Predictive Contrail briefing chart data

Predictive Contrail briefing chart data

In this article, we delve into predictive contrail data and how it enhances route charts, improving situational awareness for pilots and flight planners during digital briefings.

Predictive contrail data is an emerging innovation in aviation that forecasts and help mitigate contrails; those long, thin clouds formed by aircraft at high altitudes.

Using advanced machine learning algorithms and weather data to provide accurate predictions about where and when contrails are likely to form along a flight route.


Emerging Regulatory Trends

Future regulations could require airlines to quantify and report non-carbon emissions, which includes contrails.

Carbon Offset and Reduction

Existing schemes like CORSIA (Carbon Offsetting and Reduction Scheme for International Aviation) may evolve to account for non-CO2 climate impacts, including contrails.

Emission-Based Charges

Future regulations could introduce fees for flights that produce significant contrail warming, incentivizing airlines to avoid contrail-heavy areas.

Environmental Reporting

Airlines may be required to report contrail-related data as part of sustainability disclosures.


Forefront of contrail data 

Leveraging contrail API datasets, skybook is at the forefront of helping airlines mitigate contrail warming by visually presenting key contrail data, enabling informed route adjustments and potentially avoiding future emission charges.

Key Aspects of Predictive Contrail Data

Environmental Impact

Persistent contrails can evolve into cirrus-like clouds that trap heat in the atmosphere. Adjusting flight paths can reduce that chances of contrail formation and lower an airline's climate impact, aligning with regulatory requirements

High Accuracy Forecasting

AI models analyse real-time meteorological data, such as temperature, humidity, and wind conditions, to predict contrail formation zones with high accuracy.

Route Optimisation

Predictive contrail data can be integrated into flight planning tools, enabling airlines to select routes that avoid contrail-heavy areas without significantly increasing fuel consumption or flight times.

Enhanced Visual Data

Pilots and flight planners can visualize contrail risks on briefing charts, such as vertical profile displays and lateral turbulence charts, making it easier to adjust operations proactively.

Integration with Other Data Sets

Often paired with turbulence, icing, or other weather-related forecasts to provide a comprehensive view of atmospheric conditions.

Passenger Experience

Indirectly enhances passenger comfort by avoiding turbulence heavy routes, often associated with certain atmospheric layers.


Want to use contrail data in your operations?

While regulations are still in development in regard to contrails, the industry is proactively addressing the issue through technology, operational practices and sustainability initiatives.

Solutions like the skybook EFB & Ground Portal are making use of predictive contrail data so pilots and dispatchers are more aware, and airlines can prepare for a more environmentally conscious future.



Article by Dan Cook, Head of Marketing

Bytron Aviation Systems

To view or add a comment, sign in

More articles by Dan Cook

  • Integrating with charting apps

    Integrating with charting apps

    In this article, I explain how route string data is used to auto populate OFP information into popular pilot charting…

    2 Comments
  • What are Airfield status symbols?

    What are Airfield status symbols?

    It’s no secret that situational awareness and efficient decision-making are paramount in the world of aviation…

  • Understanding ETOPS / EDTO & tailored Charts

    Understanding ETOPS / EDTO & tailored Charts

    In this article, I outline what ETOPS / EDTO is, why it matters, and how to enhance flight operations with the creation…

    5 Comments
  • Post-flight pilot approach data

    Post-flight pilot approach data

    Pilots can seamlessly record approach data on the post-flight phase of the electronic flight bag (EFB); ensuring…

  • Simplifying fuel orders on the EFB

    Simplifying fuel orders on the EFB

    A fuel order on the Electronic Flight Bag (EFB) provides pilots with detailed information about the amount of fuel…

  • EFB device sync for a streamlined flight deck

    EFB device sync for a streamlined flight deck

    Efficient communication and seamless data sharing between the cockpit crew can significantly enhance flight operations.…

    1 Comment
  • How customizable is your EFB Solution?

    How customizable is your EFB Solution?

    In this article I aim to show how easy it is to customize the electronic flight bag, specifically to streamline your…

  • What is an Aircraft Interface Device (AID)?

    What is an Aircraft Interface Device (AID)?

    In today’s expanding digital aviation world, aircraft systems are evolving to simplify operations, boost flight safety,…

    2 Comments
  • Understanding the differences between flight operations data & FDM

    Understanding the differences between flight operations data & FDM

    In this article, we examine the distinctions between flight operations data and flight data monitoring (FDM) and how…

  • Harnessing the Power of Flight History Data

    Harnessing the Power of Flight History Data

    In the vast and ever-expanding industry of aviation, there exists a treasure trove full of flight history data. A…

Explore topics