Shooting 360 Video: Rigs, Stitching and the Nadir Problem

What changes when the camera sees everything, where the crew goes, and the technical problems that only appear in 360.

Shooting 360 removes the single most useful tool in conventional production, which is the ability to point the camera at one thing and exclude everything else. The camera sees the whole sphere, which means there is no off camera, no lighting stand outside the frame, and nowhere for the crew to stand. Every practical habit has to be rebuilt.

The first consequence is that the set has to be finished in every direction. In conventional filming a room can be dressed on one side; in 360 the entire space is on screen. This makes preparation the largest cost item on a 360 shoot, and it is why capture positions rather than shooting hours drive the schedule.

The crew problem has three standard solutions. Hide, by placing everyone behind a pillar or in an adjoining room. Remove, by shooting the space twice from the same position with people in different places and compositing. Or include, by making the crew part of the scene where the content allows it. Which applies depends on the space, and it should be decided at recce rather than on the day.

The nadir, the point directly below the camera, is the technical problem unique to this format. It is where the tripod is, and it is always visible. The options are to patch it with a logo or a graphic, to clone the surrounding floor over it, to use a thin monopod that minimises the footprint, or to shoot a second pass from a displaced position and composite the clean floor. Every professional 360 deliverable has had this handled deliberately.

Stitching is where the imagery either holds together or does not. Multi lens rigs capture overlapping fields and the software joins them, and the seams are visible wherever a subject crosses the boundary or sits close to the camera. The practical rule is to keep important subjects away from the stitch lines and to keep them at a distance where parallax between lenses is small, which means 360 is unforgiving of tight framing.

Camera height is a design decision rather than a default. The sphere is experienced from wherever the camera sat, so a camera at tripod height produces a scene viewed from a slightly unusual position. Setting the camera at standing eye level, around one and a half to one point six metres, makes the space feel inhabitable, which is the entire point for a tour or a training environment.

Movement should be treated cautiously. A moving 360 camera produces motion the viewer did not initiate, which is the classic cause of discomfort in immersive content. Static positions with cuts between them are more comfortable and, for tours and training, more useful than continuous movement. Yu and Lo (2023), in a systematic review mapping the viewer experience in cinematic virtual reality, and Carpio et al. (2023), evaluating viewer experience of interactive virtual reality movies, both point toward construction and interaction design as determinants of how the experience is received.

Direction of attention is the creative problem that has no conventional equivalent. The viewer chooses where to look, so a film cannot rely on framing to deliver a point. The available tools are sound, which reliably turns heads, movement in the periphery, light, and simply allowing enough time for the viewer to find the subject. Steinfeld (2025), studying a 360 degree immersive experience and its effects on attitudes, illustrates that these experiences can carry substantive content rather than only novelty when they are constructed for it.

Exposure is harder than in conventional work because the camera is pointing at every light source simultaneously. Windows, fixtures and the sky are all in frame, and there is no way to frame them out. Bracketed capture and careful blending are standard for stills based tours, and for video the practical answer is to control the practical lighting in the space rather than to attempt to fix it afterwards.

The deliverable question should be settled before shooting, because it changes the capture. A browser based tour, a headset experience and a flat film cut from 360 footage have different resolution, projection and interaction requirements. Laing and Apperley (2020), examining the relevance of virtual reality to communication design, treat the medium as a design problem rather than a capture format, which is the correct framing for deciding any of this.

References

Yu, Z., & Lo, C. H. (2023). Mapping the viewer experience in cinematic virtual reality: A systematic review. PRESENCE: Virtual and Augmented Reality, 32, 205–229. https://doi.org/10.1162/pres_a_00409

Carpio, R., Baumann, O., & Birt, J. (2023). Evaluating the viewer experience of interactive virtual reality movies. Virtual Reality, 27(4), 3181–3190. https://doi.org/10.1007/s10055-023-00864-2

Steinfeld, N. (2025). Immersive parasocial intergroup contact: 360-degree immersive experience reduces stereotypes and promotes support for LGBTQ+ rights. Virtual Reality, 30(1), Article 12. https://doi.org/10.1007/s10055-025-01266-2

Laing, S., & Apperley, M. (2020). The relevance of virtual reality to communication design. Design Studies, 71, Article 100965. https://doi.org/10.1016/j.destud.2020.100965