Emirates turbulence reduction technologies: SkyPath, Lido mPilot, and IATA integration

Emirates (EK), the Dubai-based carrier which recently expanded its Premium Economy operations to Norway on its A350s, has unveiled a series of initiatives aimed at reducing the occurrence of unexpected severe turbulence on flights.  In order to work around the problem of turbulence, the carrier is set to leverage advanced data analytics and real-time weather prediction technologies.

Why and how much do aircraft wings flex/bend (during turbulence)?

The airline’s new strategy combines proprietary solutions with global industry collaborations such as:

• IATA Turbulence Aware
• SkyPath
• Lido mPilot from Lufthansa Systems

These initiatives allow pilots of Emirates, which “has proactively adopted a diverse, multi-layered strategy leveraging multiple information sources to deliver real-time, accurate turbulence data“, to access real-time turbulence data, anticipate severe conditions, and adjust flight paths accordingly. These measures are expected to improve in-flight comfort while maintaining operational safety across the carrier’s vast network spanning the Middle East, Asia, Africa, and Australia that has helped it become the Middle East carrier with the highest number of flight hours in 2025.

Emirates Airline Overview

Deeper into Emirates’ Multi-Layered Approach to Turbulence Reduction

To tackle turbulence proactively, Emirates has adopted a diverse, multi-layered approach that integrates real-time reports, machine learning, and AI-powered weather predictions. According to the carrier, this strategy “has helped reduce unexpected severe turbulence encounters on flights across its network with new initiatives launched last year“. There are a number of noticable flights operated by Emirates that have suffered turbulence in the past.

Emirates’ History with Turbulence:

Date	Flight No.	Route	Aircraft Type	Summary of Turbulence Incident
13 Sept 2015	EK‑806	Jeddah → Dubai (JED → DXB)	Airbus A380‑800 (A6‑EEA)	Descending into Dubai, aircraft encountered up‑and‑down drafts 10 cabin crew seriously injured
10 July 2019	EK‑449	Auckland (AKL) → Dubai (DXB)	Airbus A380‑800 (A6‑EEM)	In cruise east of Chennai (India) at FL400, unexpected severe turbulence one serious, many minor injuries. One of the causes was the plane flying in an area where there was “convective activity containing embedded cumulonimbus clouds.”
16 Jan 2020	EK‑763	Dubai (DXB) → Johannesburg (JNB)	Airbus A380‑800 (A6‑EEN)	En‑route at FL400 over Mozambique region; moderate‑to‑severe turbulence for ~30 seconds one passenger’s leg was seriously injured.
17 Jan 2021	EK‑957	Dubai (DXB) → Beirut (BEY)	Boeing 777‑300 (A6‑EPN)	Descending through FL292 near Beirut, encountered severe clear‑air turbulence one serious + other minor injuries
4 Dec 2023	EK‑421	Perth (PER) → Dubai (DXB)	Airbus A380‑800 (A6‑EEV)	Unexpected turbulence causing ceiling‑panel damage over the Arabian Sea 5 serious + 23 minor injuries.

Turbulence is one of the most pertinent safety threats in aviation, particularly the expected rise of clear air turbulence (CAT) – the turbulence type that can’t be seen by the pilots as it occurs in cloud-less regions. It also possesses the following features:

• Occasionally, specific cloud patterns may indicate the presence of CAT in nearby areas.

• CAT is typically associated with regions exhibiting strong wind shear, horizontal deformation, and convergence, often with insufficient moisture to form clouds.

• The most effective way to identify potential CAT is by combining satellite imagery with numerical weather model outputs.

But CAT isn’t the only type of turbulence Emirates is dealing with. There are two more..
Lets’s compare them.

Types of Turbulence Emirates and Other carriers are Dealing with

Feature / Aspect	Orographic Turbulence	Convective (Thermal) Turbulence	Clear-Air Turbulence (CAT)
Definition	Turbulence caused when wind flows over mountains or hills.	Turbulence caused by rising warm air or storm clouds.	Turbulence in clear air, often invisible to pilots.
Main Cause	Wind interacting with terrain and stable air layers.	Vertical air currents from heating or thunderstorms.	Rapid changes in wind speed or direction.
Where It Occurs	Near mountains; can extend far downwind.	Inside or near thunderstorms and cumulus clouds.	High altitudes, often near jet streams.
Intensity	Strongest close to mountains.	Strongest inside storms or near cloud tops.	Varies; can be sudden and severe without warning.
Detection	Satellite imagery and cloud patterns.	Satellite images of clouds and storm tops.	Weather models; sometimes cloud patterns hint at it.
Terrain Dependence	Requires mountains or hills.	Can happen anywhere with unstable air.	Not dependent on terrain.
Examples	Andes Mountains, Patagonia.	Tropical thunderstorms, summer storms.	Jet streams, upper-level troughs worldwide.

Orthographic Turbulence is the type of turbulence that was observed in Mingbo Airport- an airport that was more dangerous than Lukla Airport, which is considered to be the most dangerous airport in the world.

Mingbo Airport: The Forgotten Most Dangerous Airport In The World

Measures Emirates has Taken to Reduce Turbulence

Let’s have a look at the solutions given by Emirates to deal with the problems of turbulence:

SkyPath

Emirates partnered with SkyPath in 2024 to enhance turbulence detection using AI and machine learning. SkyPath aggregates data from multiple sources such as:

• Eddy Dissipation Rate (EDR) measurements for standardized turbulence quantification.

• Automatic Dependent Surveillance–Broadcast (ADSB) transponder data.

• SkyPath’s iPad accelerometer technology, which converts device motion into precise turbulence readings.

This multi-source system enables pilots to identify turbulence in areas with sparse flight activity or clear-air turbulence – both are regions which have been traditionally difficult to forecast. According to Emirates, SkyPath has “AI and machine learning-based weather predictions that identify turbulence areas conventional methods miss“.

Lido mPilot

Through its partnership with Lufthansa Systems, Emirates integrates Lido mPilot, a mobile navigation and weather prediction platform. Lido mPilot provides:

• Real-time cloud and convection data

• Turbulence and icing forecasts

• High-resolution weather modeling for global flight routes

By continuously collaborating with Lido Systems, Emirates ensures that pilots receive updated, reliable weather intelligence, further enhancing flight planning and route optimization.

IATA Turbulence Aware

Since joining IATA Turbulence Aware in 2024, Emirates has contributed and utilized crowd-sourced turbulence data from its global network. The system aggregates report from participating airlines worldwide, providing a comprehensive, real-time view of atmospheric conditions, says the carrier:

“By integrating these insights into its electronic flight bag charting application, Emirates equips its pilots with live, in-situ turbulence visualisations. This enables more informed decision-making in the cockpit, allowing crews to anticipate and avoid turbulent areas, ultimately enhancing passenger comfort, operational safety, and fuel efficiency.”

Captain Hassan Alhammadi, Divisional Senior Vice President of Flight Operations at Emirates, said that combined use of SkyPath, Lido mPilot, and IATA Turbulence Aware ensures that Emirates pilots have comprehensive, real-time situational awareness, enhancing both passenger comfort and operational efficiency.

“Turbulence remains an ongoing challenge that cannot be fully eliminated. However, by partnering with technology leaders and integrating AI-driven solutions, we can significantly reduce the frequency and impact of severe turbulence incidents. Our early results are promising and validate the potential benefits these systems offer.”

He also expressed that despite the use of the carrie0r’s multi-layer approach, it wouldn’t be able to promise turbulence-free flights, but only the assurance that these initiatives have led to lessening of unexpected severe turbulence incidents:

“Our  weather prediction and technology partners and active participation in the IATA Turbulence Aware programme also enables us to contribute valuable data and insights to the broader aviation industry as we collectively work to address this growing meteorological challenge.”

All in all

Emirates’ commitment to reducing turbulence through AI-driven forecasting, real-time data integration, and global collaboration positions the airline is a part of the aviation industry’s struggle against turbulence. After all, a research from the University of Reading suggested that in some routes “the total annual duration of severe turbulence increased by 55% from 17.7 hours in 1979 to 27.4 hours in 2020…Moderate turbulence increased by 37% from 70.0 to 96.1 hours, and light turbulence increased by 17% from 466.5 to 546.8 hours.“