Dome mapping is the process of projecting content onto curved dome surfaces using multiple projectors — requiring precise warping, blending, and geometric correction to create a seamless, immersive visual experience. These domes appear in flight simulators, planetariums, immersive theaters, and museum exhibits where realism, accuracy, and long-term reliability are mission-critical.
With curved geometry and complex projector layouts, dome projection presents one of the most demanding environments for multi-projector alignment. Manual calibration is not just tedious — it scales poorly and introduces inconsistencies that undermine the very immersion these installations are designed to create.
Unlike flat or planar displays, dome screens curve in multiple axes, making manual calibration extremely time-consuming and error-prone. Domes typically require:
In training and entertainment applications where visual consistency is paramount, any misalignment breaks immersion — whether it is a doubled star field in a planetarium or a horizon line that doesn't match in a flight simulator.
Scalable Display Manager is a camera-based auto-calibration software platform that aligns, warps, and blends any number of projectors onto any dome screen, regardless of layout. With over 20 years of deployment history, it is the calibration engine trusted by major simulation integrators, planetarium vendors, and immersive AV designers worldwide.
Key capabilities for dome projection:
Whether you are mapping a full 360° dome, a 180° hemispherical theater, or a segment of a spherical screen, Scalable provides the tools to ensure pixel-perfect performance every time.
No dome screen is perfectly symmetrical. Soft-structure or negative-pressure domes can sag or shift over time. Whether you are working with a high-end rigid dome or a cost-sensitive temporary setup, Scalable's software adapts to imperfect geometry by reading actual image landing via camera feedback. Real-world dome configurations the software handles include:
With Scalable Display Manager, you are not locked into ideal specifications — the software makes real-world dome projection work.
Dome displays create high-fidelity visual fields for fast jet, rotary-wing, and full-flight simulators. Scalable enables complex projector layouts around cockpits and obstruction zones, arc-minute accurate warping for mission-critical training fidelity, and automatic integration with leading image generators via the Scalable SDK — including Epic's Unreal Engine.
Scalable supports both new and retrofitted dome systems, delivering real-time celestial alignment without daily manual tuning, seamless blends across ultra-high-resolution displays, and reliable performance with minimal operator involvement. The California Academy of Sciences planetarium is among the world-class institutions running Scalable's calibration software.
Artists and show designers benefit from creative freedom with geometry — even on inflatable or soft-structure domes — compatibility with custom content pipelines, and rapid setup for touring or temporary events where alignment must be re-established quickly at each venue.
Scalable supports projects ranging from compact portable domes to multi-channel full-motion simulators with eight or more projectors. The software runs on standard hardware, integrates into existing AV systems, and scales with your display — with no license limits on the number of projectors or display complexity.
Why Scalable for dome mapping:
If you are designing or operating a dome projection system, precision matters — and manual alignment does not scale. Contact us for demo information, partner pricing, and integration guidance.
Explore how Scalable Display Technologies powers mission-critical display systems for defense, simulation, and entertainment worldwide.