An LED dome screen for a flying theater is a custom direct-view LED dome used as the primary visual surface in a motion-based theater system.

The LED dome works together with motion seating, audio, show control and optional sensory effects, but these remain separate subsystems whose supply and integration responsibilities must be defined for each project.

The dome provides the main immersive image surface. Diameter, curvature, pixel pitch, native pixel canvas and acoustic option are selected from the venue, seat positions, viewing field and content requirements.

Partner motion systems can use 3DOF or 6DOF platforms depending on the desired movement range, venue scale, budget and structural conditions. Seat count and grouping are project-specific.

Audio, wind, vibration and other effects can be coordinated with the visual and motion timeline. Moisture-producing effects such as mist must be positioned so they do not expose the LED display to avoidable moisture.

Video, motion, audio and effects should be designed as one timed experience. Current partner-system routes can use timecode and common control interfaces, but the final show-control architecture is project-specific and must be tested during integration.

JYVISIONS directly engineers and manufactures the LED dome display system. Depending on the agreed scope, supply can include custom LED modules, LED controllers/processors, media-server options, dome structure coordination, screen commissioning and screen-related operator training.

Motion seating is supplied through partner resources. JYVISIONS can coordinate procurement, interfaces, integration and installation support according to the contract. Audio and central show-control responsibilities are normally coordinated with the client, AV team or system integrator.

For overseas projects, the default scope should be written around the LED display system plus clearly defined integration support rather than implying turnkey manufacture of every ride subsystem.

Start with the architecture: usable room dimensions, clear height, entrances, target seat count, show duration, target throughput, available power, ventilation, fire/egress constraints and equipment-room space.

Dome diameter and seat layout should be solved together from the required viewing field and the available venue envelope. There is no single universal diameter-to-seat formula that applies to every flying theater.

Typical flying-theater dome routes commonly use P2, P2.5, P3 or larger pitches, with finer options available when closer viewing or higher image density justifies them. If loudspeakers must sit behind the visual surface, an acoustically transparent perforated LED option can be evaluated.

For the LED structure and maintenance layer, use LED installation, structure and service-access planning.

• LED dome display — JYVISIONS direct engineering, manufacture and screen commissioning.
• LED controller / processor — supplied with the display according to the project.
• Media server — JYVISIONS or project-defined, depending on content and show-control workflow.
• Dome supporting steel — project-defined; JYVISIONS can support drawings, with local qualified structural review.
• Motion seats — partner supply; JYVISIONS can coordinate procurement and integration by contract.
• Audio / central show control / local construction — client, AV team or integrator scope unless otherwise agreed.

• Architectural CAD plan and section, including clear height and structural restrictions.
• Usable venue length, width and height, entrances and evacuation routes.
• Target seat quantity and preferred motion-platform level if already defined.
• Target show duration, hourly throughput and operating model.
• Preferred dome diameter or available visual envelope.
• Required effects, content workflow and known media-server requirements.
• Available electrical capacity, HVAC conditions and equipment-room space.
• Which parties will supply audio, show control, motion seats, content and local construction.
• Project location, schedule and budget range.

Send JYVISIONS your architectural drawings, available height, target seat count, dome size, content requirements and system boundaries. We can define the LED dome scope and coordinate the interfaces needed for motion seating and immersive effects.