DJI Osmo 360 VS DJI Osmo Nano

Both the DJI Osmo 360 and the DJI Osmo Nano share a strong common foundation in their design: both are waterproof, offer 128GB of internal storage plus an external memory slot, feature a touchscreen display at the same 556 × 314 px resolution, and neither includes a secondary or flip-out screen. For users comparing at a glance, these shared traits mean neither product sacrifices core usability features relative to the other.

The defining design difference between these two cameras is physical size and weight. The Osmo 360 measures 81 × 61 × 36.3 mm and weighs 183 g, while the Osmo Nano is dramatically more compact at 29.5 × 57.3 × 28 mm and weighs just 52 g. The volume difference is stark — 179.4 cm³ versus 47.3 cm³ — meaning the Nano occupies roughly one-quarter the space of the 360. In practice, this makes the Nano far easier to slip into a pocket, mount discreetly, or carry for extended periods without fatigue, while the 360′s larger body may offer better grip and handling for active shooting. The screen sizes are virtually identical (2″ vs 1.96″), so the size gap does not translate into a meaningfully better viewing experience on either device.

On thermal tolerance, the Osmo 360 holds a modest edge with a maximum operating temperature of 45 °C compared to the Nano′s 40 °C, which could matter in very hot environments like desert shoots or sun-exposed mounts. Both share the same lower limit of -20 °C. Overall, the Osmo Nano has a clear design advantage for portability and wearability, while the Osmo 360 suits users who prefer a more substantial form factor and need slightly broader heat tolerance.

The connectivity lineup for both cameras is largely identical: both support Bluetooth 5.1, the same tri-band Wi-Fi 6/5/4 stack, Android and iOS compatibility, first-party live streaming, remote control, and smartphone remote operation. For most users, this means neither camera is at a disadvantage when it comes to pairing, app integration, or wireless performance — the playing field is genuinely level on those fronts.

The one concrete differentiator in this group is wired connectivity. The Osmo Nano includes USB 3.1 with Type-C, enabling fast data transfers — useful when offloading large 360° video files quickly. The Osmo 360, by contrast, lists a USB version of 0 and no Type-C port, which is a notable omission. Without a capable wired transfer option, users relying on the 360 will be more dependent on Wi-Fi transfers or card readers, which can be slower and less convenient in a professional workflow.

The Osmo Nano has a clear edge in this group solely due to its superior wired connectivity. The rest of the feature set is a dead heat, but USB 3.1 Type-C is a practical daily-use advantage — especially given that both cameras carry 128GB of internal storage that will eventually need to be emptied efficiently.

Despite a dramatic difference in battery capacity — 1950 mAh in the Osmo 360 versus just 530 mAh in the Osmo Nano — the real-world runtime gap is surprisingly narrow: 1.6 hours versus 1.5 hours respectively. This tells an important story about power efficiency: the Nano's much smaller battery is powering a significantly less power-hungry system, allowing it to nearly match the 360's endurance despite having roughly one-third the capacity.

For practical use, neither camera is particularly long-lasting in absolute terms. Both will require recharging or a battery swap during extended shoots, making an external power bank or spare batteries a likely necessity regardless of which model a user chooses. The shared presence of a battery level indicator on both devices is a small but useful parity feature, at least ensuring users won't be caught off guard by sudden shutdowns.

This group is essentially a near-tie, with a marginal edge to the Osmo 360 for its extra 6 minutes of rated runtime. However, the difference is too small to be a meaningful deciding factor — what matters more is that both cameras demand similar shooting discipline around battery management, and neither stands out as a stamina leader.

Audio capture is where these two cameras diverge meaningfully. The Osmo 360 is equipped with 4 microphones, while the Osmo Nano carries just 2. In the context of 360° cameras, microphone count matters for spatial audio — more microphones allow for better ambisonic or directional audio capture, more accurately reflecting sound from all around the camera rather than just in front of or behind it. For creators who care about immersive audio to match their immersive video, the 360's quad-mic setup holds a genuine advantage.

Where both cameras are identical — and equally limited — is in external audio options: neither offers a 3.5 mm jack or any microphone input. This means users on either platform cannot connect a dedicated external microphone for improved voice or interview audio, which is a constraint worth noting for content creators who prioritize clean spoken audio in their productions.

The Osmo 360 has a clear edge in this group. Its 4-microphone array is better suited to capturing the full soundscape that 360° content demands, while the Nano's 2-microphone setup is more modest. Neither camera offers a workaround for the lack of external audio input, so for audio-conscious shooters, the 360 is the stronger choice purely on the strength of its internal mic configuration.

The optics gap between these two cameras is substantial. The Osmo 360 shoots at 120 MP with a dual-lens system and a wide aperture of f/1.9, while the Osmo Nano captures at 35 MP through a single lens at f/2.8. The resolution difference is not incremental — the 360 resolves more than three times the detail, which translates directly into sharper stills, higher-quality frame grabs from video, and more flexibility when cropping or reframing footage in post-production. The dual-lens design is also fundamental to true 360° capture, stitching two wide fields of view into a seamless spherical image, whereas the Nano's single-lens setup reflects a more constrained optical architecture.

Aperture is equally telling. An f/1.9 lens admits significantly more light than an f/2.8 lens, giving the Osmo 360 a meaningful advantage in low-light conditions — dimly lit interiors, dusk shoots, or shaded environments where the Nano would need to push ISO or accept more noise. Both cameras share BSI CMOS sensors, which help with light sensitivity across the board, but the aperture advantage reinforces the 360's edge when the lighting is not ideal.

The Osmo 360 wins this group decisively. Its combination of 120 MP resolution, dual-lens design, and a faster f/1.9 aperture outclasses the Nano on every optical dimension provided. Both offer an adjustable field of view, but that shared feature does little to close the gap — users who prioritize image quality and light performance will find the 360 to be the considerably stronger optical instrument.

At the top of the spec sheet, the Osmo 360 pulls ahead in two key areas: it records 4K at up to 120 fps compared to the Nano's 60 fps ceiling, and it captures a wider 170° field of view versus the Nano's 143°. The frame rate difference is particularly significant for slow-motion work — 120 fps at 4K allows for much smoother, more dramatic slow-motion sequences when played back at 24p or 30p, giving the 360 a clear edge for action and sports content. The wider FOV also means more of the scene is captured in a single shot, which is especially valuable for immersive or environmental storytelling.

The bitrate gap reinforces the 360's video quality advantage: 170 Mbps versus the Nano's 120 Mbps means the 360 retains more data per second of footage, resulting in finer detail retention and less compression artifacting — a difference that becomes most visible in fast-moving scenes or high-contrast environments. However, the Nano counters with one standout capability the 360 lacks entirely: raw video recording. Shooting raw gives videographers significantly more latitude in color grading and exposure correction in post-production, which is a meaningful advantage for professional workflows where visual polish is a priority.

This group does not have a clean winner — it depends on the use case. The Osmo 360 leads on pure video performance with higher frame rates, a broader field of view, and greater bitrate. But the Osmo Nano's raw recording capability is a compelling differentiator for post-production-focused creators who need maximum editing flexibility, and it cannot be overlooked despite the Nano trailing on the other metrics. Both cameras are otherwise evenly matched across autofocus, horizon leveling, timelapse, and cinema mode features.