Kepler Project
Build rockets and shoot them into space. Once you reach orbit, you are halfway to explore anywhere in the Solar System.
Developer
Publisher
Release
Coming Soon
Steam Reviews
No reviews yet
Does this feel indie?
Vote based on whether this game feels indie to you. You can change your vote at any time. Results earn an IGF score after 10 accepted votes.No votes yet
Game contextLatest: IGF Team
| ContextThe evidence factors used to assess whether this game belongs on IndieGame.Fan. | Status | Notes Latest Contributor: IGF TeamEdit notes |
|---|---|---|
Updated: Jul 14, 2026Developer scaleThe operating scale of the game's developer. | ||
Updated: Jul 14, 2026Publisher scaleThe operating scale of the game's publisher. | ||
Updated: Jul 14, 2026Publisher statusHow the game's publishing relationship is classified. | ||
Updated: Jul 14, 2026Creative controlWho appears to retain creative control of the game. | ||
Updated: Jul 14, 2026Release statusWhether and how the game has been released. |
Media
6 itemsAbout the Game
Build Rockets (coming soon)
Assemble custom rockets and spaceships from simple parts to find the right combination to reach your objectives!
We are developing a custom physics engine to reduce computational load, enabling higher performance for exploding rockets!
Shoot your Rockets into Space (coming soon)
Pilot your ship all the way from the launchpad to the surface of distant worlds!
This will become reality as soon as the surface and atmosphere simulation are added to our engine.
Explore the Solar System (work in progress)
Fly through the Solar System in real scale using our custom orbital engine that support very high accuracy calculations. No more round-off errors!
Non-Impulsive Maneuver
Our custom engine let you play with complex maneuvers and original trajectories.
features
- realistic simulation of orbital dynamics using Kepler laws and patched conics
- custom engine aimed for high performance and high precision
- smooth orbit rendering even in extreme cases
- deterministic simulation independent of time-wrap and SoI changes
- efficient physics simulation of ship dynamics using Runge-Kutta 4
- support for high time-wraps even while under acceleration
- accurate itinerary planning
