Hi Gamepedia users and contributors! Please complete this survey to help us learn how to better meet your needs in the future. We have one for editors and readers. This should only take about 7 minutes!

Gravity

From No Man's Sky Wiki
Jump to: navigation, search

The subject of this article is from the Pathfinder update.
The information from this article is up-to-date as of 10 August, 2017.
Gravity-defying rocks

Gravity is a game mechanic.

Summary[edit | edit source]

The idea of gravity is treated in various ways in No Man's Sky. While planets will orbit around their stars and moons around their planets, the effect of gravity on the players will be minimal. In an interview quoted in Eurogamer, Sean Murray says:

"There are rules, and wherever we have a situation where we're like 'this is how science works, and this is how gameplay works', gameplay always wins," says Murray. "So, for instance, we say that you have a suit, and that means that gravity is kind of nullified. It's super weird to have a game where, every planet you land on, you walk at a different speed, you run at a different speed and you jump at a different speed."[1]

Even with orbits, the rules have been modified for game play. Moons will be able to orbit closer to their planets than the laws of Newtonian physics would normally allow. In our universe, the moon Phobos is likely to break up in the future once it gets too close to Mars.

It remains to be seen how gravity will affect specific objects on a planet. For example, if a player uses their multi-tool to destroy the bottom half of a rock structure, the remainder of the rock will float in mid-air.

Planetary Orbit Theories[edit | edit source]

Planets and their Stars[edit | edit source]

It is theorized that planets in the No Man's Sky universe orbit a lot differently than that of our universe. Planets orbit around their stars in a much quicker fashion, and thus the day cycle is a lot quicker. Planets do not rotate, but rather their day/night cycles are dictated by their orbital paths. This is why, as the star moves in the sky, planets visible from another's surface do not move; however, planetary shadows do.

It's also a key factor in Space station orbits, as they may not orbit a planet directly, but rather a collaborative effort of forces from the star and the planet, as well as any moons the planet may have.

References[edit | edit source]

  1. Robinson, Martin (25 June 2014). How No Man's Sky Stole the Show at E3. Eurogamer.