• The FCC wants to take 'military-grade' DJI drones off sale
• Numerous DJI models would be affected
• You can comment on the proposals until September 2

There's been a ban on new DJI drones and cameras in the US since last December, but now the Federal Communications Commission (FCC) is making moves to retroactively take some models off shelves that were approved before the ban came into effect.

Specifically, the FCC wants to pull "military-grade" drones from stores (via PCMag), which apparently includes every model with LiDAR obstacle avoidance or thermal cameras. That would affect drones such as the DJI Air 3S, the DJI Avata 360, the DJI Mini 5 Pro, and the DJI Mavic 3T, for example.

Drones that weigh over 55 pounds (nearly 25 kilograms) will be included in the retroactive ban, as well models that use docking stations. The criteria laid out by the FCC is broad enough to cover a substantial number of drones in DJI's current range.

Now, if you've already bought one of these drones in the US, the FCC isn't going to come and take it off you. However, unless the regulator changes course, these models won't be available to buy in the US from September 2.

You can take action

DJI has already complained long and hard about the original ban, pointing out that its drones were blacklisted for security reasons without any actual security audit taking place. It's also taking a very dim view of the new proposals by the FCC.

"People could continue using DJI products they already own, but the same models in use today might no longer be available to purchase in the future," says DJI in a blog post. "This is a total reversal from the FCC's previous position, and it is U.S. operators that would bear the cost."

DJI argues that safety agencies, small businesses, and farmers in the US who rely on DJI equipment will be faced with more expensive and difficult upgrades in the future, and it's asking for the public's support while the FCC proposal is considered.

You can have your say during the public comment period up until September 2: head to the Drone Advocacy Alliance website to make your feelings known, and to explain to the FCC how you use drones and their capabilities for non-military purposes.

Fancy taking to the skies? DJI is the brand you're probably looking at — it's the name behind almost all the best drones around right now. If you're new to the world of drones, figuring out your options is tricky. This article is here to guide you through your options. I'll run through the main DJI ranges and who they're aimed at, and then once you've narrowed things down you can hop to the relevant section to read our reviews for each model. Let's get started...

Note: You'll only be able to see product cards for the models currently available to buy in your region. Due to FCC issues, not all DJI drones are available in the US. Hit the More details button to read our main takeaways for each model, and for a link to the full review.

DJI range guide

DJI Mini
DJI's flagship compact drones, and the best-selling range for beginner pilots. These are all sub-250g models, which means they come with little-to-no flight restrictions, depending on where you fly.
• Check out the Mini lineup

DJI Air
A step up from the Mini series, aimed at enthusiasts. These drones fall into the next weight category up, which means they're sturdier and you'll be able to fly for longer, but you'll need your region's equivalent of a certificate of competency before you fly.
• Check out the DJI Air lineup

DJI Mavic
Top-tier consumer drones with industry-leading camera performance. These are another step up from the DJI Air range, and again you'll need a certificate of competency before you fly.
• Check out the DJI Mavic lineup

DJI Neo
The cheapest, smallest, lightest and simplest DJI drone. It comes with single-push take-off from your hand, designed for aerial selfies (this kind of drone is sometimes referred to as a selfie drone).
• Check out the DJI Neo lineup

DJI Avata
FPV (first person view) drones, designed to be used with goggles for immersive high-speed and responsive flight — legally you need a 'spotter' with you when flying drones through goggles.
• Check out the DJI Avata lineup

There are a few standalone options to be aware of. The Lito is a straightforward beginner drone at an extremely wallet-friendly price — it's a step down from the Mini range in both price and capabilities. The DJI Flip is another beginner drone with vlogger-friendly features. At the other end of the scale is the DJI Inspire range, aimed at professionals — the kind of thing that might be hired for productions.

DJI Mini drones

DJI Mavic drones

DJI Air drones

DJI Neo drones

DJI Avata drones

Outliers

• Prototype drone spins its entire body up to 25 times per second to blur itself into near-invisibility
• Phantom Twist's single motor spins the whole airframe in one direction and its propeller in the other
• AI design pipeline tested 20,000 possible layouts to find the optimal configuration

Drones have a visibility problem. Whether they're filming guests at a wedding or hunting for candid shots of nesting birds, the moment a drone is noticed, it can change the behavior of whatever it's observing — wildlife scatters, people act differently, and you end up with iffy results.

A team of engineers at Illinois' Northwestern University may have found a way around that, and it has nothing to do with camouflage. Their prototype drone, dubbed "Phantom Twist," doesn't try to look like its surroundings. Instead, it spins itself into a blur so fast that the human eye simply can't keep up.

The drone rotates up to 25 times per second — well beyond what the eye can resolve into a distinct shape. The drone doesn't disappear outright, but becomes what the researchers describe as a faint, semi-transparent smudge that blends into the sky or landscape behind it. It's not invisibility in the sci-fi sense, but according to the team it's about ten times harder to spot than a conventional quadcopter.

You spin me right round

The trick lies in the design itself. A typical quadcopter has four rotors spinning while its main body stays completely still, which is exactly why you can still pick it out against the sky — the frame doesn't move, so your eye locks onto it. Phantom Twist ditches that setup entirely. It runs on a single motor and single propeller, with the propeller spinning one way and the rest of the drone's body spinning the opposite way. There's no stationary part left for your eye to latch onto.

Building something that flies stably while spinning that fast isn't a simple engineering job, though, so the team leaned on AI to do the heavy lifting. The process started with around 20,000 computer-generated drone layouts, each one checked for steady flight. From there, optimization algorithms repeatedly shuffled the position of the drone's key components — motor, propeller, circuit board, battery and counterweights — so they'd never overlap visually as the whole thing spun.

Every candidate design was then simulated spinning against 100 real-world photo backgrounds and scored using a model built to approximate human vision, with the 500 lowest-scoring designs pushed through further rounds of optimization before the final version was built.

The result spreads its components out at different heights and angles, so when it's in motion, everything blurs into a soft haze. It's clever stuff, and a reminder of how much of what we "see" comes down to how our eyes process motion over time rather than snapping a perfect still image.

It's worth being clear about what Phantom Twist is and isn't, though. This is a university research prototype, not a product with a release date or price tag, and it's still some way from ready for real-world deployment.

The propeller is audible even if the body isn't very visible. There's also no camera or imaging payload on the current build, which raises an obvious question for its stated wildlife-monitoring and infrastructure-inspection ambitions. It feels like a drone spinning 25 times a second would need some serious image stabilization or de-rotation trickery before it could shoot anything usable. The team hasn't detailed how (or whether) they plan to solve that yet.

There's an inevitable privacy angle to any drone that's harder to see, too, and it's not hard to imagine less charitable uses for the same principle down the line. For now, though, this remains a lab experiment funded by the National Science Foundation, aimed squarely at reducing wildlife disturbance rather than sneaking up on anyone — and there's no indication the spinning-body approach is heading toward consumer hardware anytime soon.

• Tornyol's drone tracks mosquitoes by their wingbeat and takes them down mid-flight
• Can autonomously patrol areas of up to 5 acres
• Preorders are open with a refundable $100 deposit, ahead of a targeted 2027 US launch

Tornyol, a San Francisco-based startup backed by Y Combinator, has built an autonomous micro-drone whose sole purpose is finding mosquitoes and flying straight into them. Forget spray, swatters and stinky citronella candles that go out halfway through your al fresco dinner — this propellered assassin can keep your yard bug-free all on its own.

Or at least, that's what its makers claim. Tornyol's drones use ultrasonic phased-array sonar — the same basic principle behind a car's parking sensors — paired with smartphone-grade microphones and custom signal-processing software. The system listens for the specific wingbeat frequency of a mosquito, distinguishes it from harmless insects like bees, and then closes in for a mid-air kill, using its whirring propellers as the business end. In other words, the mosquito is chopped to bits.

The company says its base station carries a 380-microphone array capable of tracking targets in real time to a distance of around 8m, with future planned drone versions likely to bring that sensing ability onto the aircraft itself.

Each drone flies for around five minutes at a time before heading back to its base station to recharge, a process Tornyol says takes about 30 minutes. The idea is a relay of short, targeted flights rather than a drone loitering in the air all evening. A single unit is pitched as capable of covering up to five acres (over 20,000 square meters).

As for safety, Tornyol cites the drone's tiny size and shrouded propellers as proof that it's safe to have buzzing around family and pets.

You can reserve one right now for a refundable $100 deposit. Once the drone is ready to ship, you'll be given a choice between an ongoing $50-a-month subscription or a one-off payment of $1,100 to own the hardware outright. A US launch is pegged for 2027, but availability everywhere else is TBC, pending local drone and pest-control regulatory approval — which, given what this thing actually does, may take a while.

It's pitched as being about more than backyard convenience, too. Tornyol frames its tech as a public health boon: mosquitoes are linked to roughly 700,000 deaths a year worldwide through diseases like malaria and dengue, and the company claims its approach could eventually slash the cost of mosquito control.

Right now, though, the achievements are more modest: on July 14, Tornyol co-founder Alex Toussaint posted a video of the drone's first confirmed "air-to-air kill": a moth, in a curtained-off test area, rather than a mosquito in the wild.

Here's the buzzkill

So: a small, autonomous, AI-guided drone that identifies living targets and kills them on sight, patrolling your garden 24/7. What could possibly go wrong?

I'll admit that my sympathy for the mosquito is limited. Few people are going to find issue with a device that quietly thins out a blood-sucking insect responsible for ruining many a summer evening. If Tornyol's drones work as advertised and stay in their lane, this is about as palatable a "killer robot" as killer robots get.

But that's the thing about a system built to autonomously identify a target by sound and eliminate it: the target list is a software decision rather than a hardware one. Tornyol's own marketing boasts of distinguishing mosquitoes from "beneficial" insects like bees — which suggests the drone's kill criteria are, by design, adjustable. Currently it's tuned to a mosquito's wingbeat, but what's stopping a future firmware update — or a different customer altogether — from retuning it for something else?

And once you're comfortable with an autonomous hunter-killer aircraft policing the back garden, the scope creep writes itself. Mosquitoes today. Flies tomorrow, probably without much complaint either. But mice? Rats? Pigeons? Those are bigger, warmer-blooded and considerably more sympathetic targets, and if we're talking about robots that hunt and kill creatures on your property, where does the line get drawn — and by whom?

Tornyol's engineers appear to be solving a real problem, and it's a no-brainer to root for a tool that could put a dent in a global killer like malaria. But there's something dystopian about killer domestic robots too, and this is a solid first step to putting them in our homes.

• DJI announces completion of three drone missions on Everest
• FlyCart 100 transports supplies one way and garbage the other
• DJI Matrice 4E and DJI EV50 involved in other tasks on the mountain

Mount Everest has a trash problem. Decades of expeditions have left the world's highest mountain strewn with discarded oxygen canisters, abandoned tents, food packaging and worse — so much of it that the peak has earned the unflattering nickname of the "world's highest garbage dump." But DJI thinks its drones can help clean up the mess.

The drone giant has announced the successful completion of three missions on Everest, the headline act being the DJI FlyCart 100. DJI's heavy-lift delivery drone has spent the 2026 spring climbing season shuttling supplies and garbage between Base Camp and Camp 1 on the mountain's Nepalese south side.

Working with local drone company Airlift, DJI says the FlyCart 100 has hauled a total of 10,073kg between the two camps: 7,215kg of climbing supplies (think oxygen tanks, ropes and ladders) on the way up; 2,858kg of waste on the way back down. Going forward, the drone will assist in removing approximately 10,000kg of waste per season from higher camps that previously couldn't be cleaned up at all.

That's a serious amount of junk being shifted, but it's sorely needed. According to National Geographic, the average Everest climber generates around 8kg of trash during their expedition, most of which is left behind on the mountain. And with over 600 people attempting the summit every season — each supported by at least one local guide or porter — the rubbish is piling up quickly.

Eight minutes vs eight hours

The FlyCart 100's advantages aren't limited to its payload — the time (and risk) it saves is also a major boon. Traditionally, ferrying supplies from Base Camp to Camp 1 means Sherpas trekking for six to eight hours on foot through the Khumbu Icefall, a treacherous maze of shifting ice towers and crevasses that ranks among the most dangerous sections of the entire climb. The FlyCart 100 can cover the same route in just eight minutes.

That's not to say the drone has an easy ride. The FlyCart 100 can carry up to 100kg at sea level, but Everest is as far from sea level as our planet's surface gets. In DJI's tests, the drone lifted up to 47kg while operating at altitudes of over 6,300m, in temperatures ranging from -15°C to 5°C — conditions that would ground most consumer drones (and most helicopters, for that matter).

"Our team remains dedicated to making the world's highest mountain safer and cleaner for Sherpas and mountaineers worldwide," said DJI spokesperson Christina Zhang. "The success of our latest operations marks a proud milestone, and we hope our ongoing collaboration with the scientific community will further advance drone technology — saving lives and supporting conservation efforts across the globe."

The cleanup effort closely aligns with Nepal's wider push to restore the mountain, including the Nepal Mountain Association's "Zero Waste Initiative 2027." The FlyCart 100 will also support the Nepalese climbing community's goal of transporting around 5,000 oxygen cylinders between Base Camp and Camp 1 each season.

Mavic 3 vs the mountain

DJI has some history on Everest. In 2022, a DJI Mavic 3 became the first drone to capture footage from the mountain's 8,848.86m summit, while in 2024 the FlyCart 30 completed the world's first drone delivery tests on the mountain.

This year's missions went further still: alongside the FlyCart 100's headline-grabbing delivery runs, a DJI Matrice 4E mapped over 3km² of the Khumbu Icefall in centimeter-level detail in just 3.5 hours, giving climbing teams real-time hazard data for planning safer routes. Meanwhile, on the mountain's north side, DJI's first eVTOL delivery drone, the EV50, carried ozone-measuring equipment for atmospheric research, reaching a maximum altitude of 8,861m — higher than the summit itself.

None of this will solve Everest's overcrowding problem, and there are still literal tons of historic garbage buried in its glaciers, with climate change exposing more of it every year. But if a drone can achieve in eight minutes what once took a Sherpa a full day of life-threatening work, it does seem like progress is truly being made.

• The FBI says it's now seized over 600 drones near World Cup venues
• Seizures have been recorded in every one of the tournament's US host cities
• This could have implications for all drone fans during national events

Back in mid-June the FBI made a big show of announcing that it had seized around 15 drones near World Cup venues, in what felt like a pointed and clear warning to would-be aerial photographers that the agency meant business.

Apparently, a lot of people weren't listening. Three weeks on, the FBI now claims it has seized over 600 drones across all 11 US host cities since the tournament began, with operators facing fines of up to $100,000 and potential federal criminal charges for violating temporary flight restrictions.

The enforcement operation dwarfs what we reported on just weeks ago. According to the FBI, seizures have been recorded in every one of the tournament's US host cities.

Miami leads the count at 99 confiscated drones, followed by Los Angeles at 91, Dallas at 78, and Atlanta at 77. Kansas City recorded 61 seizures, with Seattle (52), San Francisco (48), Boston (44), New York/New Jersey (38), Philadelphia (29), and Houston (24) rounding out the full picture. The flight violations have reached epic proportions.

The FBI's enforcement has relied on a combination of RF detection systems, radar monitoring and dedicated Counter Drone Enforcement Teams stationed around stadiums and fan festival sites on match days. Under authority granted by the Department of Justice, agents have been empowered not just to detect and track unauthorized drones, but to actively seize them and pursue charges against their operators.

The FAA's no-fly zones extend three nautical miles and up to 3,000 feet around host stadiums on match days — a restriction that has been widely publicized since before the tournament kicked off — with tighter one-nautical-mile, 1,000-foot zones around fan festival venues.

"The FBI and our partners will continue to identify drone operators who violate Temporary Flight Restrictions. Our collective goal remains that FIFA World Cup 2026 events are safe for all participants and attendees," one FBI agent stated, making clear that the seizures are set to continue all the way through to the final on Sunday June 19.

Analysis: What comes next could be worse than a $100,000 fine

600 seizures across 11 cities is a remarkable number — and not in a good way. These rules were well publicized by the FAA before the tournament, apps like B4UFLY (on iOS and Android) make checking airspace status a 30-second task, and multiple law enforcement agencies held press conferences specifically to warn operators about the consequences of non-compliance. And yet, in city after city, pilots still took to the skies.

The concern now isn't just for the individuals facing fines and confiscations, but for what this level of disregard signals to the regulators and lawmakers who will be deciding the future of civilian drone use in the US.

The FAA's existing framework for hobbyist and recreational drone operation is already more permissive than many countries — but that framework depends in part on the implicit argument that most operators are responsible and self-regulating.

600 violations in a single tournament, at one of the most high-profile enforcement operations in the FAA's history, makes that argument difficult to sustain.

The 2028 Los Angeles Olympics are less than two years away. If the World Cup enforcement figures are used as a benchmark, the case for tightening permanent restrictions around major events, expanding no-fly zones, or pushing for mandatory remote ID enforcement at a broader scale becomes significantly stronger.

Remote ID, which requires drones to broadcast identification and location data in real time, is already a legal requirement for most operators under FAA rules introduced in 2023, but enforcement has been patchy. The World Cup violations and seizures give regulators plenty of ammunition to push for something far more robust.

There's a wider reputational cost too. Drone manufacturers, industry advocates and responsible hobbyist pilots have spent years making the case that civilian drone use is a legitimate, low-risk activity that warrants a light-touch regulatory environment.

Every drone user who has ignored a well-publicized no-fly zone during this tournament has handed opponents of that argument exactly the evidence they needed, and if the regulatory response over the next few years turns out to be harsher than most drone enthusiasts would like, it will be difficult to claim that it wasn't, at least in part, earned.

As the World Cup moves into the quarter final stage, we'll be keeping an eye out to see if the flight restriction violations continue.

Ruko U11Mini 4K: One-minute review

DJI's dominance of the consumer drone market is so total that you have to wonder whether any rival can land a meaningful blow. The Ruko U11Mini 4K is the latest contender to step into the ring, and on paper it looks like a credible one: a sub-250g folding quadcopter with a 1/2-inch CMOS sensor, 4K video, and an optional touchscreen controller that's clearly modeled on DJI's own RC series.

Unfortunately, the closer I looked, the more the U11Mini 4K's limitations revealed themselves, and the gulf between Ruko and DJI's similarly-priced beginner drones remains huge.

In the air, the U11Mini 4K is a mixed bag. Flight is reasonably stable in calm conditions, but it's easily pushed around by wind, and during one flight I experienced an alarming voltage drop that triggered an unscheduled emergency landing. The touchscreen RC3 controller is a solid piece of hardware, and a smart way to sidestep the usual phone-pairing headaches, but its joysticks lack the precision of DJI's equivalents, making smooth, cinematic camera moves a struggle.

There's no obstacle avoidance whatsoever, and the automated flight modes feel half-baked: Point of Interest mode, for instance, simply circles wherever the drone happens to be, rather than the subject you actually want to showcase.

The camera quality is similarly inconsistent. 4K video in good light is detailed and perfectly watchable, if a little flat and lacking in dynamic range, but stills are a different story; the U11Mini 4K's exposure metering routinely blows out highlights, and there's no way to fix this reliably even when dialing back the EV.

Storage is another sore point: the drone does have a small but usable amount of internal storage, but with no USB port on the aircraft itself, getting your footage off it is a major chore, and I'd recommend sticking exclusively to a microSD card instead. One that you'll have to supply yourself, as none are included in the box.

All of this would be more forgivable if the U11Mini 4K were a budget bargain, but at around £300 (rising to £499 for the bundle I tested, with its two batteries, hard case and that RC3 controller), it's pitched at almost exactly the same price as the DJI Lito 1 — a drone that beats it comprehensively on image quality, obstacle sensing and battery life. The U11Mini 4K isn't a complete disaster, but nobody should pick one over DJI's equivalent.

Ruko U11Mini 4K: Price and availability

• Priced from around $339.99 / £300 / AU$549.99
• Touchscreen RC3 controller bundle costs $424.99 / £499
• Available now direct from Ruko and via Amazon

The Ruko U11Mini 4K is available now, sold directly through Ruko's website and via Amazon in the US, UK and Australia.

Pricing varies considerably depending on region and bundle. In the UK, the base package costs around £300, rising to £499 for the bundle I tested, which includes two batteries, a hard case, and the touchscreen RC3 controller in place of the standard smartphone-based remote.

US pricing follows a similar pattern, though at the time of writing Ruko's online store had both bundles discounted. The two-battery, hard case, RC3 controller bundle was priced at $424.99 (down from $599.99), while a separate three-battery bundle with a hard case and smartphone controller (rather than the RC3) was available for just $339.99 (down from $509.99) — making it the cheaper option overall despite the extra battery.

In Australia, Amazon lists a single-battery, smartphone controller bundle for AU$549.99, with a three-battery, hard case and smartphone controller bundle priced at AU$699.99.

In the UK and Australia, its direct rival is the recently launched DJI Lito 1. This costs £299 in the UK, while in Australia it's priced at AU$539 for the basic bundle (one battery and the RC-N3 smartphone controller) or AU$779 for the Fly More Combo (three batteries, RC-N3 controller, charging hub and shoulder bag). I'd say it's a much better value prospect than the Ruko, and shoppers should definitely consider it if they're hunting for a good entry-level model.

US buyers don't have that option, however, since due to the current DJI ban the Lito 1 isn't sold in America. That leaves older models like the DJI Mini 4K as the more relevant comparison stateside — and despite its age, it's still a better drone than the U11Mini 4K.

• Price score: 2.5/5

Ruko U11Mini 4K: Specs

Ruko U11Mini 4K: Design and build quality

• Folding design, weighing under 249g
• Optional touchscreen RC3 controller
• microSD slot supports cards up to 256GB

The U11Mini 4K follows the same folding quadcopter template as most sub-250g drones on the market right now, including DJI's own Mini and Lito series.

It's made from hard plastic, and folds down to a genuinely pocketable size (if we're talking coat rather than trousers, mind you). At under 249g, it sits just inside a weight threshold that exempts it from the strictest drone registration requirements in the UK, US and elsewhere.

Round the back, you'll find a microSD card slot, supporting cards up to 256GB. There's also internal storage built into the drone itself, but accessing it is far more trouble than it's worth.

That's because, bafflingly, there's no USB port anywhere on the drone. The only way to get photos and video off the internal storage is via the controller, transferring wirelessly to an app like Google Photos — a process that, in my testing, also downgraded my 4K footage to 720p in the process. So I'd strongly recommend buying a microSD card (none is included in the box) and ignoring the internal storage altogether.

A clip-on cover is supplied to protect the camera and gimbal during transport, which is a sensible inclusion — if a little fiddly to fit and remove. Depending on the bundle you buy, you may also get a nicely sturdy hard-sided storage case, which comes with internal spaces for the controller, drone and up to two additional flight batteries.

The RC3 controller from the bundle I reviewed is pretty impressive, at least at first glance. Its built-in touchscreen is clearly inspired by DJI's RC series, and it's a decent effort: solid in the hand, with a bright, crisp display. But it came with its own set of connectivity issues, refusing to play nicely with my home Wi-Fi network and preventing me from downloading the latest firmware updates. I was able to connect it to my iPhone's hotspot, so the Wi-Fi antennas evidently do work in some circumstances, but the fact they wouldn't hook up to a network that works fine with every other drone I've reviewed recently suggests there's a deeper issue here.

• Design score: 3/5

Ruko U11Mini 4K: Features and flight performance

• 32-minute quoted battery life; around 20 minutes in real-world testing
• No obstacle avoidance
• Automated flight modes feel underbaked

Ruko quotes a battery life of 32 minutes for the U11Mini 4K. In my testing, which happened mostly in fairly breezy coastal conditions, I got closer to 20 minutes before the low battery warnings kicked in.

That discrepancy might be partly down to the wind, which the U11Mini 4K isn't great at handling. Despite Ruko's claimed Level 5 wind resistance (a tolerance of 19-24mph), I watched the drone get visibly knocked around by some standard coastal gusts. You can see the resulting unevenness in the horizon line on some of my footage.

One flight also threw up a worrying issue. A few seconds after take-off, with the battery indicator initially showing around 75%, a low voltage warning flashed up, the battery indicator dropped instantly to around 10%, and I immediately effected a panicked return to home (not wanting the drone to drop straight into the sea). When I checked the battery afterwards, it was still showing roughly 75% charge. Whatever caused that mid-air voltage drop, it's not a reassuring thing to experience while flying.

Flight itself is reasonably stable and responsive in calm conditions, but the RC3 controller's joysticks let the side down. There's a wide dead zone before inputs register, which makes smooth, considered camera moves all but impossible, and as far as I can tell there's no way to adjust stick sensitivity to compensate. With a DJI drone, the slightest stick pressure produces an immediate and proportional response; here, you're fighting the controller as much as the wind.

Obstacle avoidance is non-existent, so pilots will need to take a lot of care when flying. There's no forward, downward or omnidirectional sensing of any kind, which is a significant omission next to the DJI Lito 1's full suite of vision sensors.

The automated flight modes are similarly disappointing. Point of Interest mode, for instance, should really let you tap a subject on the touchscreen and have the drone circle it automatically; instead, it just flies in a circle around wherever it happens to be at the time, regardless of whether there's anything interesting in front of it. There's also a tracking mode that follows your phone, though I wasn't able to test this myself, since I was flying with the RC3 controller rather than a paired smartphone.

• Flight performance score: 3/5

Ruko U11Mini 4K: Image and video quality

• 1/2-inch CMOS sensor, 4K video at 30fps
• Stills are overexposed and oversharpened
• No flat/log color profile available

The U11Mini 4K's camera is built around a 1/2-inch CMOS sensor and f/1.8 lens, which on paper is perfectly respectable for a drone at this price. There's no fundamental reason a sensor of this size can't produce good aerial photos and video, but in practice, the U11Mini 4K struggles to get the most out of it.

Stills are the weaker of the two. Exposure metering is unreliable, and the camera has a strong tendency to massively overexpose, particularly in bright conditions. Even dialing back the EV compensation for photos didn't fix this consistently; I was left with whites that were blown out and stripped of any detail far too often. Zoom into the shots even slightly and they're aggressively oversharpened and algorithmically upscaled in a jarring way, too.

Video fares slightly better, for reasons I couldn't quite pin down. At its top quality setting — 4K at 30fps — footage is detailed and rich in good lighting, even if it lacks dynamic range and punch compared to the best in this class. Bright areas can still blow out, while shadows tend to lack detail and look slightly underexposed, but overall it's a far more usable result than the stills.

One thing that might have helped close that gap is a log color profile, but sadly there's nothing of the kind available. A log format may have given me more room to fix the exposure issues in post-production grading, but here what you capture in-camera is largely what you're stuck with, unfortunately.

• Image and video quality score: 3/5

Ruko U11Mini 4K: Testing scorecard

Should I buy the Ruko U11Mini 4K

Buy it if...

Don't buy it if...

Ruko U11Mini 4K: also consider

How I tested the Ruko U11Mini 4K

• I tested all available flight modes and control methods
• I captured stills and video in a range of lighting and weather conditions
• I assessed battery life, wind resistance and file transfer in real-world use

I flew the U11Mini 4K over several sessions, in a mix of calm and breezy UK coastal conditions, to get a feel for how it handled real-world flying rather than just ideal, sheltered conditions. I tested manual flight extensively, paying close attention to stick precision and responsiveness, and also tried out the drone's automated modes to assess how well they lived up to their billing.

On the camera side, I shot both stills and 4K video in a variety of lighting conditions, later reviewing the footage and photos on a larger screen to properly judge exposure, detail and dynamic range. The footage you see embedded above was edited in DaVinci Resolve, but not color corrected. Photos were tweaked slightly in Adobe Lightroom.

I also tested battery life under real-world conditions rather than relying on Ruko's quoted 32-minute figure, and ran through the process of transferring footage off the drone via both the microSD card and the internal storage, to evaluate how easy (or otherwise) that process is for a typical buyer.

• First reviewed: July 2026
• Read more about how we test