Keplerian Space Discovery

Thank you for your continued support of “Keplerian Space Discovery.”Here is an update on our progress in July and our goals for August.July ProgressWe’ve implemented detailed terrain display when approaching the moon’s surface, and landing is now possible.While some adjustments are still needed, we consider this to be significant progress.We’ve also made the terrain at each rocket launch site more realistic.We plan to continue refining this and making updates, such as adding trees, in the future.August GoalsWe will be exhibiting at gamescom, held in Cologne, Germany, from August 26 to 30.Since we’ll be focusing on preparations for the event in August, I don’t expect to make major progress, but I believe we’ll be able to incorporate feedback on improvements such as translations.RoadmapThe roadmap is currently just a list of items and can be difficult to understand, so I’ll add proper explanations to it soon.The roadmap consists of 16 items, and we expect each item to take about 3 to 6 months to complete.Therefore, we estimate it will take approximately 48 months (4 years) to 96 months (8 years) to complete all items.We’ve made significant progress on the “Terrain Refinement” and “Ce

・Fixed an issue where the game became unstable after launch.・Corrected a spelling error.

Thank you for your continued support of “Keplerian Space Discovery.” Here’s an update on our progress in June and our goals for July.June ProgressWe released two updates in June.I think the most significant improvement was the enhancement of the physics simulation during launch. We’ll continue to release updates, one step at a time.July GoalsWe will continue working on assembling the payload.I hope we can get it into a presentable form sometime in July.We are also making progress on manufacturing new parts, such as solar panel paddles.

Thank you for your continued support of “Keplerian Space Discovery.”Here is an update on our progress in May and our goals for June.May ProgressOne major change we made was switching the calculation of the selected spacecraft’s orbit from using Kepler’s equations to using the equations of motion.As a result, orbits that pass near celestial bodies have become more complex.We believe this change will allow us to incorporate elements such as Lagrange points in the future.We have also improved the part connection mechanics in the Vehicle Assembly Building.There is still room for improvement in this area, so we will continue to refine it.June GoalsIn June, we plan to focus on payload assembly.Currently, we can only launch a dummy payload called VEP-4, but we plan to enable players to launch their own payloads, such as satellites.Payload assembly is essentially the same as the current rocket assembly process, so it isn’t particularly difficult; however, it takes a bit of time to prepare parts not found on rockets, such as solar panels.Separately, we also plan to improve translations and enhance the help documentation.