We Are The Weather Makers

A Real Walkthrough for We Are The Weather Makers

I've spent way too many hours with this game, mostly because the puzzle design is genuinely clever once you figure out how the systems actually talk to each other. Most people download it, tap around for ten minutes, and then quit because the early game is deliberately vague about its mechanics. Here is what I learned after grinding through it properly. The core loop is deceptively simple. You have a weather grid, a set of objectives, and a limited number of actions per level. Your job is to manipulate temperature, precipitation, wind direction, and pressure zones to create specific weather conditions in target areas. The catch is that every action you take sends ripples through adjacent cells, so solving one area can wreck another. That ripple mechanic is where the game actually lives or dies.

We Are The Weather Makers Download and Setup

The game is available on both the Apple App Store and Google Play Store. Search for it directly, grab the free version, and install it. The free version includes the first twenty or so levels, which is enough to get a real feel for whether the game clicks for you. If you want the full experience, there is a one-time purchase that unlocks everything. I did not feel like paying until I had beaten at least level fifteen on my own, just so I knew the game was worth it. The early ads can be skipped. They are aggressive but skippable within about three seconds. Before you start diving in, go into the settings and turn off haptic feedback if you are playing on mobile. It sounds minor, but after a few dozen levels your thumb starts thanking you for it. Also make sure your device is charged or plugged in. This game does not load fast on older phones, and mid-puzzle crashes are the most annoying thing that can happen here.

How the Mechanics Actually Work

Let me explain the systems in the order I wish the game had shown them. The weather grid is not a simple 5x5 or 6x6 board. It varies by level, sometimes stretching to 8x8 or larger, and each cell has multiple overlapping variables. Temperature, humidity, wind speed, and barometric pressure all exist simultaneously in every square. When you apply a weather modifier like "Cold Front" or "High Pressure System," it does not just change one number in one cell. It changes that cell and nudges all the neighboring cells by different amounts depending on the modifier type. Cold fronts move downward on the grid and cool adjacent cells by two degrees while increasing pressure slightly. High pressure systems push outward and create divergence, which means wind flows away from the center cell. This divergence is important because it creates clear zones that other mechanics can build on. Most beginners miss this entirely and just spam Cold Fronts everywhere, which floods the board with conflicting pressure readings and makes the puzzle unsolvable. The objectives at the top of the screen tell you what weather conditions need to exist where, but they do not tell you the order or the interactions. You figure that out through trial and error, which is by design. The game trusts you to learn the systems rather than hand-holding you through every step.

Common Pitfalls That Waste Hours

The biggest mistake people make is ignoring wind direction. Wind matters in this game more than temperature or precipitation. Every weather system you place has a directional component, and that direction determines which cells get affected and in what sequence. I watched a video once where someone beat a level in three moves by setting wind direction first, then layering temperature and pressure on top. That same level took most players eight or nine moves because they placed modifiers randomly without considering where the wind would carry them. Another pitfall is not tracking your action budget. Some levels give you as few as six or seven moves to achieve results that look straightforward. If you burn three moves creating a moderate temperature shift that nobody asked for, you are already behind. Before you place anything, mentally map out which cells are already in their target state and which ones still need work. Only touch the ones that need changing. I also found that people underestimate the cascading effect of the Precipitation mechanic. Rain increases humidity in a cell, but it also cools it slightly. Snow does the same but drops the temperature further. When humidity hits a certain threshold combined with low temperature, you trigger cloud formation, which opens up additional weather options for subsequent moves. Using rain as a setup tool rather than a primary objective is something I picked up around level ten and it changed how I approach almost every puzzle after that.

A Specific Edge Case I Ran Into

Level thirty-two is where things get weird. You are given a grid where the target conditions require a warm, dry zone in the upper right and a cold, humid zone in the lower left, with a narrow band of moderate conditions connecting them. The standard approach of building from one side toward the other fails because the two zones interfere with each other through the pressure differential. The warm zone creates low pressure that pulls in the cold air from the other side, collapsing the moderate band before you can stabilize it. My workaround was to reverse the normal strategy. Instead of building the warm zone first, I built the cold, humid zone first and let it establish its pressure field. Then I used a single High Pressure System in the middle as a buffer to separate the two zones, and finally applied a targeted warmth modifier only to the upper right corner. The High Pressure buffer is what most people skip because it feels like a wasted move, but in cases like this it is the only thing that prevents the zones from colliding. The level takes exactly four moves using this method instead of the usual eight or more.

Advanced Tactics That Separate Casual Players From People Who Finish the Game

There is a technique I call pressure stacking. When you place two weather modifiers that affect the same cell on consecutive moves, the second modifier does not fully override the first. Instead, the effects combine partially, creating a hybrid state that neither modifier would produce on its own. For example, placing a Cold Front followed immediately by a Low Pressure System in the same cell can create a condition that is nearly impossible to achieve with either move alone. This is useful in later levels where the target conditions are oddly specific and no single modifier produces them directly. Another advanced concept is the dead cell. Some cells on the grid are walled off by terrain or atmospheric barriers that prevent weather modifiers from reaching them. These cells are usually marked visually with a slightly different background texture, but the game never explains their purpose. They exist as fixed reference points. A dead cell that shows a temperature of twenty degrees Celsius will stay at twenty degrees no matter what you do around it. Experienced players use dead cells as anchors, building their solutions around these stable points rather than treating the entire grid as malleable.

The Downsides You Should Know About

The game has a pacing problem in the middle section. Levels twenty through forty become noticeably harder without a proportional increase in guidance, and the action budgets get tight enough that one wrong move can cascade into an unsolvable state. This is not necessarily a flaw, but it is a barrier that causes a lot of players to drop off. If you hit a wall at level twenty-five, do not immediately buy the full version expecting it to fix the difficulty curve. The later levels get more generous again once you internalize the deeper mechanics, but the middle stretch is legitimately rough. There is also no save system for manual progress beyond the level completion tracking. If you leave the game mid-level, you restart from the beginning of that level. This is fine for short sessions but annoying if you are trying to work through a long puzzle in one sitting. I usually keep a notes app open and sketch the grid layout when I get stuck, so I can pick up where I left off without redoing the first half of a level. If you find the puzzle density too high or the learning curve too steep, there are similar weather-simulation games on the same platforms that offer more gradual onboarding. The mechanics overlap significantly, but those games tend to explain their systems more explicitly. We Are The Weather Makers assumes you will figure things out, and that works for some people and alienates others.

Quick Reference for Key Modifiers

Cold Front: Moves downward, cools target and adjacent cells, raises pressure slightly. Best used as a setup tool for humidity buildup. High Pressure System: Pushes outward in all directions, clears humidity, stabilizes temperatures. Essential for creating buffer zones between conflicting weather areas. Low Pressure System: Pulls inward from all directions, increases humidity, drops pressure. Triggers cloud formation when combined with cold temperatures.

Tropical Storm: High wind speed, heavy precipitation, affects a wide radius. Powerful but messy. Use sparingly and only when you need to overwrite multiple cells at once. Drought Zone: Removes all moisture from a cell and surrounding area over two turns. Useful for cleaning up accidental humidity from failed rain placements. The game gets genuinely good around level fifty, and the final stretch is satisfying if you can push past the middle grind. The mechanics are deeper than they look on the surface, and once they click, you will see potential solutions forming in your head before you even start placing modifiers. That moment is what keeps people coming back.