Tag Archives: drones

Insta360’s foldable drone patent targets DJI Neo 2 at sub-250g

Posted on by

Insta360 built its reputation on cameras that see in every direction at once. It’s literally in their name. The X series made 360-degree capture accessible; the Luna Ultra brought Leica optics to a handheld gimbal. Flying something, though, is a different category of challenge, and the patent images that appeared in July 2026 show the company working through what a foldable drone looks like with Insta360 DNA. The illustrated design at the bottom shows folding arms, a ring-shaped propeller guard, and a dedicated locking mechanism, a form factor that prioritizes the moment of packing away just as much as the moment of takeoff.

DJI’s Neo 2 has the casual drone segment largely to itself in the sub-250g category, with a rigid one-piece frame and a 19-minute flight time that have made it a reliable default for creators who want aerial footage without the complexity of a serious drone setup. Insta360 entering that space would break what has effectively been a two-player market, with Zero Zero Robotics’ HoverAir as the only real alternative. The folding design alone gives Insta360 a structural argument against the Neo 2; a potential 360-degree camera, if it materializes, would give it a creative one. What a wonderful year for foldables, eh? We’re expecting a folding iPhone in September, and Insta360 might give us a folding drone too!

This isn’t just some forum rumor, either. The patent images (from patent file CN223865117U), which started making the rounds on July 16th and were highlighted by outlets like Tech Court, are pretty specific. They show a drone body with the “Insta360” logo stamped on it, with fully folding arms that tuck into the chassis and a distinctive ring-shaped guard protecting the propellers. There’s even a dedicated locking mechanism detailed, which tells you just how seriously they’re taking the whole “fold-and-go” concept. This is a design that screams it was made to be stuffed into a pocket, not carefully placed in a bespoke case.

But here’s the thing: this isn’t Insta360’s first aerial rodeo. Before they decided to put their own name on a drone, they sent in a scout team under the sub-brand Antigravity. The A1 drone they launched was, frankly, a bit of a monster: a sub-249g drone with a wild dual-lens setup that shot 8K 360-degree video and made the drone itself invisible in the footage. It was a spec-sheet beast and a clear shot across DJI’s bow, proving Insta360 had the engineering chops to compete in the sky. It was their way of testing the waters.

Now, it looks like they’re done testing. This new patent is the second, more direct shot. And here’s the kicker: for a company obsessed with 360-degree video, the patent images don’t show a fisheye lens. At all. It’s a huge question mark hanging over the whole project. Are they hiding the tech, or are they planning to launch a drone that, for the first time, doesn’t have their signature feature? If they’re aiming for a rumored sub-$200 price point, leaving the 360 camera on the cutting room floor might be the only way to get there. It’s a move that would be both shocking and, in a weird way, perfectly logical.

You also can’t forget that this is all happening while the two companies are actively suing each other in China. This isn’t friendly competition; it’s a full-blown hardware rivalry. Insta360 came for DJI’s gimbals, tested the drone market with a sub-brand, and is now preparing a direct assault on DJI’s most accessible drone. With a release window expected somewhere between late 2026 and early 2027, we’re not just watching a new product being born. We’re watching the next chapter in a tech soap opera, and it’s about to get very, very interesting.

The post Insta360’s foldable drone patent targets DJI Neo 2 at sub-250g first appeared on Yanko Design.

DJI built a parachute into their drones to protect the hardware… and people’s heads

Posted on by

Drones fall. Sensors fail, signals drop, batteries die at inconvenient moments, and until now the consequences of that failure were left largely to chance. Obstacle avoidance technology solved one half of the safety equation, keeping drones from flying into buildings, power lines, or each other. But avoidance only works while the aircraft is still flying. Once a drone loses power or control, all that sensor smarts becomes irrelevant, and physics takes over. Even a small consumer grade drone weighing 8 or 9 ounces turns into a falling object with real force behind it when it drops from 200 or 300 feet, and DJI’s Matrice 400 is a far heavier machine flying far more demanding missions.

That is the gap the AP100 Parachute was built to close. It watches its own hardware in real time, running continuous checks so it knows the instant something looks off. Backup capacitors keep the system powered even if the drone itself loses electricity, which matters because a mid air failure rarely comes with a warning. Once triggered, deployment is instant, and the parachute slows descent to under 5 meters per second, turning what would be a crash into something closer to a controlled landing. Alarms then kick in after deployment, alerting anyone nearby and helping pilots track down exactly where their aircraft ended up.

Designer: DJI

The AP100 gives pilots three separate ways to pull the ripcord, so to speak. It can trigger itself automatically the moment it detects an anomaly or a geocaging breach, meaning the drone strays somewhere it should not be. Pilots who want manual control can swipe to deploy directly inside the DJI Pilot 2 app, no digging through menus required. There is also a remote option through FlightHub 2’s FTS page, useful for fleet operators managing multiple aircraft from a central hub. Layering automatic, manual, and remote deployment together means there is rarely a scenario where the parachute simply cannot be triggered in time.

None of this exists in a vacuum. Commercial drone missions flying over cities or beyond the pilot’s direct line of sight, what the industry calls BVLOS, have to satisfy strict safety categories like C5 and C6 before regulators sign off. Surveying a highway route or inspecting a pipeline that snakes through populated areas used to mean stacking on extra precautions just to get approval. A parachute rated to meet those standards effectively does the compliance heavy lifting on its own. That turns what used to be a drawn out approval process into something considerably more straightforward for operators trying to get missions off the ground, literally and legally.

The hardware itself is built for the grind of daily operations rather than sitting as a one time safety gimmick. Pilots can swap batteries without ever detaching the parachute, which sounds minor until you are the one doing it in the field between flights. It also carries the same IP55 rating as the Matrice 400 itself, so rain or dust does not take it out of commission. Full system self checks run automatically at startup, cross referencing communication links and hardware status before the drone even leaves the ground. These are the kinds of details that matter more to the operator running ten missions a week than to anyone reading a spec sheet once.

Here is the catch, though. The AP100 is built exclusively for the Matrice 400, DJI’s enterprise platform aimed at industrial inspection, surveying, and public safety work. Your Mavic will not be getting one, and neither will your FPV drone, at least not yet. That is not entirely surprising given the size and cost tradeoffs involved in strapping a parachute system to something meant to be light and nimble. But DJI has a track record of trickling enterprise safety features down into consumer lines once the engineering matures, and a company that just built a first party parachute for one drone rarely stops at just one.

Regulators keep pushing drones toward busier skies, over highways, over crowds, over exactly the kind of scenarios where a hardware failure stops being a minor inconvenience and starts being a genuine hazard. DJI building a parachute directly into its own ecosystem, rather than leaving it to third party add ons, suggests the company sees this as a standard feature rather than an optional extra. Whether that logic eventually reaches the Mavic or Air lineup remains to be seen, but the direction feels obvious. Falling should not be part of the risk calculus anymore, and DJI just made a very public bet on that idea.

The post DJI built a parachute into their drones to protect the hardware… and people’s heads first appeared on Yanko Design.

The DJI Neo Is Lightweight, Compact, and Ready to Capture Everyday Moments

Posted on by

The DJI Neo is the company’s lightest and most compact drone, weighing just under 5 ounces (135g). Designed for casual creators, adventurers, and anyone wanting to capture everyday moments, the Neo combines portability and powerful features, making it ideal for those seeking a simple, efficient way to document their experiences. Its compact form factor means it’s easy to carry and use on the go, offering creators a versatile tool for capturing life’s moments.

Designer: DJI

Unlike many drones, the Neo does not require a traditional remote control. Instead, users can take off, fly, and land the drone using a single button. For added convenience, voice commands allow for hands-free operation, making the drone easy to control even in dynamic situations. The drone can be launched and landed directly from the user’s hand, making it highly intuitive for beginners and experienced users. With an 18-minute flight time, the Neo provides ample opportunity to capture spontaneous moments indoors or outdoors, while its compact size means it fits comfortably into any adventure.

The Neo’s camera capabilities ensure high-quality footage in any situation. Equipped with a 12MP camera, the Neo can capture crisp still images, while its ability to shoot 4K stabilized video adds a professional touch to even casual content. Whether documenting a family day at the park or recording an outdoor adventure, the Neo provides the tools to capture sharp, clear footage quickly.

The AI-powered subject tracking feature allows users to focus on their shots without manually adjusting the drone. Whether cycling, skateboarding, or hiking, the Neo’s advanced AI tracking system keeps the user perfectly framed, ensuring smooth, dynamic footage every time. The drone’s six QuickShots modes—Dronie, Circle, Rocket, Spotlight, Helix, and Boomerang—allow users to create cinematic content with just the press of a button. These pre-programmed flight paths and camera angles simplify the creative process, ensuring professional-looking results without the need for advanced piloting skills.

Safety is also a key design focus of the DJI Neo. The drone’s propellers are fully wrapped, protecting it and its surroundings and making it safe indoors and outdoors. The Neo’s 22GB of internal storage allows users to record up to 40 minutes of 4K video at 30fps or 55 minutes at 1080p/60fps. With built-in Wireless QuickTransfer, users can send their footage directly to their smartphones for easy editing and sharing, streamlining the post-production process and eliminating the need for external memory cards or additional cables.

In addition to its camera and safety features, the Neo is equipped with a single-axis mechanical gimbal, ensuring smooth and steady footage even during rapid maneuvers. DJI’s RockSteady and HorizonBalancing technologies further enhance stabilization, reducing shake and ensuring the horizon stays level even in dynamic or fast-moving scenarios. The Neo also uses infrared and monocular vision positioning systems, allowing it to hover steadily and maintain stability in various environments. Users can focus on capturing content, knowing the drone will stay steady without needing constant manual adjustments.

The Neo includes an Automatic Return to Home (RTH) feature for added convenience. This ensures that the drone safely returns to its takeoff point with a single command, providing peace of mind for users who are new to flying drones. Whether capturing footage in open spaces or more challenging environments, the RTH feature ensures the drone’s safe retrieval, adding an extra layer of security to the flying experience.

DJI NEO FPV Control

Charging the Neo is made easy with its Type-C charging port, which allows for quick recharges between flights. For extended use, DJI also offers a Two-Way Charging Hub that can charge up to three batteries simultaneously, reducing downtime and ensuring users can stay in the air longer. The Neo’s flexible design also makes it compatible with the DJI Fly app, traditional remote controllers, DJI Goggles, and RC Motion, giving users a range of options for controlling the drone based on their personal preferences.

The DJI Neo is designed to make aerial content creation accessible to everyone. Its lightweight and compact form, advanced features like AI-powered tracking, QuickShots modes, and high-quality video capture make it a versatile tool for capturing life’s moments. Whether you’re documenting family outings or outdoor adventures or simply looking to add a cinematic touch to your daily experiences, the Neo provides the perfect balance of portability, performance, and ease of use.

The post The DJI Neo Is Lightweight, Compact, and Ready to Capture Everyday Moments first appeared on Yanko Design.