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By Dan Cook | 01 Nov 2023

Aviation weather briefing charts enhance flight safety


Updated 5th February 2026

In this article, you can see some of the types of aviation weather briefing charts that skybook generates as standard for airlines, helping crews make safer, data-driven decisions during pre-flight planning.

Weather briefing charts are a core element of pre-flight preparation, helping pilots visualise atmospheric conditions, anticipate hazards and make routing or altitude adjustments to maintain operational safety and efficiency.

When a briefing pack is automatically created and sent to the electronic flight bag (EFB), these charts provide crews with up-to-date route and weather information, saving time and reducing the risk of errors.


Charts for aviation weather briefing:

Turbulence & contrail charts

Our turbulence charts are viewable at multiple flight levels for an improved awareness of potential light, moderate, severe or extreme turbulence.

These charts also include AI-based contrail information information using Google’s predictive data, allowing flight crews to see where persistent contrails are likely to form. This helps pilots avoid contrail-heavy routes and reduces the environmental impact of aviation.

turbulence charts and contrail charts using google ai predictive contrail data

The predictive contrails extend to vertical profile charts, highlighting when a route passes over, under, or through areas of significant contrail activity, enabling pilots to adjust flight levels and routing proactively.

contrail charts

 

SIGWX charts

Our Significant Weather charts indicate weather activity in increments of thousands of feet (e.g., FL100–FL450), showing conditions for flight levels 10,000–45,000 feet.

SIGWX charts also feature range rings showing distances from airports or navigational waypoints, allowing pilots to quickly assess how weather may impact route planning or ETOPS decision-making.

sigwx chart


SIGMET charts

SIGMETs (Significant Meteorological Information) provide crucial alerts regarding severe turbulence, icing, volcanic ash clouds, thunderstorms, and other hazards.

In skybook, SIGMET charts are colour-coded by type and labelled numerically based on proximity to the flight route, helping crews prioritize response actions and maintain compliance with aviation safety regulations.

sigmet chart

Upper wind and temperature charts

These aviation briefing charts provide wind speed, direction, and temperature at different flight levels, including wind barbs for visual direction/speed and temperature readings at specific altitudes.

Upper wind charts help understand jet streams and air mass movement, while upper temperature charts indicate atmospheric instability, storm formation, and potential turbulence; critical data for route optimization and flight safety.

upper wind and temperature chart

Vertical profile charts

skybook’s vertical profile charts combine turbulence, icing, and contrail data, colour-coded by severity.

Wind, temperature, tropopause, magnetic and true bearings are also displayed along multiple points of the route.

These charts allow pilots to anticipate in-flight conditions and adjust flight levels proactively to improve comfort, efficiency, and safety.

vertical profile charts including turbulence and icing data

Surface weather charts

The surface analysis chart shows high and low-pressure areas, fronts, and general wind patterns, with pressure readings in millibars.

These charts support pre-flight planning decisions such as departure routing, fuel planning, and selecting optimal altitudes to avoid adverse surface weather.

surface weather chart

Tropical charts

These charts depict hurricane paths, storm names, direction, speed, and time/date stamps.

They are essential for transoceanic or tropical operations, enabling early route adjustments to avoid hazardous weather.

hurricane tropical charts

High Ice Water Content charts

These charts highlight areas where ice crystal concentration is high (below -20°C).

Monitoring HIC zones is vital as ice crystal aggregation can impact engine performance, informing fuel planning, route adjustments, and safety measures.

high ice water content chart


Satellite Infrared

Infrared satellite charts display cloud coverage day and night, indicating cloud top altitude and whether clouds may exceed the operating ceiling.

Satellite imagery is especially useful for situational awareness in volatile weather conditions, enhancing decision-making for altitude and routing adjustments.

satellite infrared chart

Other Aviation Weather Briefing Charts

  • Route plot chart – shows flight waypoints and range rings.

  • Volcanic ash chart – highlights ash clouds along or near the route.

  • Lightning chart – identifies electrical storm activity along the flight path.

 
Chart types & use cases

Chart TypePurpose / What It ShowsOperational Decision Points
Turbulence & Contrail Charts Turbulence at multiple flight levels; AI-based contrail predictions Route adjustments to avoid severe turbulence; reduce contrail-heavy paths; fuel efficiency planning
SIGWX (Significant Weather) Charts Broad weather forecasts for FL100–FL450; range rings from airports/waypoints Altitude planning; route optimization; assessing en-route hazards
SIGMET Charts Alerts for severe weather hazards (turbulence, icing, volcanic ash, thunderstorms) In-flight route or altitude changes; compliance with operational safety regulations
Upper Wind & Temperature Charts Wind speed/direction, temperature at flight levels; jet streams Optimal flight level selection; anticipate turbulence; fuel planning; storm avoidance
Vertical Profile Charts Combined turbulence, icing, contrail, wind & temperature along route; tropopause, bearings Flight level adjustments; route planning; in-flight risk assessment
Surface Weather Charts Pressure systems, fronts, wind patterns at the surface Departure planning; alternate airport selection; fuel and time management
Tropical / Hurricane Charts Hurricane paths, speed, direction, and timing Route diversion; flight cancellation or delay decisions; ETOPS planning
High Ice Water Content (HIC) Charts Areas with high concentrations of ice crystals (< -20°C) Engine performance monitoring; route or altitude adjustments; safety precautions
Satellite Infrared Charts Cloud coverage day & night; cloud tops altitude Flight level selection; route adjustments to avoid clouds exceeding operational ceilings
Other Charts Route plot, volcanic ash, lightning Waypoint planning; risk avoidance; emergency response planning
Restricted/No-Fly Zones Color-coded areas (red = no-fly, amber = restricted) Flight path selection; regulatory compliance; airspace avoidance


Aviation weather brief features...

Where relevant our pilot briefing charts display a quick-reference key in the bottom right corner.

Restricted areas and no-fly zones are colour-coded (red = no-fly, amber = restricted), allowing pilots to quickly identify areas to avoid.

restricted flight zone chart

Flight crew and operations use skybook aviation briefing charts to make informed decisions about flight routes (such as ETOPS), altitudes, and strategies for avoiding adverse weather conditions.

By integrating automated weather charts into the EFB, crews gain real-time situational awareness, reduce manual workload, and comply with regulatory briefing requirements.

For more information be sure to get in touch or learn more about skybook.

You might also find this article useful: 
Is your flight brief automated?

Frequently Asked Questions

 

By Dan Cook | 01 Nov 2023

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