How to Convert and Edit 360 Degree Video for Virtual Reality

Converting and editing 360 degree video for virtual reality requires a different workflow from ordinary widescreen footage. A spherical camera captures the entire scene around its lenses, so every cut, title, transition and export setting can affect the viewer’s sense of direction. The right software can preserve the immersive image while reducing file size and preparing the result for phones, headsets and social platforms.

For Australian creators, this process often involves large files, long uploads over an NBN connection and a mixture of devices, from iPhones to Meta Quest headsets. Whether the footage comes from a holiday near the Great Barrier Reef, a property tour in Melbourne or a short film made in Sydney, careful stitching, editing and compression will make the final experience smoother.

Prepare footage before editing

Begin by copying the original files from the camera to a fast internal drive or a reliable external SSD. Keep a separate backup before changing the clips, because 360-degree recordings are often difficult or impossible to recreate. A single take may contain two very wide-angle images that must be stitched together, and losing one source file can create visible gaps or mismatched exposure.

Check whether the camera has already stitched its footage. Some consumer cameras save a finished equirectangular video, usually in a 2:1 aspect ratio such as 5760 × 2880. Others store separate lens files that need stitching in the manufacturer’s application before they are ready for an editor. Inspect the first and last few seconds for a seam, missing area or strange jump in the horizon.

Organise clips by location, lens direction and recording date. This is particularly useful when shooting outdoors in changing Australian light, such as strong midday sun in Queensland or lower winter light in Tasmania. Record notes about the camera height and the intended viewing direction as well; these details help you choose a natural starting angle later.

Choose settings that preserve immersion

When converting 360 footage, use a format that supports the source resolution and frame rate. H.264 remains widely compatible with phones, editing programs and online services, while H.265 or HEVC can produce smaller files at similar quality. HEVC is useful for storage and delivery, but older computers and some browsers may decode it slowly or fail to open it.

A high-bitrate master should be created before making smaller versions. For a 5.7K file, exporting at an unnecessarily low resolution can make distant details unreadable inside a headset. A sensible workflow is to keep a high-quality mezzanine file for future editing, then create separate delivery files in 4K, 5.7K or 8K according to the camera and destination.

Pavtube tools can help with batch conversion, codec changes, resolution adjustments and audio handling when a camera’s original format is inconvenient for an editor. The conversion resources can also provide useful technical guidance for media workflows involving iPhone playback, professional editing software and different camera formats. Preserve the equirectangular projection during conversion; exporting it as a standard 16:9 clip will flatten the spherical experience.

Edit without breaking the 360 view

A 360 video editor must treat the image as a connected sphere rather than a conventional frame. Abrupt cuts are still possible, but they can disorient viewers when the next shot begins with a completely different viewing direction. Match the horizon, camera height and general movement between clips where possible. Gentle dissolves can work for travel or documentary footage, while a hard cut may suit fast action.

Choose the initial viewing angle for every scene. The viewer can look anywhere, but the video should open towards the important subject rather than a blank wall or the camera operator. Many editing applications allow a reframed preview that shows a conventional window into the spherical image. Use that view to position a person, vehicle or landscape feature without permanently removing the surrounding content.

Titles require special care. Flat text placed across the equirectangular image may stretch at the top and bottom or appear split near the seam. Keep labels close to the central viewing zone, use large readable type and leave generous screen time. For interviews, place captions where they remain legible from the likely starting direction, then test them in a headset instead of relying solely on a desktop preview.

Audio also shapes orientation. A clean stereo track is suitable for many simple projects, but ambisonic or spatial audio can make movement feel more convincing when the platform supports it. Remove wind rumble before export, especially when recording beside the coast or in exposed bushland. A small amount of natural ambience is often preferable to aggressive noise reduction that creates metallic artefacts.

Export for headsets and Australian audiences

Before exporting, confirm that the file retains the correct spherical metadata. Some platforms identify a video as 360 content through embedded metadata, while others rely on a dedicated injection tool. Without that information, a perfectly stitched file may appear as a distorted flat panorama. Watch the exported file in a compatible player before uploading it.

Create versions for the likely viewing devices. A high-resolution master may be appropriate for a wired headset or a modern standalone device, while a smaller H.264 version will load more reliably on a phone. This matters for viewers using mobile data during a train journey between Sydney and Newcastle, or relying on a slower regional connection outside Brisbane or Perth.

Compression should reduce unnecessary data without destroying fine detail. Fast movement, tree branches and water can expose blockiness quickly, so test several bitrate settings on a short section containing the most difficult motion. Two-pass encoding may improve quality when file size is limited. Keep the frame rate consistent with the source unless there is a clear production reason to change it.

For social media previews, consider producing a separate reframed version. A vertical or conventional widescreen teaser can attract viewers who do not own a headset, while the full spherical file remains available for immersive playback. Clearly label the viewing format so audiences understand whether they should drag the image, move a phone or use a VR headset.

Publish responsibly and check the result

Privacy deserves attention when a 360 camera records public places. The image may capture people behind the operator as well as in front, including faces, vehicle number plates and activity inside nearby properties. Australian privacy obligations can vary by situation and organisation, but blurring identifiable people and plates is a prudent production practice. Obtain releases when filming planned participants, especially for commercial work.

Copyright applies to music, artwork, logos and footage visible in the sphere. A popular track playing in a café or a television screen in the background can create problems when the video is published commercially. Use licensed music and remove incidental copyrighted material where practical. Businesses should also consider the Australian Consumer Law when promotional VR footage could create a misleading impression of a property, attraction or product.

Test the complete journey from export to playback. Open the file on a computer, phone and target headset, then inspect the stitch line, horizon, focus, colour and audio. Move around the entire sphere to check for a person or object that was missed during editing. A long file should also be scrubbed at several points because a damaged export may fail only after the opening section.

Creators working across the Australian market can keep project templates for common destinations, including YouTube-style delivery, local event displays and client review copies. The DigiSNS software guides offer a broader starting point for video conversion and media-processing workflows across Windows and Mac. With a high-quality master, carefully tested derivatives and accurate metadata, immersive footage can move from camera to headset without losing its spatial character.