Team Robust is proud to introduce our groundbreaking project for the NASA Space Apps Challenge. At the core of our creation is a powerful and immersive Virtual Reality (VR) experience that takes users on a captivating journey through NASA's Hubble Servicing Mission 1. We understand that space exploration has always held a sense of wonder and intrigue for people of all ages, from students aspiring to be future scientists to space enthusiasts with a deep passion for the cosmos.

Our project seamlessly integrates the latest advancements in AI technology with the vast and rich dataset from the Hubble Space Telescope's public archive. By doing so, we aim to redefine how people engage with space exploration. Through our VR experience, users will step into the shoes of astronauts and experience the mission firsthand, from liftoff to the intricate tasks performed in orbit.

Our intention is clear: we want to make space exploration accessible to everyone. We believe that by leveraging AI and VR, we can inspire a new generation of scientists, engineers, and space enthusiasts. Our project serves as an educational resource, sparking curiosity about the universe and instilling a sense of wonder for the cosmos.

Team Robust is excited to share our vision with the world. We see immense potential in our project to not only educate but also inspire. We are dedicated to creating an experience that will leave a lasting impact, fostering a lifelong love for science, space, and exploration in the hearts of those who embark on this VR journey. Join us in redefining exploration and making the wonders of space accessible to all.

Imagine an Earth-orbiting satellite, or an Earth-to-Moon mission that requires an orbital transfer maneuver, or a spacecraft in a cyclical orbit around Earth and Mars, or a deep space probe that traverses the asteroid belt. Understanding and visualizing sophisticated space missions isn’t easy! Your challenge is to create an interactive, virtual reality application that enables users to visualize a space mission including the mission concept, orbital trajectories, and mission timeline.

240 Seconds of Glory

30 Seconds of Glory