Each delivered as one system rather than assembled from separate vendors. The seams between light, sound, video and control are where these projects fail.
Images on this page are representative.
Synchronised playback of video, audio, lighting, fog, scent and motion across time-coded show sequences. Integrated with ride control and PLC infrastructure.
Real-time or pre-rendered content mapped onto complex 3D surfaces — facades, themed props, water features, ride vehicles. Geometric calibration, media servers, live triggering.
Edge-blended projection, spatial audio and show control. Calibrated multi-projector arrays with automated alignment, from 180° theatres to 360° domes.
Large-format displays with real-time body tracking through depth sensors and computer vision. Gesture, movement and touch.
Programmable architectural lighting, colour-tunable LED and DMX show lighting on one control platform, driven by environmental sensors.
Managed display networks from high-brightness outdoor LED to indoor panels. Scheduling, remote monitoring, emergency override.
Kinetic sculptures, motorised props and robotic performers with embedded intelligence. Built for high cycle counts.
Real-time audience sensing feeding back into show logic. Dynamic content selection, adaptive lighting, responsive interaction.
Location-aware AR built into physical environments. Custom tracking rigs, real-time rendering pipelines, multiplayer spatial experiences.
The budgets and timelines differ. The craft does not.