Akaso 360 VS Insta360 X4 Air

The most impactful physical difference between the Akaso 360 and the Insta360 X4 Air lies not in their silhouette — both are comparably slim at 46.9 mm and 46 mm wide respectively — but in how they handle interaction and environmental resilience. The Akaso 360 features a flip-out screen with no touch input, while the Insta360 X4 Air opts for a touch screen without the articulating hinge. In practice, the flip-out design offers better framing flexibility for self-shooting at fixed angles, whereas a touch interface tends to be faster and more intuitive for menu navigation and on-the-fly adjustments.

Where the two cameras diverge most critically is durability. The Akaso 360 has a waterproof depth rating of 0 m, meaning it requires an external housing for any wet environment, while the Insta360 X4 Air is rated to 15 m natively — a substantial advantage for divers, surfers, or anyone shooting in rain or near water without wanting to carry extra gear. The cold-weather gap is equally telling: the Akaso bottoms out at 0 °C, while the Insta360 X4 Air remains operational down to -20 °C, making it a far more capable tool for winter sports or high-altitude use cases.

On portability, the Akaso 360 is meaningfully lighter at 180 g vs 165 g, though the Insta360 X4 Air's larger volume (193.7 cm³ vs 158.6 cm³) reflects its thicker body — likely accommodating the waterproofing seals and battery. Both cameras share gyroscope stabilization, identical internal storage (none built-in, relying on external cards), and the same upper operating limit of 40 °C. Overall, the Insta360 X4 Air holds a clear design edge for anyone shooting in demanding environments, while the Akaso 360 may appeal to those prioritizing a lighter, screen-flexible form factor in controlled conditions.

Connectivity between these two cameras is remarkably similar across the board — both support Android and iOS, offer USB Type-C, enable first-party live streaming, and allow remote smartphone control. For the vast majority of users, the feature set will feel functionally identical in day-to-day use. Neither camera includes GPS, NFC, HDMI output, or DLNA certification, so location tagging and direct TV output are off the table for both.

The single meaningful differentiator in this group is Bluetooth: the Akaso 360 ships with Bluetooth 4.2, while the Insta360 X4 Air steps up to Bluetooth 5.2. That gap is more significant than it might appear — Bluetooth 5.2 delivers roughly double the range, faster data transfer, and notably improved connection stability compared to 4.2. In practical terms, this means the Insta360 X4 Air is less likely to drop its wireless link to your phone during remote control or file transfer, especially in environments with heavy wireless interference like crowded events or urban settings.

Taken together, the Insta360 X4 Air holds a modest but real edge here purely on the strength of its newer Bluetooth standard. If wireless reliability and remote-control responsiveness matter to your workflow, that advantage is worth noting — though users who primarily connect via USB or only occasionally use Bluetooth will find the gap largely irrelevant in practice.

Both cameras arrive with removable, rechargeable batteries and a battery level indicator — a practical baseline that lets users carry spare packs for extended shoots rather than being tethered to a power source. That shared flexibility is genuinely useful for action and travel cameras, where swapping batteries in the field is often more realistic than finding an outlet.

Despite listing identical 1-hour battery life, there is a substantial gap in raw capacity: the Akaso 360 packs a 1350 mAh cell, while the Insta360 X4 Air carries a considerably larger 2010 mAh battery — roughly 49% more energy storage. The fact that both are rated for the same runtime suggests the Insta360 X4 Air's larger battery is compensating for a more power-hungry processor or higher-resolution pipeline, rather than translating directly into longer shooting sessions under the same conditions.

In practice, this means real-world endurance for both cameras may vary significantly depending on resolution, framerate, wireless usage, and ambient temperature — and neither holds a clear stamina advantage based on the rated figures alone. The Insta360 X4 Air's bigger cell could provide a buffer under heavy load, but since the spec data does not reflect that in stated battery life, this group is effectively a tie on the metric that matters most to users: how long the camera actually runs.

Audio is a complete tie between these two cameras — both the Akaso 360 and the Insta360 X4 Air feature a built-in stereo microphone and neither offers a microphone input or a 3.5 mm audio jack. Users are fully dependent on the internal mics, with no supported path to plug in a dedicated external microphone for improved voice capture or noise isolation.

For a 360-degree action camera, this is a fairly standard trade-off. The compact, sealed form factor that enables durability and portability makes accommodating external audio connections physically and technically difficult. Stereo microphones do provide spatial audio that complements immersive 360 footage, which is a genuine asset for the format — but the absence of any external input means creators who prioritize clean dialogue or low-noise audio in challenging environments will need to rely on separate recording devices and sync in post.

Since every specified audio feature is identical across both products, this group offers no basis for differentiation. The decision between them on audio comes down entirely to how well each camera's internal microphone actually performs — which falls outside the scope of the provided specs.

The optical foundation of both cameras is identical in architecture — dual-lens systems with BSI CMOS sensors and adjustable fields of view, a configuration well-suited to 360-degree capture. BSI (backside-illuminated) sensors are particularly valued for their ability to gather more light in constrained physical spaces, which matters a great deal in the compact lens assemblies typical of 360 cameras. Neither includes a flash, which is expected given the format.

Where the two diverge meaningfully is in the resolution-versus-aperture trade-off. The Akaso 360 leads significantly on paper with 72 MP versus the Insta360 X4 Air's 29 MP — a gap that translates to considerably more pixel data for reframing, cropping, and producing high-resolution stills from 360 footage. However, the Insta360 X4 Air counters with a wider aperture of f/1.95 compared to the Akaso's f/2.25. A wider aperture admits more light per frame, which generally supports better performance in low-light conditions and can reduce motion blur at equivalent shutter speeds.

These two specs pull in opposite directions, and the right trade-off depends on the use case. Shooters prioritizing detail, large-format output, or aggressive reframing in post will lean toward the Akaso 360's higher resolution. Those shooting in variable or dim lighting — indoors, at dusk, or in shaded outdoor environments — stand to benefit more from the Insta360 X4 Air's brighter lens. Neither camera holds an unconditional edge in this group; it is a genuine split depending on shooting priorities.

The most fundamental distinction in this group is not resolution — it is field of view. The Akaso 360 captures a true 360° field of view, while the Insta360 X4 Air is specified at 170°, which is a wide-angle perspective rather than a fully spherical one. This is a categorical difference in what each camera is designed to do: the Akaso captures everything around it simultaneously, enabling immersive VR-style content and full-scene reframing in post, while the Insta360 X4 Air functions more like an ultra-wide action camera pointed in one direction. Buyers should weigh this distinction carefully, as it defines the entire shooting paradigm.

On resolution, the Insta360 X4 Air records at 3840 pixels wide at 30 fps versus the Akaso 360's 2880 pixels at 30 fps. The Insta360's higher pixel count delivers sharper, more detailed footage within its 170° window — a genuine advantage for conventional wide-angle use. The Akaso, by contrast, distributes its resolution across the full sphere, so the effective detail in any given reframed crop will be lower. That is a well-understood trade-off inherent to the 360 format.

The remaining video features are a clean sweep of parity: both cameras offer timelapse, phase-detection autofocus with continuous tracking, horizon leveling, a 24p cinema mode, and invisible selfie stick support. For videographers, the choice here is less about feature breadth — which is matched — and more about whether 360° immersive capture or higher-resolution directional wide-angle footage better fits the intended output. Neither is universally superior; they serve meaningfully different creative purposes.