Explore the James Webb Space Telescope in a fully immersive VR simulation powered by NASA data. Fly to its orbit 1 million miles from Earth, beyond the Moon, amid an accurate Solar System backdrop. Get close to its golden mirrors, view the cosmos from its infrared perspective, and compare it with Hubble and WFIRST through interactive info hubs.
Tour the Solar System in detail, circling Jupiter's moons or threading Saturn's rings. Venture to the Orion Nebula's planet-forming disk or a simulated galaxy's star fields. Build planets or solar systems, drop stars into black holes, and tweak star mass to trace lifecycles, all with realistic collision physics, gravity, and electromagnetic effects. This free-to-play casual simulation suits space enthusiasts eager for hands-on learning.
The wonders of space defy description – so see it for yourself! Explore the universe like never before in the fully immersive WebbVR experience. The James Webb Space Telescope and its infrared-light perception of the cosmos are simulated using NASA data, along with bonus information and interactive learning experiences.
You can visit the James Webb Space Telescope at its orbit point beyond the Moon, 1 million miles from Earth, set against an accurate backdrop of the Solar System. Fly up-close to Webb’s beautiful golden mirrors, and look out from its perspective on the universe. You can also compare Webb with the Hubble and WFIRST space telescopes. Info hubs within the VR environment provide more information about each mission.
Further out, explore your own cosmic neighborhood—the Solar System—in gorgeous detail.
Fly through Saturn’s rings or join Jupiter’s moons in orbit around the gas giant. You may also leave the Solar System behind and visit the stunning Orion Nebula, where a swirling disk of gas and dust is beginning to form planets, or fly through the star fields of a simulated galaxy.
If you’re more the hands-on type, try building your own planet or even a whole solar system. Send stars into a black hole and see what happens. See how changing the mass of a star alters the course of its lifecycle.
The awe-inspiring WebbVR environment puts users in the midst of science concepts, presenting realistic, data-based collision physics, Newtonian gravity, gas viscosity, and the electromagnetic spectrum in a new, accessible way.
WebbVR is developed in partnership with Northrop Grumman.
