A 360 DEGREE VIEW OF THE FUTURE
L&F / Melt Projection Dome at SxSW Festiva - Austin, TX
The Technology Powering 360 Domes
360 domes represent an advanced evolution of immersive visual technology. The domes utilize high-resolution projectors, audio systems, and can even incorporate interactive capabilities. Specialized software and precision projection mapping ensures that the content is displayed perfectly on the curved surface.
To create seamless surround environments, 360 dome technology incorporates several key components:
Spherical framework – Domes provide a curved enclosure to display content in a 360 degree viewing field. Materials like vinyl, polyester, canvas and PVC are commonly used for constructing 360 dome screens.
High-resolution projection – Advanced HD projectors precisely display images across the dome surface. Multiple synchronized units are often needed to achieve 4K or 8K resolutions.
Immersive audio – Surround sound speaker systems enhance immersion by emitting directional audio synchronized with visuals.
Interactive capabilities – Motion tracking sensors, touch screens, VR/AR add-ons can make dome experiences reactive to user inputs.
Specialized software – Programs handle critical functions like stitching footage, calibrating projectors, and projection mapping onto the curved surface.
Custom content – Cinematography, 3D animation, and other media is produced in fulldome 360 formats to leverage the dome’s capabilities.
Standing in the World's Largest Projection Dome
Massive Superbowl Streaming Event - Atlanta, GA
Interior of Inflatable Nightclub Dome
Content Crafting for 360 Dome Experiences
360 dome content, also known as fulldome 360 content, is designed specifically for immersive projection across dome environments. The process is both an art and a science. Whether it’s live-action footage or computer-generated animations, custom content needs to be meticulously crafted. With advancements in camera technology and 3D animation software, creators can now produce ultra-high-resolution content that’s optimized for dome projection.
There are two main approaches to creating stunning immersive content for domes – live-action footage or computer generated 3D animations.
Live-Action 360 Dome Content:
- Requires an array of high-resolution 360° cameras (at least 4K resolution per camera) configured in a spherical rig to capture seamless environments from all angles.
- The camera rigs are optimized to reduce shadows and stitching artifacts during post-production. Placement, overlap, and lenses are carefully planned.
- On-set teams pay close attention to strategic blocking, lighting, and sound design to heighten realism for the dome experience.
- Post-production teams digitally stitch the synchronous footage from all cameras into a single flowing 360 degree scene.
- Advanced software renders the 360 content into ultra high-res equirectangular or cubic projections optimized for dome projection.
- Final touches like color correction and audio mixing finalize the 360 dome content prior to playback.
- Artists use 3D animation software like Blender, Maya, Cinema4D to construct ultra-detailed virtual worlds with photorealistic textures and lighting.
- Dome content is modeled at extra high polygon counts to avoid pixelation or blurring on the immersive curved screen.
- Powerful rendering farms with multiple high-end GPUs are used to process and render the complex fulldome 360 scenes.
- Visual effects like particle systems, physics simulations, and procedural generation heighten realism in fantastical or sci-fi environments.
- 3D dome content offers total creative freedom limited only by the artists’ imagination. Any setting can be constructed.
- Final edits and compositing produce polished, cinema-quality immersive experiences.
Projection Rig at the World's Largest Dome
Fluf Village Dome at SxSW Festival
360 Dome Applications
ENDLESS CREATIVE POSSIBILITIES
These sophisticated structures offer so much more than personal entertainment. They can be used to create cool and interactive installations at festivals and events, or 4D theater and set designs. They can be used for self-care and health-related purposes. Imagine meditating while being surrounded by the sound of lapping waves on a white-powder sand beach. 360 projection domes can also be used for employee training, advertising, branding, virtual site visits, educational purposes, and developmental purposes, like city planning or bringing design concepts to life. They also provide options for alternative education for institutions like museums and universities.
World's Largest Projection Dome
Superbowl Streaming Event - Atlanta, GA
The Capital One Venture Dome - Denver, CO
PROJECTION CHALLENGES WITH 360 DOMES
- Selecting high-performance projectors and optimizing the projection setup is crucial for vivid, uniform visuals across the expansive dome surface.
- Constructing a robust spherical framework able to withstand weather and environmental factors ensures the dome enclosure protects equipment.
- Blocking content and positioning high-end projectors requires careful choreography to seamlessly match the spherical curvature of the dome surface.
- Potential visual defects like distortion, blurring, brightness variation, and color mismatches can arise from the complexity of wrapping imagery around a complete 360 degree field of view. Skilled calibration and precision projection mapping eliminates these immersion-breaking issues.
- Ongoing maintenance such as projector recalibration, equipment upgrades, and addressing any connectivity or hardware issues is essential over time.
Geodesic Projection Dome in Times Square
60ft Geodesic Dome Construction at Las Vegas Convention Center
