Into The Volcano

The Space 

The Perlan planetarium is unlike any conventional theater. Visitors stand at the center of a custom-built circular structure, on a glass floor suspended mid-air. A continuous LED surface wraps the space at 270° vertically and 360° horizontally, enveloping the audience from floor to ceiling. With no fixed stage, no frontal screen, and no traditional orientation, the architecture of the space demands an entirely different approach to storytelling. Every creative decision had to be reconsidered for an environment where the image surrounds rather than faces its audience. Normal Studio embraced this constraint as a creative premise: in a space designed to dissolve the boundary between viewer and content, the experience itself could become geological. Something the audience moves through, not something they watch. 

The Experience 

Into the Volcano unfolds in three acts. The journey begins at the surface of the Snæfellsnes Peninsula before gradually descending through successive geological layers. The transition between strata is gradual and tactile: textures shift, temperatures seem to rise, and the world above slowly disappears. The descent reaches its most intense point at the magma chamber: a space glowing at 1,100°C, rendered in Unreal Engine with volumetric light and fluid simulation, with incandescent light emanating from beneath the glass floor. The audience is surrounded on all sides by molten material. The experience culminates in an eruption that carries the viewer back through layers of rock and gas to the surface. The arc mirrors the geological cycle itself: descent, transformation, and return. 

Scientific Foundation 

Into the Volcano was developed in close collaboration with the geologists of the Perlan Museum. The project’s credibility rests on this partnership so everything could be modeled according to real geophysical principles specific to Iceland. This rigor extends to the visual content itself. Volcanic eruptions were filmed on location in 360° using drones, capturing authentic textures, light behavior, and atmospheric conditions. Photogrammetry was used to scan rocks and cliff faces, producing precise digital reconstructions of the geological formations that appear throughout the descent. These assets were brought into Unreal Engine, where real-time rendering allowed the team to simulate fluid magma dynamics, volumetric lighting, and particle behavior, building environments that behave according to physical rules. Into the Volcano is visually intense, but never at the expense of the science it represents. 

Accessible Exploration 

Exploring the interior of a volcano in reality requires specialized expeditions, significant resources, and exposure to extreme conditions. Only a small number of people will ever witness these environments directly. Into the Volcano was conceived as a way to open that world to a broader audience. By combining scientific data with immersive media, the experience allows visitors to approach geological phenomena that would otherwise remain inaccessible. Within the Perlan planetarium, audiences can descend into a magma chamber, observe volcanic forces at close range, and return safely to the surface. 

What Sets It Apart 

A non-standard immersive device 
The 270° LED theater at Perlan is more immersive than a conventional dome, and significantly more demanding to design for. With no fixed viewpoint and a glass floor that extends the image beneath visitors’ feet, the space creates a sense of total spatial dissolution. Normal Studio designed every sequence with this geometry in mind, ensuring the experience feels intentional rather than adapted. 

Scientific collaboration embedded in the creative process 
Into the Volcano is built from real data. Geological accuracy wasn’t a constraint applied after the fact: it was a creative driver from the beginning. The collaboration with Perlan’s scientists shaped how the journey is structured, what phenomena are depicted, and how transitions between layers are rendered. The experience functions as a pedagogical tool as much as a sensory one. 

A fusion of captured and constructed reality 
Into the Volcano combines two modes of image-making: footage captured directly from volcanic activity in the field, and digital environments reconstructed from photogrammetric scans of actual rock formations. Inside Unreal Engine, these elements were assembled into a real-time environment: photogrammetric rock textures applied to simulated geological structures, drone footage used as reference for light and particle behavior, and fluid simulations driven by actual thermal data. The result is a visual world that is simultaneously documentary and immersive. The hybrid approach lends the experience a credibility that pure simulation cannot achieve. 

Science as a Physical Experience Into the Volcano demonstrates what becomes possible when narrative ambition, scientific rigor, and technological mastery converge. It is an invitation to inhabit the mechanics of the Earth. For Normal Studio, the project represents a full expression of what immersive content can do: abolish the distance between knowledge and experience, and place audiences at the center of forces far larger than themselves.