Dyson Memorial Day deals include $200 off the 360 Vis Nav robot vacuum
This Memorial Day deal sucks… in a good way. The Dyson 360 Vis Nav may have the best suction of any robot vacuum. This purple dirt eater usually retails for $1,000. But you can get it for a mere $800 this holiday weekend. That's a record low.
The deal is featured on Dyson's website and Amazon. Even the world-famous Ginsu knife Mecca, QVC, got in on the action.
Save $200 on the powerful robovac. $800 at Dyson
Dyson says the 360 Vis Nav sucks debris as well as its cordless stick vacuums. The company claims it's twice as powerful as any of its competitors. For the technically minded, it offers 22,000 Pa/pascals of suction pressure. In short, that's a lot. Your dirty, pet-hair-infested floor won't stand a chance.
The D-shaped robovac has a little actuator protruding from its sides. It's an alternative to the side sweepers on competing models. The little duct only opens when cleaning edges and corners. Valentina Palladino for Engadget
In addition to its suction, the vacuum's most impressive feature is its obstacle avoidance. Engadget's Valentina Palladino tested it with small objects left on the floor, but the Dyson never got stuck. Many competitors run into all sorts of obstacles on a typical run.
There are a few drawbacks. The 360 Vis Nav doesn't mop. It also lacks an auto-emptying dust bin. (Although doing it manually is quick and easy.) It also lacks LiDAR. That means mapping your home can be slower and vacuuming at night won't be as smooth. What this model offers is the best suction possible and top-notch obstacle avoidance. And for $200 off its retail price, that's not too shabby.
Follow @EngadgetDeals on X for the latest tech deals and buying advice .
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
5 hours ago
- Yahoo
Natural Gas Boom to Heat Up in Texas
Texas is pumping natural gas out of the ground and exporting it at a record pace. It may only be the start of another energy boom for the Lone Star State because natural gas demand is growing both globally and at home. Texas produced 34.1 billion cu ft daily of natural gas in March, newly released figures from the Texas Oil and Gas Association showed this week. The association forecast that by May, this will have grown to 34.4 billion cu ft daily. More than half of the March total was exported, at 12.5 billion cu ft daily, with the rest being consumed domestically. More natural gas will need to be consumed domestically in the coming years, however, thanks to Big Tech's artificial intelligence ambitions. The topic is as hot as they come: AI data center operators are scrambling to find enough reliable electricity supply for their facilities. Wind and solar can't cut it, so the companies are going the nuclear path or, as it happens, the natural gas path. A senior Amazon executive admitted earlier this year the technology sector will continue needing hydrocarbon energy for a while yet. Meta essentially admitted that talk about buying electricity from wind and solar operators is cheap; reliably powering data centers requires baseload generation that gas and nuclear can generate—and nuclear takes ages to build. Despite the hype around small modular reactors, the world's nuclear energy currently comes from the large sort, and building a large-reactor nuclear facility takes a long time to construct. Gas-fired power plants, on the other hand, can be built rather quickly, which is going to drive natural gas demand further—and so will rising exports.A recent report from an outlet called the Center for Energy & Environmental Analysis found that the number of new natural gas pipelines being built in the United States was surging and that most of these—more than a 100—were export oriented, that is, geared towards feeding natgas to LNG plants. The number was 104 new pipelines, the CEEA said, which will bring online as much as 99 billion cu ft daily in transport capacity. With nine out of the ten biggest among these pipeline projects in Texas and Louisiana, most of the additional production will come from those two states. Some are already warning that natural gas prices are going to surge at home due to the booming exports and the insatiable thirst of data centers. There is only so much gas to go around, and with demand surging, prices will follow, the bullish argument goes. But there is a bearish argument as well. Natural gas reserves are still very much abundant in Texas—and more associated gas is coming out of the shale oil wells. Production of associated natural gas from the Permian, the Eagle Ford, and the Bakken oil wells has surged over the past decade, the EIA said earlier this year. In the Permian, the gas-to-oil ratio has risen steadily from 34% of total production in 2014 to 40% in 2024. The rise was a result of pressure within the reservoir declining over time, and as more oil is brought to the surface, which allows more natural gas to be released from the geologic formation. This is a prolonged process, and the current trend suggests it will continue just as demand for natural gas continues expanding. It might not be such good news for pure-play oil producers, but it's definitely good news for those in gas. The export outlook is just as bright as the outlook for domestic demand. The biggest export markets for Texas-made LNG are Europe and Asia. In fact, the United States as a whole is the biggest LNG supplier to Europe. This is not about to change soon and the volumes of these exports are unlikely to be going down in any consistent way anytime soon. Europe may refuse to face facts, but it still very much needs natural gas to power its economies—and it doesn't want Russian gas. The only other source of comparable volumes of gas is the United States. Texas is set to continue breaking records. By Irina Slav for More Top Reads From this article on
CNET
7 hours ago
- CNET
My Favorite Portable iPhone Charger Is 35% Off in All Colors
I take my phone with me wherever I go, and I'm not afraid to admit that I have come to rely on it for just about every aspect of my life -- from getting news, weather and navigation help to staying in close contact with friends, family and coworkers. That means, like many people, I live in constant fear that my iPhone's battery will die on me right when I need it most. That is, until I found the Anker 622 MagGo, which CNET ranked as the best magnetic power bank with an integrated stand and which I now take with me everywhere I go. Right now it's available with a 35% discount on Amazon. That drops the price to just $31 from the $48 list price, making this an excellent value for a major convenience. The charger comes in a variety of colors -- including white, dark gray, lavender, pale blue and pale green -- and it's pretty common to see one or two colors on sale at any given time. But the current discount applies to every option. Hey, did you know? CNET Deals texts are free, easy and save you money. Here's why I've stuck with this little charger for so long Have you seen people walk around with a loop of cable hanging from their pocket to their phone? I've been there and hooked that loop on too many chairs and table corners. Never again. The ring of magnets in the Anker 622 MagGo aligns with the MagSafe magnets in every iPhone since the iPhone 12, latching securely and charging without wires. (The notable exception is the iPhone 16E, which does not offer MagSafe but does charge wirelessly using Qi technology. The Anker 622 MagGo will charge the iPhone 16E but won't latch to it magnetically.) It's also compact -- a little backpack feeding power to the phone while you're holding it or have it stashed in a pocket, even a jeans pocket if your fit isn't too tight. Those features alone would have convinced me but the Anker 622 also includes a fold-out back flap that props up my iPhone and can also hold the phone in its wide orientation for StandBy mode. With a power adapter such as the Anker Nano Pro (not included) and a charging cable, I've taught long classes with the phone angled to help me keep track of the time without checking my watch. Essential Anker 622 MagGo specs Here's what you need to know. Battery capacity: 5,000 milliamp hours 5,000 milliamp hours Voltage: 1.55 volts 1.55 volts Output: 7.5-watt Magnetic (compatible with MagSafe-equipped devices, iPhone 12 and later) or 20-watt USB-C port. Can charge only one device at a time. 7.5-watt Magnetic (compatible with MagSafe-equipped devices, iPhone 12 and later) or 20-watt USB-C port. Can charge only one device at a time. Input: The same single USB-C is also how you recharge the device. The same single USB-C is also how you recharge the device. Size: 4.13-inch by 2.61 inches by 0.5 inch 4.13-inch by 2.61 inches by 0.5 inch Weight: 5 ounces 5 ounces Included: Magnetic battery, 60cm (23.6 inches) USB-C to USB-C cable Magnetic battery, 60cm (23.6 inches) USB-C to USB-C cable Warranty: 24 months Jeff Carlson/CNET MagSafe-compatible charging I've owned several battery chargers and each one has some sort of compromise. They're bulky. They require a cable. They charge wirelessly but don't include a magnet to keep the phone in place so it's hard to maintain that connection. There's always something. The Anker 622 is half an inch thick and snaps onto the back of my iPhone using the MagSafe-aligned magnets. I don't have to turn it on to start charging -- power flows as soon as the connection is made. Now, this isn't the highest-capacity (5,000 mAh) or fastest portable charger. That's fine. What I usually need is a way to eke out a few more hours of battery life on my iPhone. I can typically get a full top-off of my iPhone 15 Pro. The Anker 622 MagGo is smaller than an iPhone 15 Pro. Jeff Carlson/CNET Making a stand The other appealing feature of the Anker 622 MagGo for me is its built-in stand. Honestly, it doesn't look like it should work well: It's a fabric-covered set of plastic pieces that lie flush against the case, folds in two places and attaches to the back of the unit with a magnetic strip when extended. Yet I've had no problems with the stability of my iPhone 15 Pro or even the larger iPhone 15 Pro Max size. The stand on the Anker 622 MagGo slides down and adheres with a magnetic strip. Jeff Carlson/CNET This also lets me use standby mode by turning the iPhone to landscape orientation (the magnets are strong enough to hold the phone in place) when it's on a table or desk. Flip the iPhone horizontally to take advantage of StandBy mode while charging. Jeff Carlson/CNET Smart port placement matters The charger gets its juice from a single USB-C port, which is positioned on the edge of the case, not the bottom. That means you can replenish it while the stand is open -- many chargers' ports are stuck on the bottom. Having the USB-C port on the side keeps it accessible even when in its stand configuration. Jeff Carlson/CNET That USB-C port also acts as a charger for other devices when you plug in a cable, such as when your Apple Watch needs a boost. Charge other devices, such as an Apple Watch, from the Anker 622's USB-C port. Jeff Carlson/CNET How the Anker 622 MagGo compares to similar power banks Before getting the Anker 622 MagGo, I carried an Anker PowerCore III 10K Wireless, which doubles the battery capacity, includes a USB-A port and charges wirelessly but without magnets to hold the phone in place. That meant if I didn't use a cable, the phone and charger needed to be stable and level; too often I'd find the iPhone slid off its wireless perch and not charged. It's also larger and heavier. I still use it, but it's the power bank that goes into my carry-on suitcase as a backup charger. The Anker 622 MagGo is much smaller and lighter than my old reliable Anker PowerCore III 10K Wireless, which is now a solid backup. Jeff Carlson/CNET Since I've owned this Anker 622 MagGo, the company has released a few updated models. The $55 Anker 633 (currently on sale for $45) packs 10,000 mAh into a slightly thicker brick, includes a USB-A port in addition to USB-C and has a metal kickstand for resting the phone upright. You can also consider getting the chunkier Anker MagGo Power Bank that delivers 10,000 mAh and follows the same idea of compact magnetic charging and a convenient kickstand. Its main appeals are faster 15-watt magnetic charging and Qi2 compatibility, plus a small display on the side that reports the battery capacity and an estimate of the remaining battery in hours. For more smart buys, check out this amazing multitool and a portable TV that can go anywhere. And if you happen to be gift shopping, check out our roundup of the best gifts for grads, the best Father's Day gifts and the best tech gifts for anyone, anytime of year.
Yahoo
8 hours ago
- Yahoo
Constellation Energy Stock (CEG) Eyes Atomic Expansion to Empower AI Boom
Constellation Energy Corporation (CEG) and Meta Platforms (META) are forming an unlikely partnership. The large-cap energy provider struck what's known as a 'power purchase agreement' with Meta, granting the tech conglomerate the entire 1.1 gigawatt output from Constellation's Clinton Clean Energy Center in Illinois for 20 years starting in mid-2027. Constellation's stock surged around 10% following the news, but has since given up its gains. Easily unpack a company's performance with TipRanks' new KPI Data for smart investment decisions Receive undervalued, market resilient stocks right to your inbox with TipRanks' Smart Value Newsletter The deal marks a shift in how hyperscale tech companies are addressing their AI-driven power needs, with nuclear energy emerging as a preferred solution due to its carbon-free baseload power. Constellation's fleet of nuclear power plants bodes well for future deals, leaving me cautiously optimistic despite a frothy valuation. Meta's 20-year power agreement marks the largest in a growing wave of partnerships between nuclear energy providers and major tech companies. Amazon (AMZN), Microsoft (MSFT), and Google (GOOGL) have all secured nuclear energy to meet the surging power demands driven by their AI initiatives. Nuclear power offers several key advantages over other energy sources, including around-the-clock availability, scalability, and zero carbon emissions. These attributes make it especially appealing to energy-intensive data centers that operate continuously. To put this into perspective, a single ChatGPT query is estimated to consume roughly 10 times more energy than a standard Google search. Nuclear energy remains somewhat misunderstood. While rare nuclear accidents tend to dominate headlines and shape public perception, support for nuclear power is growing. A recent Pew Research Center poll found that 56% of Americans now favor expanding atomic energy. Regulatory momentum is also shifting in its favor, creating a supportive environment for companies like Constellation Energy. The ADVANCE Act of 2024, for example, reduced regulatory review fees for advanced reactor applicants and imposed an 18-month deadline for the Nuclear Regulatory Commission (NRC) to make decisions. Earlier this year, the Trump administration issued executive orders aimed at quadrupling U.S. nuclear capacity by 2050. Constellation, which operates the largest nuclear fleet in the country with 21 reactors across 15 sites, is well-positioned to benefit. When you combine favorable policy shifts with rising demand for energy, particularly from AI infrastructure, it's clear why Constellation is increasingly optimistic about the road ahead In its first quarter earnings, Constellation highlighted the demand for power from data centers. Constellation is just beginning to monetize AI-driven energy demand. Its adjusted operating earnings grew 17.6% in the first quarter to $2.14 per share. Nuclear production maintained an impressive 94.1% capacity factor and continues to remain stable across all geographies. Due to recent deals, Constellation now projects adjusted operating earnings growth of 13% or more through 2030, up from 10%. That said, much of Constellation's potential appears to be priced in. The stock has surged 380% over the past three years and now trades at a Price-to-Earnings (P/E) ratio of 33, nearly double the average for the Utilities sector. This premium valuation leaves little room for error; any operational setbacks could trigger a sharp pullback. While signing long-term agreements with companies like Meta is a positive step, the real challenge lies in execution—building infrastructure, scaling capacity, and navigating regulatory approvals. Time is a critical factor, and delays could have material consequences. Although Constellation currently enjoys a first-mover advantage, it won't be alone for long. Other utility providers are beginning to adopt similar strategies, and competitive pressures in the space are likely to intensify going forward. On Wall Street, CEG sports a Moderate Buy consensus rating based on eight Buy, five Hold, and zero Sell ratings in the past three months. CEG's average stock price target of $318.36 implies an upside potential of approximately 6.5% over the next twelve months. Following the Meta deal, analyst Ryan Levine from Citi downgraded CEG to Hold with a price target of $318. He noted that the stock's rally following the Meta announcement prompted a reevaluation of its value. He added, 'The Meta deal introduces a new framework where nuclear license extensions are considered additive generation, potentially impacting future deals for other plants in CEG's portfolio.' So, Levine sees both positives (a validated business model and premium pricing) and negatives (high valuation, execution risks, and market uncertainty). Technological advancements—particularly in artificial intelligence—present a significant opportunity for utility companies, and Constellation is well-positioned to capitalize. Its extensive fleet of nuclear power plants gives it a strategic edge, and its recent agreement with Meta could serve as a blueprint for future partnerships with other tech giants. Regulatory momentum is also working in Constellation's favor, further strengthening its long-term prospects. That said, the stock is already trading at a premium, reflecting high investor expectations. While Constellation's growth profile justifies a higher valuation—it's far from a traditional, slow-growth utility—there are still meaningful execution risks tied to complex nuclear infrastructure projects. Given this backdrop, a cautiously optimistic outlook, like the one expressed by analyst Levine, may be the most prudent approach. Still, Constellation appears well-positioned to benefit from the broader resurgence of nuclear energy, particularly as AI continues to drive up demand for reliable, carbon-free power, making it a compelling speculative opportunity. Disclaimer & DisclosureReport an Issue Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
