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DJI Air 4: Everything We Know About DJI's Upcoming Drone Ahead of Its Release
Since the spring of 2026, the name ’DJI Air 4” has been circulating with increasing frequency in industry circles, fueled by a series of leaks, regulatory filings, and reports from generally well-informed industry sources. The expected successor to the’Air 3S, set for release in late 2024, has not yet been officially announced by DJI as of the time of this article’s publication. This is precisely what makes the subject so fascinating to explore in depth: between the facts confirmed by genuine administrative documents and the more speculative assumptions reported by certain media outlets, there is a distinction that every drone enthusiast should be aware of before forming an opinion—or even before setting aside money for a purchase. This article provides a comprehensive overview of everything we know today about the DJI Air 4, systematically distinguishing verified information from rumors, and will be updated as new announcements are made.
A much-anticipated new chapter for the Air lineup
To understand why the arrival of the Air 4 is generating so much attention, we need to take a look at the Air series’ place in the DJI product lineup. Since the launch of the first Mavic Air In 2018, this family of drones established itself as the perfect balance between the Mini models—which are lightweight and affordable but more limited in terms of photography—and the Mavic models, professional-grade drones with significantly higher price tags. Successive generations—the Air 2, Air 2S, Air 3, and then the Air 3S—have each refined this offering: a still-reasonable size, a comfortable flight time, a high-performance dual-camera system, and a price point that remains accessible to a discerning amateur pilot or a semi-professional content creator. The Air 3S, released in October 2024, solidified this position with its one-inch main sensor and dedicated telephoto lens—a combination praised by the trade press for its value for money.
Nearly two years now separate this release from the summer of 2026—a particularly long wait given DJI’s usual product refresh cycle for this line. This prolonged wait naturally fuels speculation and largely explains the intense media coverage the Air 4 has been receiving for several months, even though no official images or technical specifications have been leaked directly from the brand’s communication channels.
Where do we stand today? A timeline of the clues
While DJI remains silent, several concrete signs indicate that development of the Air 4 is indeed underway and at an advanced stage. The first tangible clue dates back to early 2025, when photographs purportedly showing a crashed prototype began circulating, revealing a new frame and additional sensors compared to the Air 3S. This type of leak, common in the drone industry, never constitutes formal proof on its own, but it laid the groundwork for anticipation that would only grow.
The following report, which is significantly more credible, emerged on May 11, 2026, when leaker Igor Bogdanov—known by the pseudonym Quadro_News and regularly cited by the trade press for the reliability of his sources—spotted a reference to the DJI Air 4 in a Chinese flight reporting app. A drone must be registered with the authorities to be legally operated in China, which means that a model appearing in this type of registry is necessarily at a sufficiently advanced stage of development to be considered for mass production. In early July 2026, a new milestone was reached when the Air 4 was listed in a Chinese regulatory certification database—a step generally interpreted by industry observers as a sign that the drone has entered its final stages of development prior to commercial release.
This body of converging evidence, drawn from sources independent of one another, allows us to conclude with reasonable confidence that the DJI Air 4 does indeed exist and is nearing its commercial launch. However, it does not allow us to pinpoint a specific date. The most common estimates place the release between late 2026 and early 2027, though there is currently no reason to rule out another delay, as DJI typically only makes announcements once the device is actually ready for shipment. Any date announced by a third-party website should therefore be treated with the necessary caution.
A Breakthrough Is Coming: An Air Drone Finally Weighs Less Than 250 Grams
The most widely reported piece of information—and undoubtedly the one that will have the greatest impact on the future of the lineup—concerns the aircraft’s weight. The current Air 3S weighs in at 724 grams, which places it in the European C1 category and imposes a number of regulatory requirements on its pilot, which we’ll detail later. However, several consistent leaks—reported by both media outlets specializing in DJI news and industry analysts—suggest that the Air 4 could, for the first time, bring a model in the Air series below the symbolic 250-gram threshold, a category previously reserved for the Mini series.
Such a decision would represent a significant shift in direction for DJI. Until now, the company has limited its ultralight models to the Mini series, precisely because miniaturization requires technical compromises that are difficult to reconcile with the photographic ambitions and flight performance expected of an Air drone. Reducing the weight by nearly 500 grams while maintaining—or even improving—image quality, flight time, and the robustness of the transmission system requires considerable engineering work on the battery, airframe materials, and onboard electronics architecture. Industry observers also point out that DJI will inevitably have to make careful trade-offs to deliver on this promise without compromising the core identity of the Air series. It is therefore possible that certain compromises—regarding wind resistance or maximum flight time, for example—may temper this touted feat once the drone is tested under real-world conditions.
The strategic importance of this decision for DJI is nonetheless clear, and it stems almost entirely from European and international regulations on unmanned aircraft—a topic we will discuss in detail later in this article, given how directly it affects French pilots.
The camera system: Setting a new standard for low-light performance?
In terms of photography, rumors suggest the return of a dual-camera setup, building on the features that made the Air 3S a success. The Air 3S combines a 1-inch main sensor—with an f/1.8 aperture and a 24-millimeter equivalent focal length—with a telephoto lens featuring a smaller 1.3-inch sensor that offers 3x optical zoom. Some sources suggest—though with less certainty than the other information reported in this article—that the Air 4 might feature two 1-inch sensors, which would represent a significant improvement in image quality at telephoto settings. This hypothesis should be treated with caution until a leaked complete spec sheet corroborates it.
What does, however, come up more consistently across the various sources consulted is the emphasis on low-light performance. Several analysts mention a larger sensor or a faster lens specifically designed to improve shots at dusk and dawn—times of day particularly prized by landscape photographers for the quality of their light. If this trend is confirmed, it would be a logical extension of the expectations expressed by the Air user community, for whom versatility in all lighting conditions remains a key purchasing factor. It’s reasonable to expect that DJI will retain, on this new model, the advanced color profiles such as D-Log M and 10-bit HLG—which were well-received on the Air 3S— as well as high video resolutions up to 4K at sustained frame rates, even though no official spec sheet is currently available to confirm this with certainty.
O4+ Transmission, Expected Range and Flight Performance
As for the video and control link, leaks point to the integration of the DJI O4+ system, an evolution of the O4 protocol already found on the Air 3S and recently rolled out across the high-end lineup Mavic 4 Pro. This enhanced version generally promises even lower latency, better resistance to interference in dense urban environments, and a higher-resolution video feed displayed on the remote control—all of which directly enhance the flying experience, particularly during technical shots that require immediate responsiveness.
As for flight time, current estimates suggest a flight duration of between 38 and 40 minutes. This figure should be viewed in the context of the data already available for the Air 3S, which officially claims 45 to 46 minutes but whose actual flight time under real-world conditions tends to fall between 38 and 41 minutes, according to independent tests conducted by the trade press. In other words, if this information is confirmed, the Air 4 would manage to maintain a flight time comparable to that of its predecessor under real-world conditions, despite a weight reduction of nearly 500 grams—which in itself would constitute a remarkable engineering achievement in terms of the drone’s energy management and aerodynamics. Several sources also mention a completely redesigned frame to improve aerodynamic efficiency and stability, with a reported wind resistance rating of up to 14 meters per second—a figure that remains to be confirmed by independent tests once the device becomes available.
Obstacle Avoidance and Flight Safety
Flight safety is also one of the issues regularly raised by sources who have had access to parts of the certification dossier. There is talk of an omnidirectional obstacle detection system that is more advanced than that of the Air 3S, which already featured 360-degree detection supplemented by a LiDAR sensor for flights in low-light conditions. Regarding the Air 4, several analysts mention a new generation of sensors touted as more accurate and responsive, particularly during night or twilight flights—a focus consistent with the efforts also noted regarding the camera system. However, it is still too early to tell whether this improvement will result in a different hardware architecture or simply a software refinement of the existing detection algorithms, as DJI typically refines its safety systems through successive firmware updates after launch.
How much does the DJI Air 4 cost?
At this stage, the pricing issue remains one of the most uncertain aspects of this entire story, and the sources consulted for this article differ significantly on this point, which calls for particular caution. Some observers believe that DJI could maintain a pricing strategy similar to that of the Air 3S, which had a launch price of around $1,099 for the base model in the United States, which translates to approximately 930 to 990 euros in France for the bundle associated with the RC-N3 Radio Control. Other sources, on the other hand, anticipate a more premium positioning, with a reported price range of between $1,500 and $1,700, in line with the expected improvements to the camera and transmission. This significant discrepancy between the two scenarios clearly illustrates the level of uncertainty that still surrounds this matter as long as no official announcement has been made, and prompts us to refrain from presenting any figures as definitive until confirmed by DJI itself.
DJI Air 4 vs. Air 3S and Mavic 4 Pro: A Comparison Chart
To put the Air 4—which is still hypothetical in several respects—into context within DJI’s current product lineup, the table below compares the confirmed specifications of the Air 3S and the Mavic 4 Pro—two models that are very real and currently on the market—with the information leaked about the Air 4. The values associated with the Air 4 should therefore be considered estimates that have not been confirmed by DJI.
| Features | DJI Air 3S (confirmed) | DJI Air 4 (rumors) | DJI Mavic 4 Pro (confirmed) |
|---|---|---|---|
| Weight | 724 g | Less than 250 g (unconfirmed) | 1,063 g |
| European Category | C1 | C0 (if confirmed) | C2 |
| Main camera | 1 inch, 50 MP, f/1.8 | 1-inch sensor + telephoto lens | Four Thirds, 100 Mpx |
| Maximum Video | 4K at 120 fps | Unconfirmed | 6K at 60 fps |
| Transmission | O4 (10 km) | O4+ (tentative) | O4+ (up to 30 km FCC) |
| Rated / Actual Range | 45–46 min / 38–41 min | Estimated 38–40 min | 51 min / about 37 min |
| Estimated introductory price | Starting at €930–990 | Between 1,000 and 1,700 $, depending on the source | Starting at €2,099 |
| Status | Available since October 2024 | Unannounced, estimated release date: late 2026 / early 2027 | Available since May 2025 |
This comparison clearly illustrates the market positioning the Air 4 would aim for if it lived up to its promises: to offer a significant portion of the Air series’ photographic capabilities in a form factor previously reserved for Mini models, while remaining well below the Mavic 4 Pro in terms of price and the sophistication of the camera system—which remains the exclusive domain of DJI’s high-end professional lineup.
What a weight limit of 250 grams would mean in practice for French pilots
This is undoubtedly the most important aspect for any pilot based in France—or, more broadly, in the European Union—to focus on, given how thoroughly the regulations governing unmanned aircraft have been harmonized in recent years. As of December 31, 2025, the national transitional frameworks that had coexisted with the European framework have definitively expired, meaning that only the harmonized European Union rules now apply throughout the entire territory. These regulations classify drones in the so-called «open» category according to specific weight thresholds: Class C0 covers aircraft weighing less than 250 grams, Class C1 covers aircraft weighing less than 900 grams—such as the current Air 3S—and Class C2 covers aircraft weighing less than 4 kilograms—such as the Mavic 4 Pro.
Falling below the 250-gram threshold isn’t just a technical quirk—it’s a full-fledged change in regulatory status. A Class C0 drone falls under subcategory A1, which specifically permits flying over isolated individuals, whereas a Class C1 drone such as theAir 3S, already requires greater caution near bystanders, and a Class C2 model like the Mavic 4 Pro typically requires compliance with subcategory A2, which mandates an increased safety distance from people not involved in the flight. A C0-certified Air 4 would therefore allow its pilot to avoid the more rigorous A2 training requirement—which is reserved for heavier aircraft operating near populated areas—while still maintaining the obligation, common to all pilots, to complete the A1/A3 online theoretical training before the very first flight.
However, we should not interpret this development too optimistically. A drone equipped with a camera remains subject to the operator’s registration requirement on the General Directorate of Civil Aviation’s AlphaTango platform, regardless of its weight, as long as it carries a sensor capable of capturing personal data. The electronic tele-identification requirement, in effect since January 1, 2024, would also continue to apply. Similarly, Class C0 does not under any circumstances authorize the intentional flying over gatherings of people—a rule that remains an absolute red line regardless of the aircraft’s category. For professional users, taking out specific liability insurance—with minimum coverage generally set at 930,000 euros—remains strongly recommended and may even be required depending on the nature of the activity. Lowering the weight limit to 250 grams would therefore remove a real and welcome administrative hurdle for many users, without exempting anyone from complying with the regulatory framework as a whole.
Uncertain availability in the United States
While this article is primarily intended for a French and European audience, it would be incomplete not to mention the challenges DJI is currently facing in the U.S. market, given how much they could influence the Air 4’s international rollout schedule. Several of the brand’s recent releases, including those in the Osmo line, have run into regulatory hurdles specific to the United States: the lack of authorization from the Federal Communications Commission for new models, DJI’s designation under Section 1260H of the U.S. National Defense Authorization Act, and customs holds related to the Uyghur Forced Labor Prevention Act. These obstacles, which are purely U.S.-based in their legal nature, do not directly affect European buyers, but they could prompt DJI to exercise greater caution in its international communications and to postpone certain announcements, which would partly explain the brand’s current silence regarding the Air 4.
Planning Ahead for Maintenance of Your Future DJI Air 4
Beyond the technical specifications, the announced arrival of a new Air model is always a good time to review a few simple maintenance principles—principles that are all the more relevant if rumors of a lighter airframe and a new sensor architecture turn out to be true. A lighter aircraft generally implies a more streamlined airframe and densely packed internal components, making it all the more important to regularly check the propellers, the proper functioning of the stabilizer gimbal, and the calibration of the inertial navigation unit and compass before any somewhat demanding flight session. As with every new generation of aircraft, it’s also likely that the first compatible replacement parts—batteries, propellers, or protective shells, will take a few weeks to become available in sufficient quantities after the commercial launch—a delay that pilots planning to use the drone intensively from the very beginning should anticipate.
In the event of an impact or malfunction, the temptation to take apart a new appliance yourself to identify the problem may seem natural, but it carries a real risk of causing further damage or voiding the manufacturer’s warranty—especially with a recently released model for which technicians have not yet accumulated extensive experience. In the vast majority of cases, contacting a specialized repair technician—who can accurately diagnose the cause of a malfunction and order the appropriate part—remains the safest solution for extending the drone’s lifespan without compromising its future flight performance. It is also recommended to closely monitor firmware updates released by DJI in the weeks following the launch, as these initial updates frequently address teething issues identified after the device has been widely released.
Conclusion: What to Expect in the Coming Months
The DJI Air 4 is on the horizon, if the currently available leaks are confirmed, as one of the most significant advancements the Air series has seen since its inception, with the most notable feature being an unprecedented weight drop below 250 grams—a move that would fundamentally reshape its regulatory classification and target audience. However, caution is still warranted: DJI has not yet released any official specifications, pricing, or firm release date, and the brand’s track record shows that it consistently prefers to delay an announcement rather than release a product it deems not yet perfect. The coming months—between late 2026 and early 2027, according to the most commonly cited estimates—should help clear up these remaining uncertainties. Reparation-drone.com will continue to follow this story closely and will update this article as soon as official and verified information becomes available.
Frequently Asked Questions About the DJI Air 4
When will the DJI Air 4 be released?
DJI has not yet announced an official date. Regulatory clues identified in the spring and summer of 2026—including a listing in a Chinese certification database—suggest a launch toward the end of 2026, with the possibility of a delay until early 2027 if DJI deems it necessary to further refine certain aspects of the product.
Will the DJI Air 4 really weigh less than 250 grams?
This is the hypothesis most frequently cited by specialized sources who have had access to parts of the regulatory filing, but it has not been confirmed by DJI. If true, this would be a first for the Air lineup, which has always been positioned above this major regulatory threshold.
How much should you budget for the DJI Air 4?
Estimates vary significantly depending on the source, with some suggesting a price point close to the Air 3S’s $1,100, while others predict a higher price range of between $1,500 and $1,700 due to the expected improvements. None of these figures can be considered reliable until DJI announces an official price.
Will the DJI Air 4 simply replace the Air 3S?
DJI has historically kept its previous models in its catalog for some time after the release of a successor, usually at a reduced price. It is therefore likely that the Air 3S will remain available for purchase, at least temporarily, after the launch of the Air 4, offering an alternative for those on a tighter budget.
Will the DJI Air 4 be available in France as soon as it launches?
At this stage, there is no indication that the regulatory hurdles currently faced by DJI in the United States would affect the availability of the Air 4 in France or, more broadly, in Europe, as these restrictions are specific to the U.S. legal framework. Nevertheless, the utmost caution is advised until the company announces an official release date for each market.