DJI Avata 360 is beginning to attract attention after an early hands-on preview surfaced on March 12. The drone was shown in a studio demonstration video, offering a first look at DJI’s upcoming 360-degree FPV cinewhoop platform.

The preview focuses on design, flight feel, and early image output rather than technical specifications. Several details remain undisclosed, suggesting the product is still under embargo ahead of a full official reveal.

A New Direction For DJI Avata 360 And Aerial 360 Video

The DJI Avata 360 introduces a concept rarely seen in consumer drones. Instead of a single forward camera, the aircraft carries two lenses positioned in opposite directions. One faces forward while the other points backward, allowing the drone to capture a full 360-degree view of the surrounding environment.

During recording, the cameras cover the entire space around the aircraft. This allows creators to later choose angles during editing, much like working with a traditional 360 camera, but from the air. The design also attempts to remove the drone itself from the final stitched image, giving the impression that the camera is floating independently in the sky.

The aircraft follows a cinewhoop layout. Its propellers sit inside protective ducts that reduce the risk of hitting people or objects during close-range flying. That type of frame is typically used for proximity filming, indoor shots, and creative FPV footage where safety and maneuverability are important.

The body appears relatively flat compared with many drones. This design helps accommodate a thin internal battery while minimizing the chance that parts of the aircraft appear inside the 360 footage.

Replaceable Lenses And Early Flight Observations

One visible addition is a replaceable lens kit designed specifically for the DJI Avata 360. The kit allows users to swap out scratched lenses themselves. This addresses a common complaint among users of earlier 360 camera systems where damaged lenses required factory repair.

In practice, that feature could matter for FPV flying. Cinewhoop drones are frequently flown close to obstacles such as walls, trees, and buildings, increasing the likelihood of minor collisions.

Early flight footage from the preview suggests the drone can produce clear and vibrant images. The stabilization appears smooth in most conditions, although occasional wobbling may occur in windy environments.

This behavior is not unusual for cinewhoop-style drones. The ducted propellers change airflow dynamics and can make the aircraft more sensitive to gusts compared with larger cinematic drones.

Creative Tool For Solo Creators And FPV Beginners

The DJI Avata 360 appears aimed at a specific group of creators. The drone blends traditional aerial filming with the flexibility of 360 video editing.

Instead of repeating multiple flights for different angles, a single pass can capture an entire scene. Editors can then choose perspectives afterward. This approach can save time while enabling creative shots that would normally require several camera setups.

The aircraft may also appeal to solo creators who film themselves without a camera crew. With full-sphere video capture, framing decisions can be made later during post-production.

At the same time, the design keeps FPV flying accessible for newcomers. The ducted propellers and compact body reduce risk during close flying, which often discourages beginners from using traditional open-prop FPV drones.

While many details remain undisclosed, early impressions suggest DJI Avata 360 could become a notable entry in the emerging 360 aerial filming category. A full review with confirmed specifications is expected once the remaining product details are officially revealed.

FYI (keeping you in the loop)-

What is the DJI Avata 360 drone?

The DJI Avata 360 is an upcoming FPV cinewhoop drone designed to capture full 360-degree aerial video. It uses two opposing cameras to record the entire environment around the drone.

How does DJI Avata 360 record 360 video?

The drone records video using two lenses facing opposite directions. During editing, software stitches the footage together to create a full spherical 360-degree video view.