DJI Osmo 360 II uses a one-inch square sensor to attack 360 video’s low-light weakness

DJI’s Osmo 360 II is built around a problem every 360 camera eventually encounters: capturing everything means each lens has to cover an enormous field of view, and that leaves image quality exposed when the light gets bad. DJI’s second-generation camera attacks the problem with a one-inch square HDR sensor, large 2.4µm pixels, 8K recording at up to 60 frames per second and a new low-light processing mode called AI SuperNight 2.0.

The camera also adds 105GB of built-in storage and, importantly for a device whose lenses protrude into danger, ultra-hard replaceable lens elements. These are not cosmetic upgrades. They address the three practical costs of shooting immersive video: enormous data volumes, difficult low-light capture and vulnerable optics.

A square sensor is about using more silicon

DJI says the square HDR sensor increases sensor utilisation by 25% compared with its earlier approach while preserving a full 360-degree field of view. The geometry matters because a conventional rectangular sensor can leave portions of the imaging area unused behind an ultra-wide circular projection.

Using more of the available sensor area can improve the amount of light captured for a given lens system and reduce wasted silicon. DJI claims 14.5 stops of dynamic range, although that figure should be treated as a manufacturer measurement until independently verified under a known test method.

The large 2.4µm pixel pitch also points toward low-light performance. Bigger photosites can generally collect more photons per pixel, improving signal relative to read noise. Processing still plays a major role, particularly in the SuperNight mode, which uses noise-reduction algorithms to reconstruct cleaner footage.

8K/60 matters more in 360 video than ordinary flat video

Eight-kilopixel recording can sound excessive when many viewers watch conventional video on 4K or even 1080p screens. In 360 capture, the recorded pixels are spread around an entire sphere. A viewer only looks at a small crop of that sphere at any moment.

That means high source resolution is essential if a creator wants to reframe footage later. A virtual camera pointing at one subject may use only a fraction of the original 8K image. Start with too little resolution and the final flat crop quickly becomes soft.

Moving from 8K/30 to 8K/60-class capture also improves options for fast action and smoother reframing. The cost is storage and processing load. Sixty 8K frames every second create a demanding data stream that has to be encoded in the camera, written to storage and later decoded during editing.

105GB of internal storage is a safety net, not infinite capacity

DJI’s 105GB built-in storage is unusually generous for an action camera and especially useful when recording 360 footage. A user can keep shooting if a memory card is missing, full or has failed.

But high-resolution spherical video can consume space quickly. Long sessions still require storage planning, fast file transfer and backups. Creators also need computers capable of smoothly decoding and editing the files; camera resolution can shift the bottleneck downstream to the workstation.

The internal storage may also simplify short shoots by removing card-management friction. A creator can record, transfer and clear the device without handling tiny removable media in the field.

Replaceable lenses address the scariest part of 360 ownership

A 360 camera needs lenses that see beyond the sides of the body so their fields of view can overlap. That makes the glass vulnerable. Place the camera on a rough surface or tip a pole over and a protruding lens can take the impact.

Replaceable lens elements change the economics of that accident. Instead of treating a scratch as catastrophic damage to the camera, an owner may be able to replace the exposed optical component. DJI also describes the lenses as ultra-hard, combining prevention with repair.

The quality of replacement alignment will matter because stitching software relies on precise optical geometry. A user-serviceable lens system has to preserve calibration closely enough that the seam between cameras remains unobtrusive.

Stitching is the invisible system behind every 360 specification

The Osmo 360 II does not produce a useful immersive image simply because two wide-angle lenses record simultaneously. Software has to map those images onto a sphere, correct distortion, match exposure and colour, and hide the overlap region.

That pipeline becomes especially difficult when subjects are close to the camera. The two lenses see nearby objects from slightly different positions, creating parallax that can make seams visible. No sensor resolution completely eliminates that geometric problem.

Stabilisation adds another layer. 360 footage has an advantage because the camera records in all directions, giving software freedom to choose a stable virtual horizon after capture. DJI brings experience from its action cameras and gimbals, but the final quality needs to be judged across walking, cycling and low-light movement rather than one demo.

Night performance is where the new hardware should prove itself

Daylight is forgiving. Small sensors can produce impressive footage when photons are abundant. Night scenes expose noise, motion blur and aggressive temporal processing. DJI’s larger effective imaging area and SuperNight 2.0 are therefore the most consequential claims in this generation.

Noise reduction has a cost. Algorithms can smear fine texture or create artificial detail if pushed too far. A clean-looking dark scene is not necessarily a more accurate one. Reviewers will need to compare motion, texture and highlight retention, not simply look at still frames.

DJI says the camera launched globally on 3 September 2026. We did not verify official South African pricing or retail availability, so international prices should not be converted and presented as local figures.

The second generation is about making 360 less fragile

The first wave of consumer 360 cameras proved that capturing every direction could create dramatic reframed video. The harder challenge is making the workflow dependable enough that creators use it for ordinary shoots rather than occasional novelty.

The Osmo 360 II’s improvements point directly at that goal. More sensor area helps when light is poor, 60fps helps action, built-in storage reduces media failures and replaceable lenses reduce the financial fear of using protruding optics near real-world hazards.

Those changes do not remove the fundamental complexity of 360 video. File sizes remain large, editing is heavier and stitching can fail in difficult geometry. But DJI is spending this generation on the weaknesses that determine whether the camera comes out of the bag when a shot actually matters.