Weather Sandbox Wiki
Explore realistic 2D weather simulation with clouds, rain, snow, hail, wind, terrain generation, storm presets, sounding data, save files, and interactive controls for building powerful weather scenarios.
Weather Sandbox Guides
Eight hands-on Weather Sandbox guides covering the beginner path, controls, weather types, storm scenarios, codes, performance, and updates
Latest Updates
Discover the newest guides, tips, and content
Weather Sandbox free download: Browser Setup Guide
Learn how to access Weather Sandbox for free, configure realistic weather simulations, use essential controls, and improve browser performance.
Weather Sandbox ios: Setup Guide & Touch Controls
Learn how to use Weather Sandbox ios in a browser, adjust simulation settings, manage touch controls, and build more realistic weather cells.
Weather Sandbox apk: Browser Setup Guide & Controls
Learn how to access Weather Sandbox in a browser, configure simulation settings, use core controls, and improve performance safely.
Weather Sandbox microburst: Setup Guide & Tips
Learn how to build, observe, and refine a microburst scenario in Weather Sandbox using soundings, resolution, wind tools, and display modes.
Weather Sandbox weather events: Setup Guide & Tips
Learn how to create, observe, and analyze Weather Sandbox weather events with presets, resolution settings, display modes, and simulation controls.
Weather Sandbox android: Setup Guide, Controls & Tips
Learn how to run Weather Sandbox on Android browsers, adjust simulation settings, use controls, and improve performance.
Weather Sandbox tutorial: Storm Setup Guide & Tips
Follow this Weather Sandbox tutorial to configure realistic storms, manage tools, adjust resolution, and troubleshoot simulation performance.
Weather Sandbox how to make a boundary: Setup Guide
Learn how to make a boundary in Weather Sandbox using terrain, moisture, wind, temperature, and storm timing.
Weather Sandbox thunderstorm: Step-by-Step Setup Guide
Build stronger thunderstorms in Weather Sandbox with a practical map layout, atmospheric setup, tuning guide, and troubleshooting checklist.
Weather Sandbox mobile: Touch Controls & Setup Guide
Learn how to run Weather Sandbox mobile in a browser, configure touch controls, improve performance, and build better weather simulations.
Weather Sandbox online: Setup Guide, Controls & Tips
Learn how to configure Weather Sandbox online, understand its weather displays, use simulation tools, and improve browser performance.
Weather Sandbox how to create storms and tornadoes: Tips
Learn how to create storms and tornadoes in Weather Sandbox using soundings, resolution settings, converging winds, humidity tools, and careful observation.
Weather Sandbox Beginner Guide
Weather Sandbox is a real-time 2D environment for experimenting with weather conditions and atmospheric controls. Start with a simple scene, adjust one group of parameters at a time, and watch how wind, precipitation, clouds, temperature, and simulation speed reshape the result.
Open the Weather Sandbox
Launch the browser-based Weather Sandbox and wait for the simulation view and control interface to load. Identify the main simulation area and locate the weather, wind, precipitation, cloud, temperature, and time-speed controls before touching advanced settings.
Choose a Starting Environment
Begin with a clear or low-intensity setup so later changes are easy to observe: keep precipitation low or disabled, use a moderate wind setting, leave cloud and temperature values near their starting positions, and frame the view where weather movement is easy to see.
Adjust One Weather Variable
Change a single control and observe the visual response before combining effects. Increase cloud coverage and watch the atmosphere change, raise precipitation to see rain develop, then steer wind direction to follow clouds and particles across the map.
Set Temperature and Time Speed
Use temperature and simulation speed to change the character and pacing of the weather process. Adjust temperature while watching the environment respond, speed time up to see development quickly, and slow it down to inspect cloud formation and precipitation behavior.
Combine the Controls
Build a complete weather scene by layering cloud coverage, precipitation, wind, temperature, and time speed. Add each element gradually and the simulation becomes a continuous, custom weather scenario you can study in real time.
Reset and Compare Results
Record your main settings, reset the scene, then change only one variable from the original setup. Comparing movement, coverage, and precipitation side by side reveals which parameters have the greatest visible impact on the simulation.
Quick Tips
- Change one control at a time so every visual response is easy to attribute.
- A calm, low-cloud baseline makes every later experiment easier to compare.
- Faster time speed is for testing scenarios; slower speed is for studying details.
- Note your settings before resetting so you can reproduce your best scenes.
- Watch cloud movement first — it is the clearest signal of how wind is behaving.
Weather Sandbox Controls Guide
The sandbox is designed around direct environmental manipulation. Adjust one parameter, observe the immediate response, then combine it with related settings such as wind, clouds, precipitation, temperature, and simulation speed.
Weather
AtmosphereChanges the active weather condition or overall weather state available in the simulation.
Changes the scene's overall visual atmosphere and determines which weather effects are emphasized.
Use it as the starting point for a new weather experiment before fine-tuning individual parameters.
Wind Direction
Air MovementSets the direction in which air and weather elements move across the map.
Changes the travel direction of clouds, precipitation particles, and other wind-responsive effects.
Use it to compare side-moving weather with differently oriented airflow.
Wind Strength
Air MovementControls the intensity of the simulated wind.
Stronger wind produces more pronounced horizontal movement and can make weather effects appear more dynamic.
Increase it when creating windy conditions or observing how quickly weather crosses the scene.
Precipitation
Weather EffectsControls the presence or intensity of falling precipitation.
Adds or increases visible precipitation such as rain or other supported falling weather effects.
Raise it gradually to distinguish light precipitation from a heavy weather event.
Cloud Coverage
Sky and AtmosphereAdjusts how much of the simulated sky or atmosphere is occupied by clouds.
Changes the visual density of the sky and supports clearer, overcast, or stormier scenes.
Set cloud coverage before adding precipitation so the relationship between cloud density and rainfall is easy to observe.
Temperature
EnvironmentAdjusts the simulated environmental temperature.
Changes the thermal context of the scene and can influence the appearance or character of weather conditions.
Use it when comparing warmer and colder versions of the same weather setup.
Time Speed
SimulationControls how quickly the simulation progresses.
A higher speed makes weather development easier to observe over a short period, while a lower speed allows closer inspection.
Use a faster setting for scenario testing and a slower setting for studying individual weather effects.
Map Interaction
View and NavigationLets you inspect and reposition the visible simulation area.
Changes which portion of the 2D environment is in view without replacing the active weather process.
Use it to follow moving weather or inspect how conditions appear in different parts of the map.
Weather Sandbox Weather Types
Weather Sandbox focuses on visible, adjustable weather behavior rather than fixed progression systems. These weather types organize the main conditions you can create by combining the weather, wind, cloud, precipitation, temperature, and time controls.
Open, low-cloud atmosphere with little or no visible precipitation.
- Keep precipitation disabled or at a minimal level.
- Use low cloud coverage.
- Set wind to a calm or moderate level.
Use clear weather as the baseline for comparing every other setup.
Rainfall
Visible falling precipitation moving through the scene, with cloud coverage supporting a wetter atmosphere.
- Increase precipitation from the baseline.
- Add moderate or high cloud coverage.
- Use wind direction to angle the movement of falling particles.
Compare light and heavy precipitation while keeping wind strength constant.
Strong Wind
Fast horizontal movement of clouds and weather particles across the map.
- Increase wind strength.
- Choose a clear wind direction.
- Use clouds or precipitation to make movement easier to see.
Watch how changing direction alters the path of the same weather pattern.
Overcast Sky
Dense cloud coverage that reduces the appearance of clear sky and creates a subdued atmosphere.
- Raise cloud coverage.
- Keep precipitation low for a dry overcast setup.
- Add light wind to create gradual cloud movement.
Increase precipitation gradually to transition from overcast conditions into rainfall.
A high-intensity combination of dense clouds, strong wind, and substantial precipitation.
- Use high cloud coverage.
- Increase precipitation.
- Add stronger wind and observe the movement of the storm system.
- Accelerate time speed when testing how the scene develops.
Study how several high-intensity controls combine into a more dramatic weather scene.
A colder environmental profile that can be combined with cloud cover and precipitation for a wintry-looking scene.
- Lower the temperature.
- Add cloud coverage.
- Adjust precipitation according to the available weather behavior.
- Use low or moderate wind for a stable comparison.
Compare the same precipitation setup at different temperature levels.
Weather Sandbox Storm Scenarios
These scenarios are built from the sandbox's observable environmental controls. Each exercise starts from a simple baseline, changes a small group of parameters, and finishes with a checklist for following cloud movement, precipitation, wind response, and temperature changes.
Strong Convection
Create a compact, high-energy weather scene with dense clouds, strong airflow, and intense precipitation.
Recommended Setup
- 1.Start from a low-precipitation baseline.
- 2.Increase cloud coverage to create a dense cloud field.
- 3.Raise precipitation gradually.
- 4.Increase wind strength and select a consistent direction.
- 5.Use a faster time speed to observe the scene developing.
What to Watch
- How quickly clouds cross the map.
- How wind changes the angle and movement of precipitation.
- How the atmosphere changes as cloud coverage and precipitation are increased.
Persistent Rain
Build a stable rainfall scene that can be observed for an extended period.
Recommended Setup
- 1.Use moderate-to-high cloud coverage.
- 2.Set precipitation to a sustained level rather than changing it rapidly.
- 3.Choose light or moderate wind.
- 4.Keep temperature near a stable setting.
- 5.Use normal or slightly accelerated time speed.
What to Watch
- Whether precipitation remains visually consistent over time.
- How cloud movement affects the coverage of rainfall.
- The difference between a calm rainy scene and one affected by stronger wind.
Cold-Air Invasion
Compare a warmer baseline with a colder atmospheric setup and observe how the environment changes.
Recommended Setup
- 1.Begin with moderate temperature and low precipitation.
- 2.Lower the temperature in stages.
- 3.Increase cloud coverage after the temperature change.
- 4.Add precipitation if a colder weather effect is available in the current setup.
- 5.Keep wind direction consistent so the temperature change is easier to compare.
What to Watch
- Visual differences between the warmer and colder states.
- How cloud coverage and precipitation behave after the temperature adjustment.
- Whether changing wind strength alters the apparent spread of the cold setup.
Wide-Area Moving Storm
Create a broad weather system that travels across the visible map.
Recommended Setup
- 1.Set substantial cloud coverage across the scene.
- 2.Add moderate-to-high precipitation.
- 3.Choose a strong, consistent wind direction.
- 4.Increase wind strength enough to make system movement visible.
- 5.Use accelerated time speed during the initial test, then slow it down for inspection.
What to Watch
- The direction and speed of the storm's movement.
- How much of the map is affected as the system travels.
- The relationship between cloud coverage, precipitation, and wind strength.
Wind-Driven Rain Front
Study how airflow changes the shape and direction of a rainfall pattern.
Recommended Setup
- 1.Set moderate cloud coverage and precipitation.
- 2.Run the scene briefly with low wind strength.
- 3.Increase wind strength without changing precipitation.
- 4.Repeat with a different wind direction.
- 5.Keep time speed unchanged during each comparison.
What to Watch
- The change in the angle of falling precipitation.
- The distance weather particles travel across the scene.
- The difference between wind direction changes and wind strength changes.
Weather Sandbox Weather Events Tier List
This ranking compares weather events by visual effect, simulation complexity, parameter control, and beginner accessibility. It is an editorial tier list based on hands-on simulation experience with the official demo and project features.
Rain
Rain is immediately readable on screen, works well as a baseline simulation, and provides a clear way to observe changes in intensity and movement.
Snow
Snow creates a distinct visual profile from rain and is useful for comparing slower particle motion, accumulation behavior, and environmental density.
Tornado
Tornado-style motion produces a stronger spectacle and requires more attention to movement, force, and simulation stability than basic precipitation.
Weather Sandbox Codes
Weather Sandbox is a free browser simulation, so there is no redeem-code system to work around. This page tracks the current status of redeem codes, event codes, and hidden commands, and updates whenever the project publishes anything new.
Redeem Codes
Reward
Nothing to redeem
No redeem-code system has been released for Weather Sandbox. The full simulation is free to run in the browser, so every feature is available without a code.
Event Codes
Reward
Nothing to redeem
No event codes have been published for Weather Sandbox. Scenario presets and example save files are loaded directly inside the sandbox instead.
Hidden Commands
Reward
No command effects
No hidden commands are documented in the official project. The controls reference covers every setting the sandbox exposes.
Weather Sandbox Settings and Performance
Weather Sandbox calculations become more demanding as the visible simulation area, particle count, movement speed, and number of active effects increase. Start with a small scene and moderate weather settings, then increase complexity one variable at a time.
Larger maps give the simulation more space but increase the amount of content that must be rendered and updated.
- Begin with a compact map when testing a new weather setup.
- Reduce the visible area if the browser takes a long time to load or the simulation starts slowly.
- Use larger maps after confirming that the chosen weather settings run smoothly.
Weather Sandbox Updates and Versions
Weather Sandbox content is distributed across a browser-based 2D project, its source repository, and community builds. Use the current references below to confirm which features and instructions apply to the version you are using.
Weather Sandbox
Source Repository
The current source tree and project documentation are the primary reference for simulation behavior, settings, and implementation details.
For users reviewing the open-source project.
2D Weather Sandbox
Browser Demo
The browser demonstration shows the visible 2D weather simulation, particle behavior, and interactive presentation exactly as currently published.
For users running the simulation in the browser.
Community Builds
Forks and Mods
Community forks extend the main project with scenario packs, procedural terrain, replay tools, and additional controls, labeled separately from the original.
For players exploring extended versions of the sandbox.