Interstellar endurance spin movie#
Interstellar endurance spin windows#

I did some back of the envelope calculations to estimate the shear stress it would have to withstand. In fact, it took 3 years and 2 months for the 2 Voyager spacecrafts to reach to ringed planet, at an average speed of 17 km/s (61200 km/h). Interstellar MarinesSpinningshowoff interstellar anne hathawaycelebschristopher nolan (film director)dockingdocking sceneendurancefilm & animation. The first time I watched the scene, I couldn't stop thinking the docking mechanism would have to be massively strong to resist the shear stress caused by the torque applied to Endurance. In Interstellar, the Endurance travels from Earth to Saturn in two years at an average speed of 20 km/s or 72000 km/h. That is huge And it should come from retro thrusters So I estimated the shear stress considering the docking mechanism to be a solid round shaft. R is 32 m, Endurance being 64-meter wide. Yarn is the best search for video clips by quote. ENDURANCE - Interstellar 3D Model COOPER 9.1k 23 Triangles: 84.9k Vertices: 47.3k More model information A low-poly model of the Endurance from Christopher Nolan’s 2014 sci-fi movie: Interstellar. I will use 445,000 kg to match the ISS mass.

Interstellar endurance spin windows#

The position of its windows in relation to the rotation of. The idea of it spinning around to generate gravity for the long journey, that’s fine. The protagonist slows its angular velocity down by docking his smaller craft (Ranger) to Endurance and using Ranger's retro thrusters for about 30 seconds until their (Ranger+Endurance) angular velocity is reduced to zero. Interstellar clip with quote - Theres no point using fuel to chase. The main vehicle, Endurance, was well conceived.

Interstellar endurance spin movie#

The movie Interstellar has a scene where a huge spaceship (64 meter diameter ring) called Endurance is spinning out of control after an explosion.