If you're concerned about how new US tariffs might affect future electronics purchases, look no further than DJI. The company has raised the price of its popular Osmo Pocket 3 camera to $799, or $280 (54 percent) more than it cost at launch. The Pocket 3 Creator Combo that includes a wireless Mic 2 and other accessories also went up from $700 to $950. Recent tariffs levied by President Trump on Chinese products were "certainly among the key considerations" for the hefty price bumps, the company told The Verge. 

The Osmo Pocket 3 was a success from the get go, thanks to the built-in gimbal, motorized subject tracking and large 1-inch sensor that delivers excellent video quality, even in low light. It's widely beloved by content creators for those reasons and is a recommended option in several of Engadget's camera buying guides — in fact we bought some for our own reporters. 

It's fair to say that the new tariffs are 100 percent behind the price increase, despite DJI's diplomatic wording. The price is the same as at launch in Europe and in Canada, suggesting that there are no other technical reasons to raise it. DJI quietly boosted the US price from $520 to $620 a couple of months ago, around the time that Trump first announced potential tariffs on Chinese products. Other DJI products like drones have yet to rise in price, however.  

DJI said that the Osmo Pocket 3 is one of the best selling products in the history of the company and that it's popularity "continues to exceed expectations." However, much of that popular was likely due to the original $520 price (on top of the camera's strong feature set), that was a bargain next to standard compact cameras like Canon's new $899 PowerShot V1. At $799, the Pocket 3 loses some of its competitive advantage. 

It's difficult to find the Pocket 3 in the US (and elsewhere) at any price at the moment, though DJI says it's striving to keep up with demand. On top of all that, the company is facing a full ban of its drone products in the US in 2026 unless it obtains an exemption from regulators. That will affect the company as well as consumers, as its drones are widely used in production, emergency services and elsewhere — and it's far ahead of rivals in terms of technology. DJI sent a formal letter to five national security agencies (DHS, DoD, FBI, NSA, and ODNI) in March requesting that any or all of the agencies begin evaluating its products "right away."

Microsoft has teased a new Surface Copilot+ PC set to be revealed on May 6th, the company announced on X. "Something new is coming… find out next week," the post states. The new model(s) will be revealed nearly two weeks before the company's Build 2025 developer conference. That appears to be a change from last year when the company kicked off its Build 2024 event by launching two new Surface Copilot+ PCs the day before.

The rumor mill has it that Microsoft is working on a smaller 11- or 12-inch Surface Pro to directly compete with Apple's 11-inch iPad Pro. It may also be working on a Surface laptop with a Snapdragon X processor. Earlier this year, the company unveiled the new Intel-equipped Surface Pro (11th Edition) and Surface Laptop (7th Edition) for Business.

It's not clear whether Microsoft will hold an event to announce the new machines or just issue a press release. It also begs the question as to what hardware (if any) the company will announce at Build 2025. That conference kicks off on May 19 and is expected to be heavily focused on AI. 

If you love capturing your adventures, from mountain biking trails to underwater dives, an action camera is a must-have in your gear bag. The best action camera delivers crisp footage, rugged durability and the flexibility to shoot in just about any environment — including in the rain, snow or under water. These compact, often wearable devices are built to go where your phone or mirrorless camera simply can’t, offering features like image stabilization, wide angle lenses and impressive video resolution for smooth, immersive footage.

Many models now support HDR for vibrant colors, slo-mo for dramatic effect and advanced settings like adjustable aspect ratio and frame rates. Some are even designed as a single-lens solution that can still give you stunning results, without the complexity of multi-camera rigs. And if you're planning long shoots or travel adventures, don’t forget to look for extra batteries and a reliable SD card — two essentials that make a big difference in how much you can capture on the go.

Whether you're new to the world of video cameras or you're a seasoned pro, this buying guide covers our top picks across different price points and use cases. From high-end rigs to the best waterproof camera options, we’ll help you find the best action cam with the compatibility and features you need to capture every epic moment.

Best action cameras for 2025

What to consider before choosing an action camera

Action cameras have certain traits that separate them from regular cameras or smartphones. The most important is ruggedness that makes them resistant to water, dust and shocks. Most action cameras are now waterproof cameras without the need for a separate enclosure. At the same time, you can purchase housing accessories to make them waterproof to even greater depths.

Video quality is also key. Every model we recommend goes to at least 4K 60fps, but some models like GoPro’s latest Hero 13 boost video resolution up to 5.3K 60fps, or even 8K 30p with the Insta360 Ace Pro 2. That allows you to crop in on shots and capture vertical video at higher resolutions for social media. Another nice feature is log video that improves dynamic range when filming on sunny, contrasty days — and many newer models now support HDR for even more vibrant footage. Plus, if you film in dim environments, you’ll want the largest sensor possible for the best low-light performance, much like with high-end video cameras or mirrorless systems.

For activities with bumps and jolts like mountain biking, image stabilization is incredibly important. You want your video to look smooth, but still need to convey the thrill and speed of the action. The Hero 13 is still the top pick in this regard, delivering jolt-free video that makes the viewer feel like they’re going down the bike trail or ski slope, with no annoying digital artifacts. DJI and Insta360’s products are good, but not quite at that level yet.

Some action cameras are easier to handle and use, so take that into account as well. You’ll want bright and colorful displays both front and back, buttons you won’t have to fumble to find and easy-to-use menus. Remote control is another factor that can ease operation. And you’ll want to check which software is available to improve image stabilization, edit video, remove selfie sticks and more. Also, look out for compatibility with third-party accessories or apps that can expand what your camera can do.

Then there's the area of accessories. Do you need helmet or chest mounts, extra batteries, waterproof housings, or a fast SD card? GoPro has the largest number of those, but DJI makes handy wireless mics that connect directly with its cameras. And of course, battery life is critical for action shooting as it’s hard to change one when you’re out surfing.

After nearly disappearing as a category, compact cameras are making a comeback. Fujifilm’s X100 VI became a star on the photography side, thanks to its good looks and trendy film emulations. And DJI’s Osmo Pocket 3 captivated content creators with its motorized subject tracking and a gimbal that smooths harsh camera moves.

Now, Canon has jumped back into compacts with the PowerShot V1, a vlogging-centric model that follows the six-year-old G7X Mark III. It’s designed to outshine rivals with a large 1.4-inch 22-megapixel sensor, and boasts other impressive features like optical stabilization and 4K supersampled video. At the same time, this camera is surprisingly solid when it comes to photography.

The V1’s 16-50mm lens is nice and wide but it’s slow compared to its main rival, Sony’s ZV-1 II. And where Fujifilm’s X100 VI is svelte and pretty, the PowerShot V1 is plain and a bit chonky. Still, none of that detracts from the fact that this is a powerful compact camera capable of capturing incredible video and images, especially in low light, and should suit many creators.

Design and handling

Instead of going retro like Fujifilm, Canon chose a more functional approach to the PowerShot V1’s design. It’s relatively thick at 2.1 inches, a bit bigger than the X100 VI if you don’t include the lens, but it’s slightly lighter at 15.03 oz with a battery. By comparison, Sony’s ZV-1 II is just 10.3 ounces and 1.84 inches thick.

The PowerShot V1 bears some resemblance to Canon's G7X III that has become massively popular of late, but is thicker due to the built-in fan and power zoom lever. Unlike the G7X III, the V1 lacks a popup flash unfortunately, but does have a hotshoe for external flashes. Canon also moved the record button from the back to a more practical position on top.

The grip is small, but the rubberized surface makes it easy to hold, especially when vlogging. Controls are sufficient for a compact, but I’d prefer at least one dial on the top to change settings. It would also be nice if the camera was a bit more pocketable like Sony’s ZV-1 II. The buttons and dials are responsive, but they do feel a bit cheap next to Canon’s mirrorless models. In short, the PowerShot V1 offers solid handling but isn’t a looker like Fuji’s offerings.

Steve Dent for Engadget

Another nice change is a new fully articulating screen, replacing the previous model’s pop-up display. That makes vlogging and photography easier, as you can see the screen when holding the camera high, low or toward you. My only complaint is that it’s a bit too dim when used in bright sunlight. And you can’t just look through the electronic viewfinder to get a clearer view, because there isn’t one on the PowerShot V1.

This camera has decent battery life for a compact at 400 shots or about 75 minutes of 4K 30p shooting on a charge. Other notable features include mic and headphone inputs along with a microHDMI and USB-C (charging and data transfer) ports, plus a single SD UHS-II card slot.

Vlogging and content creation

The ‘V’ in PowerShot V1 stands for vlogging, so let’s talk about that next. To best serve in that capacity, it uses a wide 16-50mm equivalent lens so you can always fit your face into the frame, even in cropped mode. However, that zoom range can also be limiting for capturing closeups or B-roll.

Video specs are top-notch for a compact, with sharp, supersampled 4K 30p video that uses the full sensor width or 4K 60p video with a 1.4x crop. On top of that, you can capture 10-bit video when using Canon’s C-Log 3 or HDR formats.That’s better than Sony’s ZV-1 II, which only offers 4K 30p and S-Log video with no 10-bit option. However, DJI’s Osmo Pocket 3 surpasses both models with uncropped 4K at up to 120 fps, while also offering 10-bit D-LogM or HDR video.

With its large sensor, the PowerShot V1 offers sharp video and accurate, natural color rendering with Canon’s usual excellence in skin tones. Shooting in C-Log3 10-bit boosts dynamic range considerably in sunny or contrasty scenes, while giving you more latitude to adjust video in post. And when you need to shoot indoors or at night, the camera outperforms compact rivals, displaying lower noise at high ISO settings.

Steve Dent for Engadget

The disadvantage of a larger sensor is that rolling shutter that can warp video is more pronounced than on Sony’s 1-inch ZV-1 II at the 4K 30p setting. If that’s a concern, the cropped 4K 60p setting reduces the problem since it samples a smaller portion of the sensor.

Overheating isn’t an issue with this camera either, thanks to the built-in fan. I never saw any sign of a heat-related shutdown when using the PowerShot V1 with the temperature threshold setting at “high.”

Autofocus is a crucial feature for vlogging and the PowerShot V1 competes well against Sony’s ZV-1 II, thanks to its upgraded processor. It stays locked even on fast-moving subjects and the eye- and face-detection, along with subject detection for animals and vehicles, all work well.

Where the ZV-1 II only offers electronic video stabilization, the PowerShot V1 marries 5-stop optical stabilization with electronic stabilization. That means you can shoot smooth handheld video without any impact on image quality, or enable e-stabilization for walking or other challenging scenarios. However, neither camera holds a candle in that regard to DJI’s Osmo Pocket 3, which has a built-in 3-axis gimbal.

Audio is also a plus on the PowerShot V1, as it offers both mic and headphone jacks, while the ZV-1 II lacks a headphone port. Canon’s model also has a decent built-in stereo mic and comes with a hotshoe-attached wind muff.

Photography

Steve Dent for Engadget

Despite the vlogging emphasis, the PowerShot V1 is highly capable for photos as well. In fact, it excels in both image quality and speed thanks to the unique 22.4MP, 1.4-inch sensor and Canon’s latest Digic X image processor to power autofocus and AI functions.

You can fire off bursts at up to 30 fps in electronic mode, and a very rapid 15 fps with the mechanical shutter (and yes, it has a mechanical shutter which is rare for a compact). That makes it one of the fastest compacts available. By comparison, the X100 VI can hit 25 fps speeds while the ZV-1 II is limited to 15 fps speeds. The Osmo Pocket 3, meanwhile, can take photos but is really designed almost exclusively for video.

The PowerShot V1’s high speeds are backed up by Canon’s Dual Pixel II focus system that delivers sharp photos the majority of the time, powered by the company’s latest AI tech for face- and eye-detection. As with other recent models, the camera also offers AI subject detection for animals, vehicles, airplanes and more.

The PowerShot V1 trumps Sony’s ZV-1 II with its built-in 5-stop optical stabilization to reduce blur. That enabled me to take shots down to an eighth, and sometimes even a quarter of a second, to blur backgrounds while keeping the foreground sharp.

The trouble with most compact cameras is that they can take nice photos in well-lit conditions but start to fall down in low light. That’s not the case with the PowerShot V1. The larger 1.4-inch sensor is very close in size to Micro Four Thirds, so it delivers clean images up to ISO 6400, with manageable noise even as high as ISO 12800.

The beauty of Canon cameras is that you get great-looking images straight out of the camera with no fuss, particularly with skin tones — a great boon for beginners. JPEG images have a good balance of sharpening and noise reduction, while RAW photos boost dynamic range in tricky shooting conditions and give you more room to play around when editing in Lightroom.

Wrap-up

Steve Dent for Engadget

I can see what Canon was going for with the $900 PowerShot V1. It effectively beats out its main compact vlogging rival, Sony’s ZV-1 II, by offering a larger sensor, optical stabilization and more video options for around the same price. And it appeals to hybrid shooters more than DJI’s Osmo Pocket 3 as it can better handle photography chores while also capturing higher-quality video.

The problem is that it’s still primarily a vlogging camera and a lot of content creators have abandoned this type of compact model in favor of the Osmo Pocket 3. That’s because the Pocket 3 offers unique features like motorized camera tracking and a superior three-axis gimbal. It also pairs with DJI’s popular Mic 2 and Mic mini wireless microphones, which is another big advantage. At the same time, the PowerShot V1 has a pretty basic design, so it may not appeal to buyers looking for something prettier like the X100 VI.

At the end of the day, the PowerShot V1 is bound to be a hit because it delivers when it comes to video and photo quality — especially given the current popularity of the now-ancient G7X III. In fact, I’d recommend it over Sony’s ZV-1 II, particularly if you’re looking for a hybrid camera that pulls double duty.

US automakers will get some relief from US President Donald Trump's tariffs, according to a new White House fact sheet. Prior to his new executive order, manufacturers had to pay a 25 percent tariff on any parts used in any US-assembled vehicles. Now, they'll be able to deduct up to an amount equal to 3.75 percent of the price of a new US made car until April 30, 2026, and 2.5 percent until April 30, 2027. In addition, automakers will only be required to pay tariffs on steel or auto parts (not both as before), depending on which is higher. 

The new rules reportedly came at the request of manufacturers, who said they need time to move parts production to the US. "We just wanted to help them during this little transition, short term. We didn’t want to penalize them," Trump told reporters. 

The 3.75 percent figures was reached by multiplying 15 percent of imported parts that make up a vehicle's sale price by the current 25 percent import tax. So if a $40,000 car had $6,000 or 15 percent of imported parts, the manufacturer would effectively pay no tariffs, but any higher percentage of foreign parts would result in some tariff being paid. The White House said the rebates wouldn't cost taxpayers anything since they'd come out of tariffs collected.

The White House pointed out that the US trade deficit on auto parts was $93.5 billion in 2024. A large chunk of those ($19.5 billion worth) came from Canada, and large numbers of US vehicles are also built in that country. However, the reason that US automakers manufacture cars and car parts in Canada is because it's cheaper, largely because of the high cost of employee healthcare in the US. So, even if automakers manufacture more parts in the US, car prices are still likely to go up. 

The average price for a new vehicle in the US was $47,462 last month, according to The Associated Press. One noted analyst predicted that the original 25 percent tariffs could add $4,711 to the cost of a vehicle, while also boosting the cost of ownership and maintenance. 

OpenAI, which spends far more money than it takes in, is trying something new to stanch the bleeding. The company just announced that all users, including on the free tier, can shop from ChatGPT Search. "You can now search for a product, compare options and buy products in ChatGPT," OpenAI said in a press release. Categories currently available include fashion, beauty, home goods and electronics, with expansion to more categories set to come later. 

The search results you'll obtain are "chosen independently and are not ads," the company promises. The updates are available in 4o and are rolling out to ChatGPT Plus, Pro, Free and even logged-out users. Along with the shopping, OpenAI introduced search in WhatsApp, enabling users to send a WhatsApp message to ChatGPT to get up-to-date answers. Also new are improved citations, trending search and upcoming memory integration. 

Trusting ChatGPT for accurate shopping advise may be a risk, as the app tends to (still) make stuff up when it doesn't know an answer. It seems that OpenAI is accessing reviews from Wired and other sites to get information on products, presumably through license agreements. It's not clear how OpenAI is making money on shopping since it's surfacing organic results and not paid placements, but it could be through affiliate revenue. 

The company certainly needs the cash. OpenAI only made $4 billion last year, reportedly after spending $9 billion. The company expects to boost that revenue by a factor of 30 to $125 billion by 2029, though it didn't give any specifics on how it plans to do so. As it stands now, OpenAI makes the bulk of its money from paid subscriptions and the rest through licensing its API. 

The UK's Children's Commissioner is calling for a ban on AI deepfake apps that create nude or sexual images of children, according to a new report. It states that such "nudification" apps have become so prevalent that many girls have stopped posting photos on social media. And though creating or uploading CSAM images is illegal, apps used to create deepfake nude images are still legal.

 "Children have told me they are frightened by the very idea of this technology even being available, let alone used. They fear that anyone — a stranger, a classmate, or even a friend — could use a smartphone as a way of manipulating them by creating a naked image using these bespoke apps." said Children’s Commissioner Dame Rachel de Souza. "There is no positive reason for these [apps] to exist."

De Souza pointed out that nudification AI apps are widely available on mainstream platforms, including the largest search engines and app stores. At the same time, they "disproportionately target girls and young women, and many tools appear only to work on female bodies." She added that young people are demanding action to take action against the misuse of such tools. 

To that end, de Souza is calling on the government to introduce a total ban on apps that use artificial intelligence to generate sexually explicit deepfakes. She also wants the government to create legal responsibilities for GenAI app developers to identify the risks their products pose to children, establish effective systems to remove CSAM from the internet and recognize deepfake sexual abuse as a form of violence against women and girls. 

The UK has already taken steps to ban such technology by introducing new criminal offenses for producing or sharing sexually explicit deepfakes. It also announced its intention to make it a criminal offense if a person takes intimate photos or video without consent. However, the Children's Commissioner is focused more specifically on the harm such technology can do to young people, noting that there is a link between deepfake abuse and suicidal ideation and PTSD, as The Guardian pointed out. 

"Even before any controversy came out, I could already tell what it was going to be used for, and it was not going to be good things. I could already tell it was gonna be a technological wonder that's going to be abused," said one 16-year-old girl surveyed by the Commissioner. 

In the US, the National Suicide Prevention Lifeline is 1-800-273-8255 or you can simply dial 988. Crisis Text Line can be reached by texting HOME to 741741 (US), 686868 (Canada), or 85258 (UK). Wikipedia maintains a list of crisis lines for people outside of those countries.

Apple may shift all of its US iPhone production from China to India in an effort to avoid Trump's tariffs, according to a report from The Financial Times. The goal is to manufacture all 60 million iPhone devices sold to American customers in India by 2026, doubling current production numbers in the nation. That would be a stark shift, as Apple has manufactured the majority of its iPhone products in China since they debuted in 2007. 

Apple first started building iPhones in India back in 2017 and late in 2023, pledged to build up to 50 million iPhones in the nation within three years with suppliers Foxconn and Tata. With that in mind, it would only have to boost that number by 10 million to achieve the new 60 million unit goal. 

Those tariffs of up to 145 percent announced earlier this month have thrown electronic manufacturing into turmoil, despite announced exemptions for smartphones and computers. India, by contrast, has only been subject to a 10 percent US tariff. However, the nation could still be subject to a 26 percent tariff once a 90-day grace period is lifted, particularly as Trump has called India a “tariff abuser” and “tariff king.”

Apple reportedly airlifted $2 billion worth of iPhones to the US from India in March to bypass impending China levies. Trump's stated goal with tariffs has been to shift more manufacturing to the US. However, many experts have said that would be virtually impossible, particularly in the electronics industry. 

A company backed by Jeff Bezos, Slate Auto, just came out of stealth mode to unveil its first EV, and it's incredibly interesting. The Slate Pickup is a tiny and boxy, almost Kei-like truck that will be sold in a barebones configuration for as little as $27,500, or $20,000 with the Federal US tax credit. That would make it one of the cheapest EVs available, but there is a catch: it doesn't come with a stereo, touchscreen or even paint options, and the 150 mile range makes it more of an urban runner than a cross country machine. 

A good analogy to the Slate Pickup is a home-built PC that comes with the basics but can then be infinitely customized. For the entry-level model (the "Blank Slate"), you get two seats, a bed large enough to hold a sheet of plywood, plastic composite body panels and any paint color you like, as long as it's grey. Curb weight is 3,500 pounds and it's 25-inches shorter than a Ford Maverick. There's no infotainment system, just a universal phone mount and USB power. Power windows? Heck no, it comes standard with crank opening (it does have AC though). And with just a 52.7 kWh battery, range is limited to 150 miles, though it does support 150kW fast charging. 

With that as a base, you can start expanding into DIY territory with more than 100 available accessories. Want more passengers? Choose from two SUV options and you'll be able to seat up to five, or go for the open air kit. Those are delivered in a flat pack and designed to be user-installed.

If you want a color scheme that better reflects your personality, get a wrap and decals. There are a number of exterior options, like a spare tire carrier, rear and front bumper upgrades, fender flares, running boards, a lift kit and tower rack lighting. Inside, you can add small or large screens, speakers and yes, a power window kit. The pickup also comes with "Slate access points" that will support future and even homemade accessories. 

The battery pack can also be expanded to 84.3 kWh for a target range of 240 miles. With the standard battery, the company says you'll be able to charge to 80 percent in 30 minutes at 120kW using the fast charger. Power is limited compared to other EVs at 201 HP and 195 pound feet of torque, giving the Slate Pickup a 0-60 MPH time of 8.0 seconds and top speed of 90 mph (estimated). 

Slate Auto

Where most automakers try to max out a vehicle's features, Slate is banking on a subset of buyers that don't care about, say, self-driving but do enjoy DIY personalization. In its video, the company points out that it took out everything "that wasn't a car" like "a fancy screen, colored lighting, cooled seats, self driving, self parking and automated cup holders." However, it will still comply with Federal safety standards for 2027 as it will be equipped with features like automatic emergency braking and a standard backup camera (with view displayed on the dash since there's no touchscreen). 

It remains to be seen if there's a big enough market for such buyers, but the Slate Pickup is certainly affordable. The company is promising you'll pay under $20,000 for the base model if you include federal tax credits (which Trump could kill at any time, by the way) thanks to its direct, Tesla-like sales model. If you're interested, refundable vehicle reservations are now open at $50 at slate.auto. 

In case you're wondering how Moore's Law is doing, Taiwan Semiconductor Manufacturing Corp. (TSMC) just unveiled its latest 1.4-nanometer (nm) A14 process that will enter production in 2028. The technology promises a 15 percent performance boost, plus a 30 percent reduction in power draw compared to 2nm processors set to go into production later in 2025, TSMC said. The 1.4nm tech is likely to be used in processors for Apple, Intel and AMD.

The performance gains are thanks to a 20 percent logic density improvement over 2nm tech. The company's 2nm process saw similar improvements over the 3nm chips, so the 1.4nm chips could be up to 30 percent faster and 60 percent more efficient than current chips. 

Apple's chips today are based on TSMC's 3nm process, and the upcoming iPhone 17, including a rumored ultra-slim version, will reportedly use that as well with the third-generation N3P node. So, Apple won't likely switch to TSMC's 2nm tech for another two years, as MacRumors pointed out.

That in turn means Apple won't likely employee 1.4nm tech in mobile and desktop devices for three or more generations and it could be that long before we see it in AMD and other processors as well. However, TSMC usually has multiple generations of a given node (with small improvements in each), and Apple has been adept at boosting performance of its Silicon design before switching to smaller processes.