Multiple cameras mounted around a central point, capturing all directions simultaneously. Images are stitched together in post. Standard setup for 360° and VR content.
You pack your camera and think about the next shoot — and suddenly the director tells you: "We need a complete 360-degree perspective, no cuts, the viewer should be everywhere at once." That's the moment a Polyscope comes into play. Not a single camera, but a sophisticated multi-camera capture system that records the entire environment simultaneously — horizontally and vertically. The basic idea: several high-resolution cameras (often 4 to 12, depending on the rig design) are mounted in a geometrically precise arrangement to create overlapping areas that will be stitched together later in post-production.
On set, this means stress and planning. You need a stable, lightweight rig — usually made of carbon or aluminum — that positions the cameras with millimeter precision. Each lens must trigger synchronously; most systems work with hardware sync via Genlock or Timecode. The field of view of each individual camera is precisely calibrated: overlaps of at least 20–30 degrees are mandatory, otherwise the stitching in post will look like madness. And yes, you need more light than for normal shoots — if four cameras are looking at the same scene, the setup drains twice as much power.
In post-production, the stitching team comes into play. Specialized software (think: Autopano VR, Kolor, or proprietary studio solutions) debugs your raw data, adjusts color discrepancies between cameras, and sews the image edges together so cleanly that the viewer in VR headsets sees no flickering, no misalignments. It quickly becomes apparent here: quality in capture saves hundreds of hours in post. A poorly synchronized rig, moving objects at the seams — this multiplies into a real disaster.
Practically, the system is mainly used in VR documentaries, immersive installations, and themed entertainment. You work with lower frame rates than in normal productions (often 24p instead of 60p), but with extreme spatial resolution. A common pitfall: you think Polyscope does everything — no. You have to capture the audio separately with Ambisonics or multi-channel rigs. And moving cameras? Complicated. Most setups work best statically. If you need camera movement, you need a stabilization system that anchors the synchronized recordings in post.