DJI enters the 360-degree drone segment with an FPV twist
DJI’s new Avata 360 marks the company’s first 360-degree drone, and it arrives with a design and feature set aimed at pilots who want flexibility between conventional camera use and more immersive first-person-view flying. According to the supplied source text, the aircraft can be flown either more like a camera drone or more like an FPV drone using a motion controller and DJI FPV goggles.
That dual identity is what makes the Avata 360 stand out. It is not simply a standard aerial camera platform fitted with a 360-degree capture system. It is also designed to support a style of flight associated with dynamic movement, immersive piloting, and footage that can later be reframed.
The review text describes 360-degree drones as a relatively new product category. In that context, DJI’s arrival is notable because the company remains the dominant consumer drone brand and because its entry can push niche formats closer to mainstream awareness.
Core specs emphasize capture flexibility
The supplied material lists two 64-megapixel, 1/1.1-inch CMOS sensors and support for up to 8K video at 60 frames per second. It also lists 120-megapixel photos, a 2,700 mAh battery, flight times of up to 23 minutes, and multiple flight modes including Cine, Normal, and Sport.
Those specifications position the Avata 360 as a drone built around imaging versatility as much as flight novelty. The appeal of 360-degree capture lies in the ability to shoot first and reframe later, a point the source text explicitly emphasizes. Instead of committing to a single angle in flight, pilots can record a full spherical scene and decide on the composition afterward.
The source text also notes a single-lens shooting mode that can take advantage of DJI’s subject tracking. That adds another layer of flexibility, giving users a path back to more conventional shooting when full 360-degree capture is unnecessary.
A robust airframe built for immersive flying
Design-wise, the Avata 360 is described as resembling the DJI Neo 2 but in a larger and heavier form. It uses a non-folding design with propeller guards and a rotating front camera assembly. The review also calls it a robust cinewhoop-style build, a clue to the kind of flying DJI has in mind for the product.
Cinewhoop-style drones are often associated with controlled, close-in movement and the ability to navigate more constrained spaces with some added protection around the props. That fits well with the review’s observation that pairing the Avata 360 with DJI FPV accessories could allow users to capture more immersive footage while flying through buildings or weaving around trees.
The drone weighs 455 grams and measures 246 by 199 by 55.5 millimeters, according to the supplied specifications. Those numbers help explain why the review presents the aircraft as more substantial than smaller consumer drones while still framing it as a versatile creative tool rather than a purely industrial platform.
Image quality strong for 360, but not class-leading overall
The review gives the Avata 360 qualified praise on image quality. It says the drone delivers great image quality for 360-degree capture, but also states clearly that it does not match the image quality of a standard camera drone. The reviewer adds that this tradeoff is common among 360-degree cameras and drones.
That distinction is important because it clarifies the product’s intended value. Buyers considering the Avata 360 are not necessarily choosing the single best image quality available in a drone. They are choosing a different creative workflow, one in which flexibility of framing and immersion can outweigh a pure image-quality comparison against more conventional camera platforms.
The drone’s two-lens setup with replaceable lenses reinforces that orientation. It is a system built for a specific style of shooting, not simply a one-to-one replacement for a standard aerial camera drone.
Controller choice broadens the audience
One of the more consequential details in the supplied text is that the Avata 360 supports dual controller options, including FPV operation. That matters because controller flexibility can widen the product’s appeal. Some users may want a more familiar camera-drone workflow, while others may want the immersive feel of FPV control and goggles.
By supporting both approaches, DJI appears to be lowering the barrier to experimenting with 360-degree aerial capture. Pilots can approach the drone from the style they already know, rather than fully committing to one niche mode of flight from the start.
The review also points out that DJI FPV accessories can be paired with the aircraft, extending the product’s place within DJI’s broader ecosystem. That could be especially relevant to users who already own compatible gear and want to expand into 360-degree filming without rebuilding their setup from scratch.
Price and tradeoffs define the proposition
The supplied text lists a price of $719 and notes that the drone was waiting to be in stock at several retailers at the time of the review. At that price, the Avata 360 sits as a specialized but still consumer-accessible entry into an emerging category.
The review’s bottom-line pros and cons are also revealing. On the positive side, it cites multiple controller options, a robust cinewhoop design, and decent image quality. On the negative side, it points to quirks in DJI Studio editing software, the niche nature of 360-degree drones, and image quality that trails standard camera drones.
Taken together, those tradeoffs define the Avata 360 clearly. This is not a universal best drone claim. It is a tool for creators who value reframing freedom, immersive shooting, and the hybrid appeal of FPV-style flying combined with 360-degree capture.
That alone makes the launch significant. DJI is betting that enough pilots now want this blend of flexibility and immersion to justify a dedicated product. If the company is right, the Avata 360 could help shift 360-degree drones from an experimental corner of the market into a more established creative category.
This article is based on reporting by Space.com. Read the original article.
Originally published on space.com




