SkyPOV rises from the Arabian desert as a $340 million, 50,000 m² temple to the cosmos. A 35-meter seamless carbon-fiber hyperdome, 12K quantum projection, and zero-gravity observation decks redefine what it means to touch the stars.
SkyPOV is not merely a building — it is a portal. Conceived by a consortium of astrophysicists, architects, and immersive artists, it merges Bedouin celestial tradition with bleeding-edge digital astronomy. Our mission is to make the universe feel not distant, but immediate. Not abstract, but personal.
A 35-meter seamless carbon-fiber dome — the largest unobstructed sky canvas on Earth. Zero pillars, 360° immersion, and a surface so smooth it achieves a reflectivity variance of less than 0.003%.
Three research-grade telescopes on the rooftop terrace, including a 1-meter Ritchey-Chrétien reflector and a dedicated solar coronagraph. Open to the public for live deep-sky observation.
A suspended glass observation deck 80 meters above ground where visitors float in magnetic harnesses while the universe rotates beneath them. The only experience of its kind on the planet.
SkyPOV's neural concierge — named "Suhail" after the Arabic star — learns each visitor's curiosity, generating personalized journeys from quantum physics to exoplanet atmospheres in real time.
The structure emerges from the dunes like a fossilized meteorite. Photovoltaic ceramic tiles shimmer like meteorite iron by day and emit a soft bioluminescent glow at night. Geothermal cooling makes it carbon-negative.
Residential programs for 200 students annually. Partnered with MIT, ESA, JAXA, and the Dubai Future Foundation. Scholarships cover 60% of seats for students from developing nations.
We did not set out to build the biggest planetarium. We set out to build the one that makes you forget you are on Earth.
SkyPOV learns from the most iconic planetariums ever built. We studied their domes, their acoustics, their crowds — then imagined what comes next.
The world's largest astronomy museum. Its spiral form tracks the movement of celestial bodies. SkyPOV draws from its orbital geometry.
Ennead Architects · 2021
The glass cube enclosing the sphere changed how we think about planetarium architecture. SkyPOV's transparency pays homage to this vision.
Polshek Partnership · 2000
Art Deco elegance meets public astronomy. The Samuel Oschin Planetarium's Zeiss star projector remains a benchmark for optical purity.
John C. Austin · 1935
A double-star system made architecture. The offset spheres create a tension that SkyPOV echoes in its own asymmetrical massing.
Bernhardt + Partner · 2018
The shift from optical star balls to digital projection opened new narrative possibilities. SkyPOV's 12K system pushes this evolution to its limit.
Digital Revolution · 2010s
Portable and permanent domes have democratized access to the stars. SkyPOV scales this intimacy to a monumental civic scale.
Global Movement · 2020sThese exclusive renders and reference studies show how SkyPOV will transform the Dubai skyline and redefine the planetarium typology for the 21st century.
The building's spiraling ribbon facade echoes orbital motion — a direct reference to the Shanghai Astronomy Museum's gravitational geometry, adapted to the desert context of Dubai South.
Foster + Partners' ESA lunar habitation study (2012) informed SkyPOV's tensegrity shell and pressurized dome geometry. The same principles of extreme-environment architecture apply.
The 35-meter geodesic exterior shell becomes a canvas for real-time sky projection. During special events, the dome itself displays live telescope feeds from the rooftop observatory.
Visitors ascend a 720-degree spiraling ramp beneath an inverted glass dome that frames the real sky — a technique pioneered by Ennead Architects, refined here for the Dubai climate.
We spoke with the architects, astronomers, and engineers shaping the most ambitious planetarium project of our time.
Thomas J. Wong, the architect behind the world's largest astronomy museum in Shanghai, joined SkyPOV as Design Consultant in 2023. His orbital ribbon concept has been reimagined for the Dubai desert.
→ View Ennead's Shanghai Astronomy MuseumXavier De Kestelier leads Foster + Partners' computational design team and was instrumental in the firm's groundbreaking lunar base study for ESA (2012).
→ View Foster + Partners Lunar HabitationNeil deGrasse Tyson serves on SkyPOV's Scientific Advisory Board. He has been consulted on the dome's optical specifications, the show narrative arc, and the public education mandate.
→ Visit Hayden PlanetariumSkyPOV is guided by some of the most respected minds in astrophysics, architecture, and education.
Director of Hayden Planetarium. Host of Cosmos. Asteroid 13123 Tyson.
MIT Professor of Planetary Science. MacArthur Fellow. Pioneer in exoplanet atmosphere studies.
Columbia University physicist. Author of The Elegant Universe. String theory researcher.
First African-American woman in space. NASA astronaut. Founder of 100 Year Starship.
Design Partner at Ennead Architects. Creator of the Shanghai Astronomy Museum.
Partner at Foster + Partners. Lead designer of ESA's lunar habitation study.
Designed by Zaha Hadid Architects in collaboration with Foster + Partners and the structural engineers at Arup. The building reads as a celestial fossil half-buried in the Dubai desert — a fragment of asteroid 16 Psyche made architecture.
The exterior shell is clad in 12,000 photovoltaic ceramic tiles that shimmer like meteorite iron during the day and emit a soft bioluminescent glow at night. The form mimics a fragment of asteroid 16 Psyche — a metallic world floating in space, now made architecture.
The hyperdome uses a tensegrity structure of carbon-fiber cables and titanium nodes, eliminating the need for internal supports. This creates the only truly unobstructed 35-meter dome on Earth — no pillars, no beams, no shadows. Just sky.
| Feature | SkyPOV | Shanghai | Hayden | Griffith |
|---|---|---|---|---|
| Dome diameter | 35m | 23m | 20m | 23m |
| Resolution | 12K | 8K | 8K | Optical |
| Seats | 500 | 200 | 429 | 290 |
| Observatory | 3 telescopes | 1 | 0 | 3 |
| Zero-G experience | Yes | No | No | No |
| Carbon negative | Yes | Partial | No | No |
From the first napkin drawing to the final structural model. The evolution of SkyPOV.
The first sketch explored a pure hemispherical form emerging from the desert. The challenge was achieving structural purity without internal supports — solved through tensegrity engineering.
The tensegrity system uses 64 high-tensile carbon-fiber cables and a titanium compression ring at the zenith. This distributes loads evenly, eliminating pillars.
Every seat was modeled to ensure an unobstructed 180° upward view. The recline angle of 35° was chosen after biometric studies of neck comfort during 45-minute shows.
The photovoltaic ceramic tiles use perovskite-silicon tandem cells achieving 32% efficiency. The hexagonal pattern references honeycomb structures found in nature and spacecraft heat shields.
Every system inside SkyPOV has been engineered specifically for this building. No off-the-shelf solutions — only bespoke cosmic instruments. We partnered with Zeiss, NVIDIA, and the Event Horizon Telescope consortium to create technologies that did not exist before this project.
The world's first quantum-dot hybrid projector. 12K resolution across the full dome with zero pixelation at the zenith. Capable of rendering real-time exoplanet atmospheres using spectral data from the James Webb Space Telescope. 48,000 lumens, 1 billion:1 contrast.
500 individually actuated seats transmit vibrations from simulated rocket launches, pulsar rhythms, and the acoustic signature of gravitational waves. Each seat has 8 independent transducers ranging from 5Hz infrasound to 200Hz tactile frequencies.
Climate chambers recreate the air of Mars, Titan, and exoplanet K2-18b. Temperature, pressure, humidity, and scent change as you walk through the exhibition corridors. Mars chamber: -60°C, 0.6% pressure, iron oxide scent.
360° spatial audio with 512 independent channels. Sound appears to originate from specific stars. Whisper from Betelgeuse. Roar from Sagittarius A*. The system uses wave field synthesis to create true point-source audio anywhere in the dome.
Real-time integration with the Event Horizon Telescope, JWST, and Dubai's own 2-meter robotic telescope. See the universe as it is right now. During black hole observation nights, raw telescope data streams directly to the dome in 8K.
Every visitor receives transparent AR glasses. Look up in the dome and see labels, trajectories, and spectral data floating next to every object. The glasses weigh 48g and run for 6 hours on a single charge.
An on-site supercomputer with 2,048 NVIDIA H100 GPUs processes real-time simulations of galaxy formation, dark matter distribution, and relativistic jet physics. Visitors can request custom simulations during their visit.
The entire building is controlled by a single AI-driven operating system managing HVAC, lighting, security, and show scheduling. Predictive maintenance reduces downtime by 94%. Energy consumption is 70% below comparable facilities.
A working laboratory where visitors observe real exoplanet transit data as it arrives from partner observatories. The lab discovered three confirmed exoplanets during its soft commissioning phase in 2031.
The Zeiss-Quantum projector at SkyPOV does not merely show the sky. It computes it. Every photon path is ray-traced in real time using actual stellar spectroscopy data.
Follow the build in real time. From the first pile driven into the desert to the final bolt tightened on the hyperdome. Updated weekly by the site engineering team.
At 04:30 this morning, our team successfully craned Segment 17 — the largest single piece of the hyperdome at 12.4 tonnes — into position. This carbon-fiber composite panel, fabricated at the Jebel Ali Advanced Composites Facility, measures 8.2m × 5.7m and is the first to incorporate the integrated photovoltaic ceramic tiling system.
Read full report →After 14 months of drilling, the closed-loop geothermal system is now operational. Sixteen boreholes, each 180 meters deep, circulate a propylene glycol solution through the fractured limestone bedrock. Initial thermal response tests indicate a ground temperature of 28.4°C.
Read full report →The 2026 shamal season has been the most intense in a decade. Three major sandstorms in May alone forced us to halt crane operations for a total of 11 days. The fine silica dust — particles smaller than 50 microns — penetrated our temporary enclosures and contaminated precision alignment equipment.
Read full report →The foundation raft — a 1.2-meter-thick monolithic slab spanning the entire 80m × 65m footprint — was poured in a single continuous operation lasting 31 hours. We used C100/115 ultra-high-performance concrete (UHPC) with steel fiber reinforcement, achieving a compressive strength of 115 MPa at 28 days.
Read full report →We are hiring across engineering, operations, and education. Help us build the future of stargazing.
Common questions from engineers, architects, and the curious public.
SkyPOV has been featured in the world's leading architecture, science, and design publications. The project has generated over 400 million media impressions since its announcement in 2024.
An in-depth architectural analysis of how Foster + Partners' lunar habitation research is being applied to civic architecture for the first time. The article explores the tensegrity dome and its 0.003% surface variance.
Exclusive first look at the magnetic harness observation ring 80 meters above the desert. Dezeen interviews the structural engineers at Arup about the 35-meter carbon-fiber hyperdome — the largest of its kind.
A visual essay on the interior experience, featuring the Zeiss-Quantum projector, haptic seating, and the AI guide "Suhail." Wallpaper* calls it "the most immersive architectural experience since the Sistine Chapel."
Neil deGrasse Tyson and Sara Seager discuss why SkyPOV represents a paradigm shift in how humans relate to the cosmos. Includes exclusive photography from the construction site in Dubai South.
The last major project initiated under Dame Zaha Hadid's direction before her passing. AD explores the bioluminescent ceramic tiles, the geothermal cooling system, and the building's carbon-negative status.
Peer-reviewed confirmation of the first exoplanet discovered by a public planetarium. The finding validates SkyPOV's model of integrating active research laboratories into public science centers.
Technical deep-dive into the 2,048 NVIDIA H100 GPU cluster housed in SkyPOV's basement. Wired explores how visitors can request custom cosmological simulations during their visit.
The Times' architecture critic reviews SkyPOV on opening day: "I have never seen a building so completely dissolve the boundary between art, science, and spiritual awe. This is what architecture was meant to be."
SkyPOV is not a building about space. It is a building that becomes space. That distinction will define the next century of public architecture.
SkyPOV has been recognized by the world's most prestigious architecture and design institutions — even before opening its doors.
From desert sand to starlight. The construction of SkyPOV follows a precise orbital trajectory across eight years of design, engineering, and wonder.
Land acquisition completed in Dubai South, adjacent to Expo City Dubai. Architectural competition won by Zaha Hadid Architects with Foster + Partners as executive architects. Initial funding secured: $340M from the Dubai Future Foundation, private Emirati investors, and the Mohammed bin Rashid Space Centre. Geological surveys confirm bedrock at 12 meters — ideal for the dome foundation.
Desert site preparation and geothermal well drilling to 180 meters depth. Carbon-fiber dome prototype testing begins in Abu Dhabi facility. The 1:10 scale model successfully withstands wind tunnel tests at 200 km/h — well above Dubai's maximum recorded gusts. Zeiss delivers first quantum-dot projection module for calibration.
Steel and composite shell assembly begins. The hyperdome is constructed in 32 carbon-fiber segments off-site in Jebel Ali and craned into position over 8 months. Observatory tower reaches full height of 92 meters. The tensegrity cable network is tensioned to 85% of design load. Basement levels completed with MEP plant rooms and astrophysics laboratories.
Zeiss-Quantum projector installation — the largest single-unit optical instrument ever shipped by air (Antonov An-225). Haptic seating grid deployment: 500 seats installed with individual transducer calibration. Neural audio system tuned using anechoic chamber measurements. Solar skin activation and grid connection: the building begins generating surplus power.
Atmospheric simulator chambers calibrated to Mars, Titan, and Venus specifications. AR Starglass beta testing with 1,000 volunteers. Full dome projection alignment to 0.01 arcsecond precision using laser theodolites. The first internal show — a test pattern of the Orion Nebula — reduces the calibration team to tears.
Staff training programs with 120 planetarium operators recruited from 23 countries. Soft opening for press, astronomers, and founding patrons. The exoplanet lab discovers its first confirmed world: a super-Earth orbiting HD 219134, named "Suhail-1" in honor of the building's AI guide. Final acoustic tuning completed.
SkyPOV opens to the world on January 1, 2032. First public show: "The First Light" — a 90-minute journey from the Big Bang to the Dubai desert under one seamless sky. 50,000 visitors in the first week. The New York Times calls it "the Sistine Chapel of the cosmos." National Geographic dedicates a full issue.
SkyPOV opens in 2032, but preview memberships and founding patron programs are available now. Join the 5,000 humans who will walk through these doors before the rest of the world.
Be among the first to step inside the most advanced planetarium ever built. Founding members receive lifetime priority booking, exclusive observation nights, and their name engraved on the Founders' Wall in the main lobby.
Location: Dubai South, near Expo City Dubai