyard

This robot has everything: near-perfect cleaning capabilities (including floors, walls, and waterline), a powerful battery with six hours of charge under the water, AI-powered debris detection, and a solid mobile app. It also has the ability to skim the surface of the pool. When finished cleaning, the AquaSense 2 Ultra floats, so collecting it is just a matter of grabbing it from the comfort of the deck. After a quick cleanup, drop the robot on the included charging stand to juice it back up, no cables required.

What’s not to like? Only two things, really. Monstrous cleaning ability requires a monstrous chassis, and to say the 29-pound Beatbot AquaSense 2 Ultra is unwieldy would be an understatement. Hauling this robot out of the water can be a chore, so work on your forearm curls if you plan to purchase one.

There’s also the price point: At around $3,000, it’s pretty much the most expensive battery-powered pool robot on the market, though plenty of competitors are at least in the ballpark. If your budget’s tighter, you can get most of the same coverage from Beatbot’s Sora 70, which sells for just $1,499.

Pool-Cleaning Robot With the Best Battery Life

iGarden

Robotic Pool Cleaner M1-AI 90

The traditional way to use a pool robot is to keep it dry-docked and charging, then drop it into the pool only when you need it. Fish it out at the end of the run, clean the filter basket, and repeat.

An alternative may appeal to lazier pool owners: Drop the robot in the pool and leave it there for a week or two, let it run on a repeating schedule, then clean it out only when the battery is dead.

The trick with this strategy is that few pool robots have a battery big enough to allow for more than one or two thorough cleanings. But with its new M1-AI series, iGarden drops a massive 12,500 mAh battery into its sleek pool bot, allowing up to nine hours of running time in floor-only operation. (It can also do walls and waterline, of course, but that will eat up more of the juice.) The robot also includes cameras that use an AI-powered algorithm to actively scour for debris. In standard mode, the robot first follows an S-shaped path, then it fires up the cams to hunt down anything it missed, making for even more effective cleaning.

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