‎Want to measure "distance" between point A and point B in regards to spaceflight above Earth? =, /. External tools not directly related to KSP. Includes versions for MS Office and Open/Libre Office. - Air braking option for planets with atmosphere. You can use it to design multiple stage rockets and it will then calculate the delta V of the rocket. These tools can be downloaded and used offline. Calculate easily the DeltaV between two planets in Kerbal Space Program. Generally, if something is widely used, it should be safe. As soon as it is approved by Apple, and I don’t find any major issues in the meantime, KSP DeltaV should be back on the App Store in 7 to 10 days. Cette valeur vous donnera le Delta-V dont vous disposerez en cas de gros pépin ! You can insert a new stage at the beginning, at the end, or in-between stages. I’ve submitted KSP DeltaV 2.0.1 to the App Store. Protected spreadsheet, you are free to edit any YELLOW fields. 100 days Low Orbit. The tools in this table are known but are un-maintained, they websites are gone missing or the tools are too old to be relevant to recent versions of KSP. You can see you need around 5150 Delta V to go from kerbin to Mun and land depending on your skill level. It also calculates a lot of other information like part count, cost and mass. Enjoy and feel free to give me your feedback. I have a new version uploaded to the play store under a different listing: "Multi Stage Deltav Calculator 2" Have you ever wanted to see how the total delta-v of a rocket changes when you add an additional stage? New coming soon! This is my first contribution to the great KSP community. This page lists various fan-made tools that can help calculations related to the gameplay of Kerbal Space Program. Calculates Δv based on fuel remaining in stage. Included Features: - Design rockets to visit multiple planets and moons. This version fixes a possible bug that causes the data migration process to stop at 66%. Mutli-functional calculator including satellite arrangements, Google Docs spreadsheet - Usage details on the first page of the spreadsheet, Orbit Night/Darkness, Req. Kerbal Space Program Delta-V Planner. The map will show only on desktop, not on mobile, since it would be too small, but you can still use the planner on mobile. based on Olex's calculator - open source (License: WTFPL]) forum post: Google Play link: KSP Orbit Eric Meythaler: Calculates orbit characteristics 20 Jul 2011 0.8.5 Android (2.1+) Google Play link: KSP Delta-V Calculator Iodyne Labs: Calculates Δv per stage 10 Apr 2014 0.23.5 Android (4+) Google Play link: KSP DeltaV Calculator Julien Quartier Calculates and saves values for DeltaV, Isp, Thrust, and TWR for multi-stage rockets, Determines the best rocket propulsion designs for one stage of a rocket, given a set of constraints and preferences, Generates a rocket design optimized for the given parameters, Generates an engine layout for a given payload (, Fixes duplicate ids in .craft files and can optionally remove add-on parts, Calculates engines and fuel needed for a single-stage landed based on payload, Calculates amount of science gained in different environments, Reads save file and displays remaining science for all celestial objects and experiments in a large table, Provides an overview of science done and remaining based on a save file and science definitions file - support for mods that affect science [WIP], open source (entirely client-side javascript), Generates a table for each celestial body showing what science is available, open source (entirely client-side javascript) (License: customized BSD, see forum post), Generates an simple online mission checklist including science gathering, Printable Complete Stock Science Checklists. Experiments which need to be performed more than once to obtain max science can be checked off twice. Unlike addons, they do not directly influence the game, as they are run separately. RCS Delta-V : Qui n’est jamais tombé à court de carburant et a terminé sa mission au RCS ? Makes precisely deploying evenly spaced satellites easy! Vous pouvez récupérer la formule magique sur cette page du Wiki officiel de KSP. I cannot continue development of it. I've created a delta V calculator app for iOS called KSP DeltaV. You can save and load rockets or individual stages. Calculates deployment orbit for an evenly spaced satellite network in a single launch bundle. Supports alternate sized solar systems. Intercept. Select your mission objective! This indicates the version of KSP that the tool is known to work for, or was the latest version when the tool was last updated. En fonction que vous soyez dans l'atmosphère ou dans le vide, utilisez la valeur de poussée dans l'atmosphère ou dans le vide, respectivement. KSP DeltaV Calculator Android 2.3.0 APK Download and Install. The KSP forums have a section dedicated to such tools here, which is where it is most likely that new tools and versions will be announced. Delta-v (Δv) Calculs de base → See also: Tutorial:Advanced Rocket Design/fr. Instead of just applying the rocket formula to one stage, this app display's the delta-v for each individual stage and also the total delta-v of the rocket down to that stage. 50 km Surface. 168 days Elliptical < 85 Mm Low Orbit. Kerbol. The table cells that are shaded blue are links to the KSP Forums, to indicate open source tools and compatibility with the latest version of KSP. Really useful if you're already in flight. This version also adds a few new capabilities. Most tools will work fine on later versions. This very simple calculator can calculate the change in velocity for a rocket conducting a … Note: I lost the signing keys to this app after a hard drive failure about a year ago! This page was last edited on 29 June 2020, at 12:03. Eve. Getting back you use allot less delta V. Getting back you use allot less delta V. It does list an 80K orbit of kerbin at 3400 however I have done it in less than 3300 depending on how good of … Calculates the cost to put 1 ton of payload into orbit on any given launcher. Elliptical < 13600 Mm Low Orbit. Spreadsheet with individually printable sheets for every body in the Kerbin system with all available experiments. - Calculate Delta-V for any two bodies orbiting a common body. Si vous êtes motivés, vous pouvez vous passer d’un Addon et calculer le Delta-V vous-même. est l'impulsion spécifique (en secondes). = ⋅ ⋅ Où est la variation de vitesse (en mètres par seconde). Generates a downloadable fairing based on the given design, Calculates possible destinations based on given Δv, Gives Δv required to reach a celestial body with or without a round trip, Calculates the amount of fuel tanks for a given Δv, Utility collection primarily for save file handling and analysis, Windows (pre-compiled) (author reports partial cross-platforming from source), Helps find optimal burn trajectories for interplanetary transfers, Calculates rocket properties and aids in the design process, Calculate a de-orbit maneuver to land on a specific part of a celestial object - Evaluate whether a staged craft can reach orbit, Calculate Δv, effective Isp, TWR and acceleration, Windows (possibly cross-platform, see downloads provided), Semi-major axis and orbital period calculations, LibreOffice Calc and MS Excel spreadsheets, Finds and fixes bugs with docking ports from a quicksave, Calculates Δv for target celestial body with orbit height, inclination, angle and launch height are used to compute the final value, Allows viewing of .craft files outside of KSP, Helps design interplanetary transfer stages, For a given Δv and vessel information provides maneuver, fuel and mass change details, MS Excel (.xlsx) (LibreOffice Calc can probably parse it as well), Calculates orbital speeds for circular orbit injections, .xls spreadsheet (can be parsed by MS Excel or LibreOffice Calc), Calculates Δv and angles for orbital transfer between celestial bodies (see notes), 27 Jul 2013 (google play) - 12 Aug 2013 (source), Calculates Δv required to reach celestial objects, Intended for Earth-based craft - Java source available, Calculate Δv to transfer to various orbital levels based on initial low orbit, General scientific computing software - contains aerospace and celestial mechanics modules (ATOMS), Cross-platform (Windows, MacOSX, GNU/Linux), General scientific computing software - no specific related modules or packages, but might be preferable for some, Cross-platform (Windows, MacOSX, Unix/Unix-like), General scientific computing software - utilizes other computational software as part of its backend, MacOSX, Unix/Unix-like (binaries), Windows (virtualization), General scientific computing software - primarily a python scientific computing frontend.

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