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DJI Mini 4K quietly lands on Amazon for beginners who need a 4K drone

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The DJI Mini 4K is ready for take-off, equipped with 4K video capture, and looks set to be one of the best value beginner drones for aerial photographers. 

DJI’s latest entry-level drone appears to be just like the Mini 2 SE, only it brings 4K video to the table whereas the Mini 2 SE only shoots in 2.7K. There’s no official word as to whether it will replace the Mini 2 SE, but that looks like a good bet, especially given the similarities between the two, which includes the Mini 4K’s launch price which is the same as the Mini 2 SE’s most recent price. There is, though, a small discount on the older model at the time of writing. 

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DJI’s new backup battery can power small appliances, charge your drone

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DJI is entering the portable power station market in the US and Europe with the launch of the Power 1000 and Power 500 aimed at home users or road warriors. The devices (released in China at the end of last year) can be used to power small appliances or charge devices like laptops or drones, and work in concert with solar panels to provide power on the road.

The Power 1000 (13kg or 29 pounds) has a 1,024 Wh capacity and can output up to 2,200W — enough to run a home microwave oven for about 1.3 hours and a car refrigerator for 19 hours, or charge a drone up to 12 times. The Power 500 (7.3 kg or 16.3 pounds) delivers 512 Wh of capacity and 1,000W of output for half the price.

DJI's new backup battery can power small appliances, charge your drone DJI's new backup battery can power small appliances, charge your drone

DJI

The larger version supports 1200W fast recharge or 600W standard recharging (540W and 270W for the smaller version). Both can be fast-charged in 70 minutes for a 100 percent battery or 50 minutes to an 80 percent charge. Along with standard AC plugs, both have a pair of USB-C PD output ports that support 140W/100W charging for the Power 1000/Power 500 — enough for most laptops.

The market is fairly saturated with such devices (Jackery, Bluetti, Anker, others), but DJI is pitching this as an ideal way to charge its drones and other products. Released in China in December, it was already available in the US at Amazon and elsewhere via the grey market.

The Power 1000 is now on sale for $1,000 at DJI’s store, while the Power 500 costs $500. You can add a 120W Zignes solar panel for $299. For the latter, you’ll need DJI’s Power Solar Panel Adapter Module or DJI Power Car Power Outlet to SDC Power Cable.

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Computers

Review: DJI Avata 2 Drone

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If I need to stop suddenly, I can tap the brake button and it’ll bring the drone back to a safe hover. That doesn’t mean it’s impossible to crash, and I managed to bring the drone down once by steering it directly into the post of the aforementioned fence. It dropped about 8 feet onto the stones of a beach, but was fine to resume flying, without a visible mark on it. This thing is impeccably built, and while I don’t doubt repeated high-speed crashes will damage it eventually, it’s clearly designed to withstand some punishment.

But what of those mind-bending aerial stunts on YouTube? Sadly, you can’t really pull them off with the motion controller. The drawback to its user-friendly simplicity is that it doesn’t work in the same way as a twin-stick controller. Think of it as a controller with training wheels. If you stop flying—to dive for instance—it will eventually stop moving and hover in place. Clever, but limiting.

For those that want to graduate to trickier manual flight, DJI sells the $199 console-style Remote Controller 3, which allows you to fly the drone in manual mode. Here, the training wheels are off and the slightest error can result in an embarrassing and potentially costly crash. You can also perform incredible tricks, if you know how.

For me, who’s keen to return the Avata 2 sample back to DJI in one piece, the RC Motion 3 feels like enough for now. It’s allowed me to capture some wonderful footage using the Avata 2’s electronically stabilized camera, which records video at 4K/60 fps or 2.7K/120 fps. There’s also the option to use a 10-bit D Log M color profile for more postproduction color grading too. The drone comes with 46 GB of built-in storage for videos and 12 MP photos, plus a microSD slot for those requiring more space.

My First FPV

Ultimately, the Avata 2 is the latest in a long line of DJI drones that makes it easy for amateurs to achieve great results. In this case, it makes FPV flying incredibly simple and intuitive, and its camera allows you to create some thrilling, smoothly cinematic sequences with very little effort.

There’s also very little in the way of comparable products on the market, with most FPV drones being kits built by enthusiasts, rather than consumer-friendly designs. As a result, the main alternative to the Avata 2 is the original DJI Avata. And for those who own the first-generation model, I’d say, aside from the Goggles 3, which aren’t retro-compatible, the improvements here don’t really warrant an upgrade.

Goggle headset for controlling an aerial drone. Left Top view. Right top Back view. Right bottom Side view.

Photograph: DJI

But if you’re new to the FPV game, I strongly advise you to choose the latest version. It is only $179 more, but there are improvements across the board, with enhanced flight performance, longer flight time, intelligent flight modes, and advanced safety features. If you’re looking for a gateway to FPV fun, they don’t come any more accessible than the Avata 2.

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4K camera drone bundle lands you two drones for less than $166

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The Ninja Dragon Phantom Eagle Pro 4K and Blade K are both included in this 4K camera drone bundle.
Capture amazing aerial footage with this two-drone bundle.
Photo: Cult of Mac Deals

Current drone technology is remarkable, and it’s revolutionizing everything from military and humanitarian operations to online sales and even Apple Maps. But unlike groceries, cutting-edge drones for everyday users just keep getting more affordable. And this 4K camera drone bundle is the perfect example.

For a limited time, you can get the Ninja Dragon Phantom Eagle Pro 4K and Blade K for one low payment of just $165.99.

4K camera drone bundle

Whatever you want out of a drone, these models come equipped, whether it’s stunt flying or crisp aerial footage. Both drones come with cameras capable of capturing 4K video — one fully adjustable on the Phantom Eagle and two on the Blade K.

The drones fold up to just 5 inches across. And when you’re ready to launch, they expand and take to the air with a single button press.

Take to the air, anywhere

Their four-channel gyro is aided by optical flow technology that keeps the drones hovering exactly where you want them. When you need speed, they can take off like a shot. You can even do barrel rolls with very little practice. With “headless mode,” you don’t even need to worry about positioning the drones for takeoff.

Both of these 4K camera drones feature additional cameras and sensors that detect solid objects, stopping collisions before they happen. That makes them great devices for first-time flyers, although the Blade K is especially beginner-friendly due to its streamlined control options. With a powerful 1,800 mAh battery, you can enjoy up to 12 minutes of flight time out of either drone.

Save on a pair of 4K camera drones anyone can fly

Again, the most amazing part of this 4K camera drone bundle might be its low price. While supplies last, you can both the Ninja Dragon Eagle Pro 4K and Blade K drones for $165.99 (regularly $299).

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New DJI Avata 2 drone leaks reveal design, features, pricing, and more

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DJI is scheduled to announce its new Avata 2 on April 11 yet that hasn’t stopped a flood of information about it leaking onto the internet. We even saw the drone itself being unboxed out in public late last month in a low-quality video. This new leak saw a series of hi-res images and specifications for the Avata 2 as well as the Goggles 3 headset and RC Motion 3 controller posted on X (the platform formerly known as Twitter).

Many of the pictures come from leaker Roland Quandt and they give us our first clear look at the drone which has notable design changes when compared to the original Avata. The camera is now at the front inside a smaller housing rather than sitting prominently at the top. Additionally, the flight fans have three blades instead of five. This streamlined design is identical to the one seen in an earlier leak from industry insider Quadro News giving it some validity. 

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DJI Avata 2 drone gets likely launch date with official ‘ready to roll’ teaser

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  • DJI has released a teaser for a launch event on April 11
  • The teaser shows an FPV drone that looks a lot like the leaker DJI Avata 2
  • The Avata 2 is expected to be launched alongside a new DJI Goggles 3 headset

Just a week after a wave of leaks revealed hands-on videos and retail packaging for a new DJI Avata 2 drone, the drone giant has all but confirmed that the FPV (first-person view) flying machine will be launching on April 11.

A new ‘Ready to Roll’ teaser (below) posted on DJI’s social media and website shows that it’ll be launching a new drone on April 11 at 9am EDT / 2pm BST (or midnight AEST on April 12).



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Computers

DJI Air 3 Drone Review: Serious Video Chops

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DJI’s drones dominate the market to such an extent that you barely hear any other brands mentioned. They’re not quite competing with themselves, but the DJI Air 3 does fill a gap between the professional-grade Mavic series and the pocket-size Mini range. It’s the first new Air model since 2021’s Air 2S, and DJI has done it again, with a drone that offers enhanced video performance and mercifully stress-free flying.

I’ve been flying the DJI Air 3 for the past few months, comparing it with a range of other drones, including its main competitor, the superb Air 2S. The biggest improvement over its older cousin is a multi-camera setup previously exclusive to the much pricier Mavic models, but there are notable boosts to battery life and flight safety too.

Twice as Nice

The headline feature for the DJI Air 3 is the two cameras mounted on its front gimbal. There’s a “standard” wide-angle camera offering a 24-mm-equivalent field of view (broadly similar to the camera on the Air 2S) and a medium-telephoto camera offering a 70-mm-equivalent field of view. The latter gives the drone a brand-new creative option, with the angle allowing for a narrower framing of smaller subjects and the ability to isolate them against the background in an all-new, dramatic way. A tighter field of view might not sound all that exciting, but in practice it’s a significant upgrade.

Grey drone with 4 extensions and a camera

Photograph: DJI

Both cameras use a 1/1.3-inch Quad Bayer CMOS sensor with 48-megapixel resolution. What I like about these sensors is that they both capture video at the same quality, making it easier to give footage a unified, harmonious look when editing, no matter which parts were captured by which camera.

The DJI Air 2S had a single 1-inch 20-megapixel sensor, which might make the Air 3’s smaller 1/1.3-inch sensors sound a little disappointing. But it doesn’t feel like too much of a loss. I understand DJI’s justification; two larger sensors would add weight and take up space. But all told, I think the image quality is better on the Air 3, with wider dynamic range and less noise.

The Air 3 does lose the ability to record video at a 5.7K resolution, being restricted to 4K on both cameras, but in all honesty, I don’t think anybody will mind all that much. For the majority of casual users, 4K will be more than enough detail.

4K can be captured at up to 60 frames per second in the standard video mode, 100 fps in slow-motion mode, and 30 fps in the new night mode, which ekes out extra detail after the sun goes down. I found the flat D Log M color profile a joy too, as it let me do my own color grading and correction in postproduction and achieve the results I wanted.

Photos (which can be captured in JPEG or DNG RAW) look excellent too, and while the Air 3 can’t match the WIRED-recommended Mavic 3’s Four Thirds Hasselblad camera, it’s not far off, while being smaller and substantially cheaper.

Photograph: Sam Kieldsen

DJI Air 3. Still image shot using the wide angle 24mm equivalent camera.

Fly Safer for Longer

Buzzing around the beaches and headlands of Britain’s southeast coast, I found the Air 3 to be even more forgiving and enjoyable to fly than its (already forgiving and enjoyable) predecessor. This is thanks to a bigger battery (46 minutes as opposed to the Air 2S’s 31—although real-world use numbers are marginally lower for both drones) and a full omnidirectional anti-collision sensor setup that makes crashes very unlikely. The Air 3 now has sensors facing forwards, backwards, upwards, downwards, and laterally on both the left and right sides, and in good light these will spot hazards and stop your drone from careering into them. These sensors become less reliable the darker the conditions are, but it’s an invaluable feature that could save your blushes and bank balance.

Like all DJI drones, the Air 3’s flight controls are wonderfully intuitive and loaded with practical automated functions. For instance, you can tap a button on the controller to take off, and another to bring the drone back from wherever it is and land. You can also define waypoints for fully automated flight, and set the Air 3 to track a static or moving subject, keeping its cameras trained on it at all times.

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New Jackal battle drone is changing the battlefield forever

Jackal warfare battle drone

New drone technology is changing the face of warfare and how engagements will take place. Imagine a battlefield where the skies are dominated by a new kind of warrior, one that doesn’t tire, doesn’t fear, and operates with precision that is nearly impossible for human pilots. This isn’t a scene from a futuristic movie; it’s a reality that’s unfolding right now with the introduction of the Jackal drone. This advanced Unmanned Aerial Vehicle (UAV) is poised to redefine aerial combat with its cutting-edge features and capabilities.

Developed by Flyby Technology, in collaboration with Turkish and UK partners, the Jackal drone is a response to the changing landscape of warfare, as evidenced by recent conflicts such as those in Ukraine. It’s designed for quick deployment, and its ability to take off and land vertically means it can be used in a variety of environments without the need for a runway. This versatility is crucial for military operations in diverse and often difficult terrains.

New Jackal drone equipped with rockets is changing the battlefield forever

As someone with a semi-technical background, you’ll find the Jackal’s missile system particularly interesting. It can launch lightweight multi-role missiles, a capability that has already been successfully tested with the Royal Air Force. This feature allows the Jackal to potentially take over the roles traditionally filled by manned attack helicopters and fighter jets, especially in air-to-ground combat missions.

Rocket equipped Jackal drone

One of the standout features of the Jackal is its modular design. This means that as technology evolves and warfare tactics change, the drone can be updated to meet new operational requirements. This adaptability is essential for maintaining a cutting-edge fleet without the excessive costs of developing entirely new models.

Stealth is another key element of the Jackal’s design. It can operate beyond the line of sight, making it much harder for enemy forces to detect. This stealth capability, combined with its autonomous control for reconnaissance and surveillance, allows the Jackal to carry out covert operations with a high degree of effectiveness.

Here are some other articles you may find of interest on the subject of drone technology and projects :

Vertical takeoff and landing

The Jackal’s vertical takeoff and landing capability is especially useful in challenging terrains that are typical in war zones. This feature ensures that the drone can be quickly deployed to support military operations in areas that are otherwise inaccessible to traditional aircraft. The Jackal drone has garnered interest from countries with more limited defense budgets, such as Ukraine, Iraq, and Taiwan. Taiwan, in particular, has placed a significant order, seeing the Jackal as an affordable solution to their defense needs.

Features of the Jackal Drone built for warfare

  • Small, Lightweight Design: JACKAL is compact and designed for agility, facilitating operations in tight spaces and rapid maneuvering.
  • Modular VTOL Capabilities: It features vertical take-off and landing, eliminating the need for runways and enabling deployment from concealed or unprepared locations.
  • Multi-Role Attack Functionality: Capable of engaging targets over land, sea, and air, including air interdiction, close air support, and engaging helicopters and tanks.
  • Payload and Range: It has a 15kg payload capacity and can operate up to a range of 130km, with a maximum altitude of 4,000m.
  • Missile Launch Capability: Equipped to launch lightweight multi-role missiles (LMM), enhancing its combat versatility.
  • Plug-and-Play System: Allows for the easy integration of new equipment and technology, adapting to evolving mission requirements and standards.
  • Advanced Sensors and C2 Links: Features multi-spectral sensors for intelligence, surveillance, and reconnaissance (ISR) operations, and operates on secure command and control (C2) links with an operational range of up to 150km.
  • Engine and Propulsion: Utilizes twin contra-rotating propellers for VTOL and electric ducted fan (EDF) engines for forward flight, enabling high-speed maneuvers and cruising.
  • Speed: Can reach a maximum speed of 160km/h and cruise at 108km/h.
  • Autonomous Flight Capabilities: Advanced software and sensor technology enable autonomous navigation and obstacle avoidance, enhancing its utility for reconnaissance and surveillance.
  • Future Compatibility: Designed with a modular approach to accommodate future technological upgrades and regulatory requirements.
  • Affordability and Accessibility: Provides an unmanned air combat solution for nations seeking cost-effective alternatives to traditional manned aircraft.

Advanced weaponry

The ongoing development and the move towards full-scale production of the Jackal drone signify an important development in aerial warfare. With its advanced weaponry, stealth features, and autonomous capabilities, the Jackal is indicative of a shift towards a future where unmanned systems play a crucial role in military strategy. It offers a cost-effective and flexible option for defense forces worldwide, ensuring that they can keep pace with the rapid advancements in military technology.

The Jackal drone is not just another UAV; it’s a sophisticated piece of technology that could very well become the backbone of air combat in the years to come. Its introduction into military arsenals around the world will likely have a significant impact on how conflicts are fought and won. With the Jackal in the sky, the dynamics of warfare could be altered in a way that prioritizes speed, stealth, and precision above all else.

Military Technology

As the world watches the evolution of military technology, the Jackal drone stands out as a prime example of how innovation can lead to more efficient and effective defense strategies. It’s a clear indication that the future of aerial warfare will be shaped by the capabilities of unmanned systems, and the Jackal is at the forefront of this transformation.

The implications of the Jackal’s deployment are far-reaching. Not only does it have the potential to save lives by reducing the need for manned missions in dangerous environments, but it also represents a shift in the balance of power. Smaller nations with tighter budgets now have access to technology that can level the playing field against larger, more established military forces.

The Jackal drone is a significant step forward in the realm of aerial warfare. Its combination of advanced technology, adaptability, and cost-effectiveness makes it a formidable tool for any nation’s defense. As the Jackal takes to the skies, it’s clear that the future of combat will be heavily influenced by the power and potential of unmanned aerial vehicles.

Image Credit : FlyBy

Filed Under: Technology News, Top News





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How to Fly A Drone with the Apple Vision Pro (Video)

Apple Vision Pro

Diving into the realm of drone technology combined with augmented reality (AR), the Apple Vision Pro headset emerges as a significant tool for drone enthusiasts and professionals alike. Specifically, its application in flying the DJI Mavic 3 Pro drone has sparked interest and curiosity among tech aficionados. This video below from Billy Kyle explores the innovative pairing of Apple’s Vision Pro headset with drone technology, shedding light on the experience, benefits, and considerations of utilizing AR in drone operation.

At the forefront of this technological convergence is the Apple Vision Pro headset, a device that enriches drone flying with augmented and virtual reality features. Unlike traditional AR and VR goggles such as DJI’s own goggles or the Epson Moverio glasses, the Vision Pro integrates seamlessly with Apple’s ecosystem, offering a unique appeal to those already invested in its products.

Embarking on a maiden flight with the DJI Mavic 3 Pro drone using the Vision Pro, users report an impressive augmented reality screen that can be adjusted in space, ensuring comfort and reducing eye strain, even under bright sunlight. However, setting up the Vision Pro for drone flying involves a workaround to display content, including the drone’s live feed, due to direct connectivity limitations with the DJI Fly app.

The incorporation of augmented reality into drone flying with the Vision Pro provides tangible benefits. It allows operators to simultaneously view sectional charts, the drone’s live feed, and the drone itself within the headset’s display. This multi-view capability enhances situational awareness and can significantly improve the flying experience for both recreational and professional use.

Despite encountering minor issues like occasional choppiness, the consensus among early adopters is that the Vision Pro represents a potential game-changer for drone flying. It promises extended flying sessions with less fatigue and more enjoyment, thanks to its AR capabilities. This optimism is tempered by acknowledgments of the headset’s high price and certain practical limitations, which users hope will be addressed in future iterations.

The exploration of the Apple Vision Pro’s application in drone flying reveals a promising avenue for the integration of advanced AR technology with consumer drones. While current limitations exist, the foundational experience suggests a bright future for such applications, potentially transforming various professional and recreational contexts.

As drone technology and augmented reality continue to evolve, the anticipation for optimized and broader applications grows. The Vision Pro, with its current capabilities and future potential, stands at the cusp of revolutionizing how we engage with drones, blending the physical and digital worlds in unprecedented ways.

If you are venturing into the realm of AR-enhanced drone flying, the Apple Vision Pro offers a fascinating glimpse into the future of aerial exploration. With its ability to overlay digital information onto the real world, pilots gain an enhanced perspective that promises to make flying not just easier, but also more immersive. As technology progresses, it’s an exciting time to be at the intersection of AR and drone operation, with tools like the Vision Pro leading the charge.

Source & Image Credit: Billy Kyle

Filed Under: Apple, Technology News





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DJI FlyCart 30 aerial delivery drone unveiled

DJI FlyCart 30 aerial delivery drone

The DJI FlyCart 30 is a sophisticated drone designed to transform the way we transport goods, especially to hard-to-reach places. With the ability to carry a hefty 30-kilogram load, this drone is engineered to withstand challenging environments and deliver items quickly and securely. Its introduction marks a significant step forward in the field of aerial delivery, offering a reliable alternative to traditional transportation methods.

Central to the FlyCart 30’s performance is its innovative dual battery system, which allows for a substantial flight range of up to 16 kilometers and speeds of up to 20 meters per second. This ensures that deliveries are not only fast but also consistent, with less downtime for recharging. The system’s built-in redundancy provides an extra layer of safety, as it can continue flying even if one battery fails, which is crucial for maintaining operations during critical missions.

DJI FlyCart delivery drone specifications and features

The drone’s ability to operate in various weather conditions is a testament to its sturdy design. It comes equipped with state-of-the-art sensors, including radar and a dual binocular vision system, enabling it to detect and avoid obstacles. This makes the FlyCart 30 particularly effective in navigating complex terrains where other delivery methods might struggle.

DJI FlyCart 30 delivery drone

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One of the most versatile aspects of the FlyCart 30 is its delivery options. It can securely transport cargo or use a winch system for areas where landing is not feasible. The drone’s AR projection feature ensures that packages are dropped off with precision, and the winch’s automated functions make the delivery process more efficient.

DJI done controller

The FlyCart 30 also features the DJI O3 transmission system, which provides a reliable connection over long distances. This is further supported by 4G connectivity, ensuring that the drone remains in contact even in remote areas. Pilots can monitor deliveries in real-time with the onboard FPV gimbal camera, and the dual operator mode allows for smooth handover of control between pilots, which is essential for complex operations.

DJI FlyCart delivery drone

Managing delivery operations is made easier with the DJI Pilot 2 app and DJI’s delivery Hub cloud platform. These systems provide flight planning, activity monitoring, and resource management capabilities. They also introduce advanced control functions, such as setting alternative landing sites and recording flight routes for future use, streamlining the delivery process.

The DJI FlyCart 30 is not just a drone; it’s an integrated aerial delivery system that promises to improve the way we move goods. It’s particularly suited for businesses that need to transport items to remote locations or for critical missions where time and safety are of the essence. With the FlyCart 30, DJI is paving the way for a more efficient and reliable future in aerial delivery. For more details and full specifications jump over to the official DJI website.

Filed Under: Technology News, Top News





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