A 3D weather map combines geographic visualization with forecast data.

Instead of showing weather as a flat television-style graphic, you can place weather information above a 3D map or terrain surface and use a Camera to move between cities, regions, storm systems, and temperature zones.

A complete weather map might contain:

• a 3D geographic base;
• city markers;
• temperature values;
• sun, cloud, rain, snow, and storm icons;
• precipitation zones;
• wind arrows;
• warm and cold fronts;
• pressure systems;
• storm tracks;
• forecast time labels;
• animated Camera movement.

The result can be used for:

• weather forecasts;
• news graphics;
• travel videos;
• tourism;
• regional climate explainers;
• environmental presentations;
• educational content;
• social-media weather updates;
• event forecasts;
• transport and logistics videos.

In this tutorial, we’ll build a complete 3D weather map from the ground up using Adobe After Effects.

Affiliate disclosure: This article contains affiliate links. If you purchase Adobe After Effects through one of these links, we may earn a commission at no additional cost to you.

What Are We Going to Create?

For the main example, imagine a weather forecast covering Western Europe.

We’ll place forecast markers over:

Amsterdam

London

Paris

Berlin

Madrid

The map will contain:

temperature values.

weather icons.

rain areas.

wind arrows.

a cold front.

a moving storm system.

The Camera will begin with a wide regional view and then move between the key forecast areas.

At the end, it will return to a high overview showing the complete weather pattern.

If you’d like to follow along, you can explore Adobe’s current After Effects options here:

Explore Adobe After Effects and current plans

Step 1: Choose the Geographic Base

Your weather map can use:

a flat vector map.

a 3D extruded map.

terrain.

satellite imagery.

a stylized digital map.

For broadcast-style forecasts, a clean 3D map often works best.

Step 2: Create the Master Composition

Create:

3D_WEATHER_MAP_MASTER

Suggested settings:

1920 × 1080.

30 fps.

20 seconds.

Step 3: Import the Map

Use a clean map of the region.

For example:

Western Europe.

Keep unnecessary geographic detail limited.

Weather information should remain more important than the map itself.

Step 4: Enable 3D

Turn the map into a 3D Layer.

Rotate slightly on the X axis.

For example:

55–70°.

The map now extends into perspective.

Step 5: Add a Camera

Create:

Layer → New → Camera

Try:

35mm.

Create:

CAM_CTRL

as a 3D Null.

Parent the Camera to it.

Step 6: Create the Establishing View

Position the Camera high enough to show:

Netherlands.

United Kingdom.

France.

Germany.

Spain.

Keep major forecast locations visible.

Project 1: Basic 3D Weather Map

Create only:

map.

Camera.

subtle lighting.

background.

No weather data yet.

Make sure the geographic view is clean and readable.

Step 7: Create City Markers

Create a reusable marker composition:

CITY_MARKER

Include:

small circle.

outer ring.

optional pin icon.

Step 8: Duplicate City Markers

Create:

CITY_AMSTERDAM

CITY_LONDON

CITY_PARIS

CITY_BERLIN

CITY_MADRID

Place each correctly on the map.

Step 9: Enable 3D for Markers

Position each marker slightly above the map surface.

This prevents visual intersection.

Step 10: Animate Marker Appearance

Use:

Scale:

0% → 115% → 100%.

Opacity:

0% → 100%.

Stagger city activation slightly.

Project 2: Forecast Locations

Five city markers rise from the map.

Camera holds wide.

City names appear.

Step 11: Add City Names

Create Text Layers:

AMSTERDAM.

LONDON.

PARIS.

BERLIN.

MADRID.

Keep labels visually secondary to the temperature data.

Step 12: Create Temperature Values

Add:

22°C

for example.

Use a larger font than the city label.

A useful hierarchy might be:

22°C

AMSTERDAM

weather icon.

Step 13: Create a Reusable Forecast Card

Pre-compose:

city name.

temperature.

icon.

optional wind speed.

Rename:

FORECAST_CARD

Duplicate for every city.

Step 14: Keep Cards Facing the Camera

A weather card should remain easy to read.

For infographic-style 3D maps, orient cards toward the Camera rather than laying them flat on the terrain.

Project 3: City Forecast Cards

Every major city receives:

marker.

temperature.

weather condition.

The map now begins to function as a forecast graphic.

Step 15: Create Weather Icons

Create or import simple icons for:

sun.

cloud.

partly cloudy.

rain.

snow.

storm.

fog.

wind.

Step 16: Use a Consistent Icon Style

All icons should share:

line weight.

size.

visual language.

color treatment.

Avoid mixing photographic weather images with minimalist icons unless intentional.

Step 17: Animate Weather Icons

Use:

Scale.

Opacity.

small vertical Position movement.

For example:

90% → 105% → 100%.

Step 18: Add Subtle Icon Animation

For more polished graphics:

sun rays rotate slowly.

clouds drift slightly.

rain drops fall.

snowflakes move.

lightning flashes.

Keep motion restrained.

Project 4: Animated City Forecasts

Amsterdam:

partly cloudy.

London:

rain.

Paris:

sun.

Berlin:

cloudy.

Madrid:

sunny.

Each card animates independently.

Step 19: Add High and Low Temperatures

For a daily forecast card, display:

HIGH 23°

LOW 14°

Keep the main current or forecast temperature most prominent.

Step 20: Add Wind Information

For example:

SW 18 KM/H

Include:

direction.

speed.

wind arrow.

Step 21: Add Rain Probability

For example:

RAIN 70%

This is useful when the icon alone isn’t enough.

Step 22: Add Forecast Time

For example:

14:00

or:

MON 18:00

This becomes important when weather systems are animated over time.

Project 5: Complete City Forecast

Card includes:

city.

temperature.

condition.

wind.

rain probability.

forecast time.

Step 23: Create Temperature Zones

Create large Shape Layers above the map.

Use soft gradients or feathered masks.

For example:

warm zone.

cool zone.

hot zone.

Step 24: Use Transparent Overlays

Keep Opacity low enough that geographic details remain visible.

Step 25: Feather the Boundaries

Weather zones shouldn’t normally look like hard political borders.

Use soft transitions.

Step 26: Add a Temperature Legend

Create a small legend.

For example:

-10°C

0°C

10°C

20°C

30°C

Use a gradient bar.

Project 6: Temperature Map

City values remain visible.

Regional temperature overlays show broader conditions.

Camera slowly moves over map.

Step 27: Animate Temperature Zones

Move or reshape zones over time.

For example:

warm air moves north.

cool air arrives from west.

Step 28: Create a Heat Wave Animation

Warm zone expands.

Temperatures rise.

Weather icons become sunny.

Step 29: Create a Cold Snap

Cool zone moves south.

Temperature counters decrease.

Snow icons appear at higher elevations.

Step 30: Animate Numbers Between Forecast Times

For example:

12:00 — 18°C.

15:00 — 21°C.

18:00 — 17°C.

Animate Text Layers smoothly between values.

PART 2 — RAIN ZONES

Step 31: Create a Rain Overlay

Create a Solid.

Apply:

Fractal Noise.

Use Levels to isolate patches.

Color or tint the resulting precipitation pattern.

Step 32: Mask the Rain Zone

Restrict the effect to the forecast area.

Step 33: Blur the Edge

Rain zones should usually have soft boundaries.

Step 34: Animate Position

Move the rain area across the map.

Project 7: Rain Moving Across Western Europe

Rain begins over Atlantic.

Moves toward United Kingdom.

Crosses Netherlands.

Continues toward Germany.

Step 35: Create Heavy Rain Core

Duplicate the precipitation layer.

Make a smaller region stronger.

This represents:

heavier rainfall.

Step 36: Add Rain Intensity Legend

For example:

light.

moderate.

heavy.

Use increasing visual intensity.

Step 37: Add Animated Rain Texture

Inside the active precipitation zone, you can overlay rain particles or streaks.

Use this primarily for close Camera shots.

Step 38: Add Rain Totals

For example:

12 MM

24 MM

Place values over important regions.

PART 3 — SNOW ZONES

Step 39: Duplicate the Rain-Zone Workflow

Create a separate precipitation area for snow.

Use a distinct appearance.

Step 40: Add Snowfall Icons

Place snow icons above affected cities.

Step 41: Add Snow Amount

For example:

5–10 CM

when relevant.

Project 8: Winter Forecast

Northern region:

snow.

Central region:

rain.

Southern region:

dry.

Camera moves from north to south.

PART 4 — WIND VISUALIZATION

Step 42: Create a Wind Arrow

Use a simple Shape Layer arrow.

Pre-compose it:

WIND_ARROW

Step 43: Duplicate Across the Map

Create a grid or selected group of arrows.

Step 44: Rotate by Wind Direction

Each arrow points in the appropriate direction.

Step 45: Use Scale or Speed for Wind Strength

Longer or brighter arrows can represent stronger wind.

Be consistent.

Step 46: Animate Wind Movement

Move small particles or dashes along the arrow direction.

Project 9: Regional Wind Map

Wind arrows sweep across terrain.

Speed values appear:

12 km/h.

28 km/h.

45 km/h.

Step 47: Create Streamline-Style Wind

For a more advanced look:

use flowing Shape Layer paths.

Animate dashed Strokes.

This produces continuous wind-flow lines.

Step 48: Add Gust Information

For example:

WIND 35 KM/H

GUSTS 58 KM/H

PART 5 — COLD FRONTS

Step 49: Draw a Front Path

Use the Pen Tool.

Create a curved Shape Layer.

Step 50: Add Triangles

Cold fronts traditionally use repeated triangle symbols.

Place them along one side of the line.

Step 51: Animate the Front

Move the complete front across the map.

Step 52: Add Direction

The triangle orientation helps communicate movement.

You can also add a larger directional arrow.

Project 10: Cold Front Crossing Europe

Front begins west of France.

Moves east.

Rain area moves with it.

Temperatures fall behind the front.

Step 53: Animate Temperature Changes

As the front passes Amsterdam:

22°C

becomes:

16°C.

Berlin changes later.

This visually connects the front to the forecast change.

PART 6 — WARM FRONTS

Step 54: Create Warm Front Symbols

Use semicircles along the path.

Step 55: Use a Distinct Appearance

Warm and cold fronts should remain visually distinguishable.

Step 56: Animate Warm Air

Warm temperature region moves behind the front.

PART 7 — OCCLUDED AND STATIONARY FRONTS

More advanced weather maps can also display:

occluded fronts.

stationary fronts.

Use familiar meteorological symbols consistently if you’re presenting actual weather data.

PART 8 — PRESSURE SYSTEMS

Step 57: Create High Pressure Marker

Create:

H

Use a bold Text Layer or icon.

Step 58: Create Low Pressure Marker

Create:

L

Step 59: Add Pressure Values

For example:

1018 hPa

992 hPa

Step 60: Animate Pressure Systems

Move them gradually across the map.

Project 11: Pressure System Forecast

Low-pressure area moves northeast.

Rain zone follows.

High pressure builds from southwest.

Sky clears behind the front.

Step 61: Add Isobars

Draw curved lines around pressure centers.

Use Shape Layers.

Keep them subtle.

Step 62: Animate Isobars

Fade or draw them into the map.

They can help communicate the pressure pattern.

PART 9 — STORM TRACKS

Step 63: Create Storm Icon

Use:

rotating cloud.

spiral.

low-pressure marker.

storm badge.

Step 64: Create Forecast Path

Draw a Shape Layer path.

Use:

dashed Stroke.

Step 65: Add Future Positions

Place markers such as:

NOW.

+6H.

+12H.

+24H.

Step 66: Move the Storm

Animate Position along the path.

Project 12: Storm Tracking Map

Storm approaches coast.

Forecast track appears.

future markers reveal.

Camera follows storm.

Step 67: Add Uncertainty Cone

Create a semi-transparent Shape around the projected path.

This can represent forecast uncertainty.

If the data is real, ensure the cone actually reflects the source methodology.

PART 10 — WEATHER RADAR STYLE

Step 68: Create Radar Precipitation

Use layered Fractal Noise.

Map intensity to several colors or brightness levels.

Step 69: Create Animated Radar Loop

Move or evolve the precipitation pattern over several forecast frames.

Step 70: Add Timestamp

For example:

12:00.

12:30.

13:00.

13:30.

Project 13: Radar Loop Over Terrain

Camera remains high.

Rain cells move east.

Heavy cells intensify.

timestamp updates.

Step 71: Add Radar Sweep

Optional.

Create a rotating transparent wedge.

Use only if your design intends to resemble a radar interface rather than a forecast map.

PART 11 — CLOUD COVER

Step 72: Add Cloud Layer Above Map

Use Fractal Noise.

Create transparent cloud formations.

Step 73: Reduce Opacity

Clouds should not obscure forecast labels.

Step 74: Animate Cloud Movement

Use:

Offset Turbulence.

Project 14: Cloud Cover Forecast

Clouds move from west to east.

Icons update as conditions change.

Temperature remains visible.

PART 12 — FORECAST TIMELINE

Step 75: Create a Time Display

For example:

MONDAY 09:00

Step 76: Animate Through Forecast Times

Move through:

09:00.

12:00.

15:00.

18:00.

21:00.

Step 77: Update Weather Layers

At each time:

move fronts.

move rain.

change temperatures.

update icons.

move storm systems.

Project 15: One-Day Forecast Animation

Morning:

cloudy.

Afternoon:

rain front crosses.

Evening:

cooler and clearer.

This creates a complete weather story.

Step 78: Create Multi-Day Forecast

Use:

MON.

TUE.

WED.

THU.

Each day can transition to a different weather state.

Step 79: Use Cards for Multi-Day Overview

After the animated map:

switch to a simple five-day panel if needed.

The map explains movement.

Cards summarize daily conditions.

PART 13 — CAMERA MOVEMENT

Step 80: Start Wide

Show the full regional weather pattern.

Step 81: Push Toward Important Areas

For example:

Camera moves toward Netherlands.

Amsterdam forecast card enlarges.

Step 82: Move to Rain System

Camera shifts west.

Rain zone becomes prominent.

Step 83: Track the Front

Camera follows the moving cold front.

Step 84: Return Wide

Finish with a regional overview.

Project 16: Guided Weather Presentation

Wide overview.

Amsterdam forecast.

London rain.

cold front.

Berlin temperature.

Madrid sunshine.

final wide map.

Step 85: Use Depth of Field Sparingly

Weather graphics are information-heavy.

Keep important:

numbers.

icons.

labels.

fronts.

sharp.

Step 86: Use Smooth Camera Easing

Weather forecasts should feel controlled rather than cinematic to the point of distraction.

PART 14 — ANIMATING A WEATHER PRESENTER-STYLE FLOW

A useful sequence could be:

1. Wide regional overview.
2. Temperatures appear.
3. Rain zone enters.
4. Camera follows cold front.
5. Wind arrows appear.
6. Storm system highlighted.
7. Forecast advances six hours.
8. Conditions update.
9. Camera returns to overview.

This structure is easy for viewers to follow.

PART 15 — DESIGNING A CLEAN WEATHER MAP

Use hierarchy.

The viewer should see, in order:

weather pattern

then:

important city data

then:

supporting details

Avoid making every graphic equally prominent.

Keep the Map Quiet

Reduce:

saturation.

texture detail.

contrast.

The weather data should dominate.

Use Consistent Visual Encoding

For example:

rain = one visual family.

snow = another.

temperature = gradient.

wind = arrows.

fronts = standard symbols.

Don’t Rely on Color Alone

Add:

icons.

patterns.

text.

labels.

This improves accessibility.

Avoid Label Overlap

Use Camera movement and contextual reveal.

Not every city label needs to remain visible at all times.

Keep Numerical Units Clear

Use:

°C.

km/h.

mm.

cm.

hPa.

Don’t assume viewers know what an unlabeled number means.

Weather Data Accuracy Matters

If you’re visualizing an actual forecast:

use a trusted weather source.

match timestamps.

match units.

match location.

identify the forecast time.

Avoid presenting invented values as real observations.

Common Mistake: Too Much 3D Perspective

If the Camera angle is too low, temperatures become difficult to compare.

Common Mistake: Weather Icons Are Too Small

Design for the final viewing size.

Common Mistake: Rain Overlay Hides Geography

Reduce Opacity and use transparent layers.

Common Mistake: Front Symbols Are Too Dense

Keep repeated symbols readable.

Common Mistake: Wind Arrows Cover Everything

Display only enough arrows to communicate the pattern.

Common Mistake: Temperature Colors Are Misleading

Use a clear legend.

Common Mistake: Every Layer Animates Simultaneously

Reveal data progressively.

Common Mistake: Camera Is Constantly Moving

Use pauses.

Common Mistake: No Timestamp

Weather changes quickly; always communicate forecast timing when presenting actual data.

Common Mistake: Forecast and Observation Are Mixed

Clearly distinguish:

current conditions.

forecast conditions.

historical data.

Basic 3D Weather Map Quick Recipe

1. Import map.
2. Enable 3D.
3. Tilt map.
4. Add Camera.
5. Add city markers.
6. Add temperature values.
7. Add weather icons.
8. Add wind information.
9. Create temperature zones.
10. Create rain overlay.
11. Add cold/warm fronts.
12. Add pressure systems.
13. Animate weather movement.
14. Add forecast time.
15. Move Camera between regions.
16. Finish with wide overview.

Broadcast Weather Recipe

Use:

clean map.

bold temperatures.

simple weather icons.

front symbols.

wind arrows.

moderate Camera movement.

Cinematic Weather Map Recipe

Use:

terrain.

clouds.

fog.

rain particles.

sunlight.

weather overlays.

Camera flyovers.

Travel Weather Recipe

Show:

destination.

temperature.

weather condition.

wind.

rain probability.

travel dates.

Severe Weather Recipe

Use:

storm track.

rain intensity.

wind speed.

pressure.

forecast positions.

warning areas.

For real public-safety communication, use official source data and standardized warning information.

Five Essential Weather Map Exercises

Exercise 1 — City Forecast

Build one reusable weather card.

Exercise 2 — Rain Zone

Animate precipitation across the map.

Exercise 3 — Wind Field

Create directional arrows.

Exercise 4 — Cold Front

Animate a front and related temperature changes.

Exercise 5 — Forecast Timeline

Move the complete system forward several hours.

Master these five exercises and you’ll understand the foundation of most animated weather maps.

Frequently Asked Questions

Can I create a 3D weather map in After Effects?

Yes.

Use 3D layers, Cameras, Shape Layers, weather icons, data labels, and procedural overlays.

Can I display temperatures?

Yes.

Create Text Layers positioned over forecast locations.

Can I animate changing temperatures?

Yes.

Animate number values as forecast time progresses.

Can I create rain zones?

Yes.

Fractal Noise, masks, gradients, and transparency work well for precipitation areas.

Can I show snow?

Yes.

Use distinct precipitation overlays and snow icons.

Can I animate wind direction?

Yes.

Use rotated arrows or animated streamline-style paths.

Can I create cold and warm fronts?

Yes.

Build them with Shape Layers and repeated meteorological symbols.

Can I animate a storm track?

Yes.

Use a path, storm marker, future positions, and optional uncertainty region.

Can I add pressure systems?

Yes.

Use high- and low-pressure markers with pressure values and optional isobars.

Can I animate forecast time?

Yes.

Update the time display as all weather layers move and change.

Can the Camera move between cities?

Yes.

This is an effective way to guide viewers through regional forecasts.

Do I need plug-ins?

No.

The basic weather-map workflow can be created with native After Effects tools.

Practice Project: Western Europe Forecast

Create:

3D_WEATHER_MAP_MASTER

at:

1920 × 1080.

Use a map showing:

Netherlands.

United Kingdom.

France.

Germany.

Spain.

Create city markers for:

Amsterdam.

London.

Paris.

Berlin.

Madrid.

Add forecast values:

Amsterdam — 18°C — Cloudy.

London — 15°C — Rain.

Paris — 20°C — Partly Cloudy.

Berlin — 17°C — Cloudy.

Madrid — 28°C — Sunny.

Create:

temperature overlay.

rain area over UK.

cold front west of France.

wind arrows moving southwest → northeast.

low-pressure system near North Sea.

Animate:

09:00.

12:00.

15:00.

At 09:00:

rain over London.

At 12:00:

rain reaches Amsterdam.

At 15:00:

rain moves toward Germany.

Temperatures fall behind the front.

Camera begins wide.

Moves toward London.

Tracks rain toward Amsterdam.

Moves toward Berlin.

Then pulls upward.

Finish with:

WESTERN EUROPE WEATHER — 15:00

That project teaches:

3D map setup,

city forecasts,

temperature animation,

rain zones,

wind,

fronts,

pressure systems,

forecast timing,

and:

Camera storytelling.

If you’d like to create the project yourself, you can explore Adobe’s current After Effects options below:

Get Adobe After Effects and start creating professional 3D weather maps, animated forecasts, rain zones, wind graphics, and weather fronts

What Should You Learn Next?

Once you can build a complete 3D weather map, the next useful step is creating a time-lapse day-to-night landscape where lighting, sky, clouds, stars, fog, and terrain change continuously.

This will combine several techniques from the terrain cluster:

sun position.

lighting.

shadows.

atmosphere.

weather.

sky replacement.

city lights.

Camera movement.

The next article will therefore be:

How to Create a Day-to-Night Time-Lapse in Adobe After Effects: Animate Sunrise, Sunset, Stars, Clouds, and Landscape Lighting.

Final Thoughts

A good 3D weather map balances visual impact with clarity.

The 3D map establishes geography.

Temperature values explain conditions.

Weather icons simplify interpretation.

Rain and snow overlays show coverage.

Wind arrows communicate direction.

Fronts explain movement.

Camera animation guides attention.

But the data should always remain the most important part of the composition.

The strongest workflow is to reveal the forecast in stages:

location → current conditions → weather pattern → movement → future state → overview.

Once you master that structure, you can adapt the same After Effects system for news-style forecasts, travel weather, severe weather, regional explainers, and cinematic geographic presentations.

Explore Adobe After Effects and start creating professional animated 3D weather maps and forecasts