How many people are playing Galaxy Engine right now?

Galaxy Engine has 0 players on Steam right now, with a 24-hour peak of 1 and an all-time peak of 1 on 10 Sep 2026.

What is the all-time peak player count of Galaxy Engine?

1 concurrent players on 10 Sep 2026.

Galaxy Engine was released on Steam on 10 Jun 2025.

GameApp ID 3,762,210by Narcis CalinReleased 10 Jun 2025

App ID3,762,210

Release date10 Jun 2025

Engine—

Install size418 MB

TypeGame

Last update30 May 2026

Steam DeckUnknown

DLC0

Changenumber38,683,750

Price—

Packages0

SystemsWindows · Linux

Followers—

Depots1

Galaxy Engine

Steam user reviews

Positive

86.7%· 15 reviews

Recent —

SteamPeaks Rating

55.2 Mixed

Recent 30 days —

Playing now

+0 vs. yesterday

0.0%of peak

All-time peak

10 Sep 2026

25 announcements · from Galaxy Engine’s Steam news feed

All gamesRead twice a day

Galaxy Engine Events · SteamPeaks

Published	Kind	Announcement	Build
17 Jun 2025, 22:55 UTC	Major update	Galaxy Engine 1.6.0 - Solids Update The 1.6.0 update features a new constraint system to simulate solid and soft materials like metal, rock and rubber! This new update also brings multiple new fun and useful features for the players to explore, which include enhanced brush drawing, pin feature, mesh visualization and more! Here you can check out new video showcasing some of the new features: Changelog: · Added constraint physics…	18904125
7 Jun 2025, 19:51 UTC	Major update	Galaxy Engine 1.5.0 - Temperature Update This new major update includes temperature simulation as well as some new visual modes, statistics and more! Note: Any saved scenes prior to this version will not be compatible with the new version. Here is a video showing the new features: Changelog: · Added temperature simulation · Added Temperature Color mode · Added Temperature Gas Color mode · Added temperature sliders · Added temperature…	—
30 May 2025, 09:34 UTC	Major update	Galaxy Engine 1.4.0 - Better Fluids Update This major update adds a lot of new features and improvements like better fluids, more materials, a UI redesign, expanded recording functionality, and more! The new fluids use a basic variant of the PCISPH algorithm, which enforces incompressibility much better than before. This stops fluids from collapsing and makes materials behave in a more realistic manner. These new fluids are a step close…	—