The Middle East aviation sector faced significant operational disruptions in 2024, with severe weather events and geopolitical tensions leading to widespread delays and cancellations. Notably, Dubai International Airport was forced to cancel 31% of flights during historic flooding between April 15-17. The cost of these disruptions can be substantial, with the estimated cost of roughly 8% of airline revenues.
Remarkable Passenger Growth
Despite the disruptions that did occur in 2024, the region continued to grow at a remarkable rate.
Air travel demand continued to soar for the Middle East, with passenger figures to the Middle East up 18% over 2019 and a 37% rise in revenues.
Major airports in Jeddah, Abu Dhabi, and Medinah saw the steepest rises, with traffic up 56% to King Abdulaziz International Airport in Jeddah and up 65% to Zayed International Airport in Abu Dhabi.
Operational Excellence and On-Time Performance
Amid rising passenger volumes, a focus on operational excellence differentiated carriers like Oman Air, which led the region with an +90% on-time performance in 2024 arrivals. The airline has continued to operate with a high on-time arrival percentage even after it expanded its network and schedule.
The Imperative for Data-Driven Operations
Persistent disruption, particularly from unpredictable events like extreme weather, underscores the need for robust data analytics integration within airline and airport operations. Leveraging aviation data analytics enhances day-to-day situational awareness, aids disruption diagnosis, and streamlines workflows—from forecasting demand to optimizing staff and resource allocation. Airlines and airports using advanced analytics can respond faster and more effectively to disruptions, reducing costs, improving passengers’ experiences, and benchmarking their performance to inform future operational planning.
The Road Ahead for Middle East Aviation
As the Middle East region continues to invest in infrastructure and connectivity, digital transformation emerges as a critical strategy for sustaining growth and minimizing the cost of disruption. Adopting a data-driven approach allows organizations to optimize planning, drive efficiency, and ensure operational resilience.
Industry professionals seeking actionable insights and strategies for leveraging data-driven aviation operations won’t want to miss Cirium’s Piyush Chawla in conversation with STR’s Sarah Duignan on the Global Stage at the Arabian Travel Market, Wednesday, April 30 2025 at 11:05 a.m.
Cirium Ascend Consultancy is trusted by clients across the aviation industry to provide accurate, timely, and insightful aircraft appraisals. The team provides the valuations and analysis the industry relies on to understand the market outlook, evaluate risks and identify opportunities.
Joanna Lu, Head of Consultancy Asia, Cirium Ascend Consultancy
Following the seismic shock of the Covid-19 pandemic, which brought global travel to a near standstill, the industry is now facing a different kind of disruption — one with potentially longer-lasting consequences. The rise of trade protectionism and tariff actions in key economies is contributing to a broader shift in global dynamics that may reshape supply chains, travel patterns, and aviation strategies in the years ahead.
Unlike Covid, which caused a sharp but time-bound crisis followed by a defined recovery path, the impact of trade-related policy shifts appears more gradual — and potentially more difficult to reverse. If these changes trigger a prolonged decoupling of global economies, they may leave a lasting mark on the structure of international aviation — from network strategies and passenger demand to fleet deployment and aircraft economics.
The Legacy of Covid and a New Wave of Fragmentation
In many ways, the current landscape is an extension of the lessons and adaptations triggered by Covid-19. The pandemic exposed the vulnerabilities of overreliance on global systems. As a result, businesses and governments have become more cautious, and some of that caution is now being formalized into policy through tariffs, trade barriers, and revised sourcing strategies.
This environment may be starting to create structural pressure points for aviation in two key areas:
1. Passenger Travel: Premium Travel Redefined
Corporate and traditional business travel continues to face scrutiny from cost-conscious companies. While premium travel demand overall has rebounded, much of this recovery appears to be driven by premium leisure rather than corporate activity — a trend noted by several airlines in the U.S. and Europe.
However, real passenger traffic data from Cirium FM Traffic reveals that the share of passengers flying in premium cabins (First, Business, and Premium Economy) has not returned to pre-pandemic levels for most global network carriers — suggesting that corporate travel recovery remains uneven and fragile.
Key observations:
Singapore Airlines (SQ) led the group in premium traffic share but peaked in 2022, with a decline through 2024.
Cathay Pacific (CX) saw a temporary bump in 2022, but premium share has returned to 2019 levels.
British Airways (BA) and Delta (DL) saw stable or declining shares, pointing to a structural shift in the premium travel mix.
Chart: Premium Cabin Share of Total Traffic (2019–2024)
Source: Cirium Core
These trends suggest that while pricing and cabin revenue may have recovered, the volume of premium passengers remains below pre-Covid norms. This has important implications for network planning, cabin configuration, and loyalty program strategies.
2. Air Cargo: A Shifting Geopolitical Footprint
Air cargo demand is also evolving as global manufacturers reassess supply chains in light of geopolitical uncertainty. There is growing interest in “friendshoring” and “nearshoring” — particularly in the tech and automotive sectors — as companies seek to reduce overreliance on single-country sourcing models.
For example, Apple’s expansion of manufacturing in India and Vietnam reflects a broader trend of diversifying away from China-centric production. While this has not yet resulted in major shifts in air cargo traffic flows, it signals a potential realignment of freight corridors toward new Asia–Asia and Asia–Middle East lanes.
Gradual but Structural Change
Structural changes such as these tend to unfold slowly, and their effects may only become fully visible in the data over time. However, early indicators — including shifts in premium travel composition and supply chain restructuring — suggest a gradual rebalancing of global aviation is already underway:
A pivot away from long-haul intercontinental traffic toward more regionalized operations
Increasing reliance on agile fleet strategies, particularly longer-range single-aisle aircraft
A growing need for scenario-based planning amid continued trade and policy fragmentation
Chart: Average Stage Length (KM) – Scheduled Passenger vs. Cargo Flights (YE Apr 2019-2025)
Source: Cirium Core
Passenger flight distances are projected to increase modestly, reaching 1,480 km by YE April 2025 — slightly above 2019 levels. Cargo flights have shown more volatility but continue to maintain longer average stage lengths, indicating that major freight corridors remain active in the near term. These trends suggest that while the impact of tariff-driven fragmentation is still emerging, its eventual implications for route planning and aircraft deployment could be significant.
Assessing Network Strategy: The Regional Pivot
One way to observe strategic shifts in aviation is through changing network patterns. Cirium schedule data shows that several major carriers — including Cathay Pacific, Singapore Airlines, and United Airlines — have increased the share of operations on routes under 5,000 km since 2021.
This reflects a broader trend: in times of macro uncertainty, regional flying becomes a lower-risk, more manageable option. For Asia-based carriers especially, the data suggests a strategic pivot toward intra-Asia routes as a foundation for building resilience and capturing regional growth.
For instance, Cathay Pacific reported a full-year profit of HK$9.9 billion in 2024, its second consecutive year in the black. A key factor was its strengthened focus on regional connectivity, particularly with mainland China and other parts of Asia. By increasing the proportion of flights under 5,000 km, Cathay improved operational efficiency and supported scalable recovery — even as long-haul markets remain volatile.
Chart: Scheduled Regional Flights Share (<5000km) by Selected Network Airlines
Source: Cirium Core
This shift is not just tactical — it is strategic:
Regional routes allow airlines to adapt quickly to regulatory or demand changes
They come with lower operational costs
They align with the growth of intra-regional trade and tourism
Low-cost and regional carriers may be best positioned to benefit, while long-haul carriers may face continued pressure to right-size networks and rethink fleet composition.
Aircraft Implications: Deployment, Not Just Demand
While it may take time for these shifts to be fully reflected in aircraft valuations, their operational implications are already emerging:
Single-aisle aircraft, especially long-range variants, are becoming increasingly relevant due to their flexibility across both domestic and regional international routes.
Widebody aircraft, particularly older models, may struggle to achieve consistent deployment without a clear long-haul recovery.
Even in the absence of clear pricing trends, there is a growing need for conservative long-haul fleet planning and greater adaptability in deployment strategies.
Looking Ahead: Key Questions for Industry Stakeholders
The shift toward a more fragmented and regionalized world raises critical questions:
How diversified is your network strategy across regional and long-haul markets?
Are your fleet plans agile enough to adapt to a prolonged long-haul demand recovery?
How are trade policy shifts influencing your procurement, partnerships, and alliances?
In an era of policy divergence and evolving alliances, the ability to adapt will increasingly define competitive advantage. Aviation strategies must reflect not only traveler behavior but also broader political and economic signals.
At Cirium, we continue to track these evolving patterns through flights, schedule, and fleet data. While some trends will take time to fully materialize, the signals today point to a future where regional agility may matter more than global reach, and where strategic flexibility becomes a core competitive differentiator.
We support our clients with scenario-based analysis and data-led insights to help them navigate uncertainty and plan with confidence.
London, 8 April 2025: Aviation analytics firm, Cirium, has entered into an integration partnership with two leading airport technology providers, Copenhagen Optimization and Azinq, to enable airport operations and border control to adopt enhanced data integration and automation, driving multiple operational efficiencies.
This new agreement brings together Cirium’s advanced analytics with Copenhagen Optimization and Azinq’s leading technology to improve airport efficiency, leading to time and resource savings and an enhanced passenger experience.
This out-of-the box solution enables airports and customs, border protection and security agencies to seamlessly integrate Cirium’s proprietary schedules, flight data and fleet information into their operating systems. By integrating the data, businesses can accelerate data-driven decision-making to ensure smooth airport operations, a more reliable service and suitable resource planning.
Jeremy Bowen, Cirium CEO said, “We’re thrilled to be partnering with Copenhagen Optimization and Azinq, marking the first integration partnership of its kind for Cirium. Together, we will enable airports and customs and border control agencies to make more informed decisions at speed through the combination of innovative software and Cirium’s advanced analytics – saving valuable time for everyone involved”.
Over the past few years, global airports have continued to implement innovative technologies and strategies across their infrastructures to enhance operations. The uptake and implementation of such technologies, however, has been slow, meaning airport operations will hugely benefit from this type of partnership.
Airports that embrace this integrated and connected way of using data analytics can implement various solutions to more effectively manage operations – running passenger predictions, automating data for resource planning, monitoring airport-specific flight data to mitigate disruption and more.
The coming together of the three companies, expands upon the existing collaboration between Copenhagen Optimization and Azinq for airport flight schedule management and seasonal planning solutions.
“Optimizing airport operations requires access to the most precise and timely data available,” said Kasper Hounsgaard, CoCEO and founder of Copenhagen Optimization.
“By integrating Cirium’s trusted flight schedules into Better Airport®, we empower airports to make better decisions, reduce operational disruptions, and enhance the overall passenger experience. Together with Cirium and Azinq, we are committed to provide airports with an unparalleled level of forecasting accuracy and efficiency.”
Chris Taylor, Azinq CEO said: “Our approach, through our Airport Hive ® suite, has always been to facilitate seamless integration, flexibility and scalability in airport operations. By collaborating with Cirium we can take this even further, delivering the industry’s leading analytics through our dynamic operational platform”. This builds on our already stronger partnership with Copenhagen Optimization and our strong emphasis on partnerships and integration.
Copenhagen Optimization and Azinq will seamlessly integrate Cirium’s data and analytics into their software solutions through connecting to the Cirium Sky Warehouse and Cirium Sky APIs.
About Cirium Cirium® is the world’s most trusted source of aviation analytics. The company delivers powerful data and cutting-edge analytics to empower a wide spectrum of industry players. It equips airlines, airports, travel enterprises, aircraft manufacturers, and financial entities with the clarity and intelligence they need to optimize their operations, make informed decisions, and accelerate revenue growth.
Cirium® is part of LexisNexis® Risk Solutions, a RELX business, which provides information-based analytics and decision tools for professional and business customers. The shares of RELX PLC are traded on the London, Amsterdam and New York Stock Exchanges using the following ticker symbols: London: REL; Amsterdam: REN; New York: RELX.
Copenhagen Optimization A global software-as-a-service platform with a passion for making airport operations simple and efficient. The software solution Better Airport® is a cloud-based solution that uses data and a combination of AI and advanced mathematical algorithms to bring clarity and confidence to plans, data, and complex decision-making, empowering airports to better predict, operate, and optimize. Better Airport is currently deployed and live in operations in more than 40 medium and large airports globally, spanning across USA, Canada, Europe, Asia, and now also Australia.
Azinq Azinq’s “Airport Hive” is a cloud-based, modular SaaS suite of airport operational products designed to replace traditional Airport Operational Databases (AODB). Airport Hive modules offer rich functionality for managing flight schedules, operational flight information, fixed resources, reference data, reporting and aeronautical billing. Airport Hive is built using event driven microservices architecture. Therefore, all data is available through real-time data streaming and REST APIs, enabling systems to connect and easily share data effortlessly.
Mention “snowbirds” to a Floridian and most will think of Canadians. In South Florida, that long-standing seasonal migration is so familiar that some neighborhoods even bear French Canadian street names.
But economic headwinds and political uncertainty have begun to reshape one of the world’s busiest cross-border air markets. Canadian carriers, in particular, are adjusting their schedules — and Florida is feeling the impact. And, the bookings appear to be taking a hit.
U.S.–Canada: A Vital Transborder Corridor
The United States remains the top international destination for Canadian travelers, while Canada ranks just behind Mexico for U.S. outbound passengers, according to Cirium data. The transborder market connects nearly 190 city pairs, including high-frequency routes like Toronto to New York City, which alone sees roughly 4,000 daily seats.
Using Cirium’s Diio airline planning system, we reviewed airline schedule changes for April through June 2025. The analysis compares data as filed on January 31, 2025, with updated schedules from late March. And, using Cirium’s Diio Advance Bookings tool, we analyzed forward bookings — for which there are some very important caveats.
Scheduled Capacity Down Since January
Overall, carriers are offering 4.4% fewer seats between Canada and the U.S. for April–June 2025 than they were back in January. Canadian airlines, which operate the bulk of this capacity, have made steeper cuts — down 6.1% on average.
For example, in April alone, airlines initially scheduled 13,555 flights. That number has now dropped to 13,100 — a reduction of roughly 400 flights. Signs of this pullback first emerged in March and have since extended into the spring months.
April 2025 vs. April 2024
When comparing this April to the same month last year, scheduled capacity is generally lower. The Canadian dollar’s continued weakness and ongoing political tensions have likely played a role in these reductions.
Air Canada’s seats are down more than 9% year-over-year, with WestJet reducing capacity by nearly 5%. United, by contrast, is growing its presence in the market with an 8.5% increase in seats. Meanwhile, Porter Airlines, which has deployed its new Embraer E2-195 jets, is directing 23% of its available seat miles to U.S. destinations this April.
Airline
Apr-25
Apr-24
Diff
Percent Diff
Air Canada
623,461
686,644
-63,183
-9.20%
WestJet
244,032
255,989
-11,957
-4.67%
United Airlines
190,276
175,322
14,954
8.53%
Delta Air Lines
121,417
119,406
2,011
1.68%
Porter Airlines
119,292
83,736
35,556
42.46%
American Airlines
112,644
103,118
9,526
9.24%
Flair Airlines
40,446
63,049
-22,603
-35.85%
Alaska Airlines
32,092
29,517
2,575
8.72%
Air Transat
21,595
28,989
-7,394
-25.51%
JetBlue
4,770
4,860
-90
-1.85%
Florida: A Sharper Decline
Florida stands out. Traditionally a strong seasonal market for Canadian carriers — particularly in fall, winter, and spring — it’s now seeing significant pullbacks. Compared to January schedules, seat capacity for April through June is down more than 20% as of late March for destinations like Fort Lauderdale and Miami. The cuts are less severe in Orlando, but the overall trend points to caution among carriers.
Watching the Summer Booking Curve
When we talk about advance bookings data, it’s important to note that our insights come from online travel agencies—not direct airline bookings. And since most bookings still happen directly with the airlines, this means we’re looking at a sample, not the full picture. Some carriers don’t distribute through OTAs or GDS at all.
So while the data can point us in the right direction, it’s more directional than definitive.
We performed an analysis of bookings made between January and March 2025 for travel in April, May, and June, and compared them to the same period in 2024. The analysis focused on departures from Toronto, Montreal, Vancouver, and Calgary to key U.S. destinations—New York-area airports, Los Angeles, Chicago, Ft. Lauderdale, Miami, and Denver. It’s not the full picture, of course. But on third-party channels, bookings are down by about 20.5%. Only the airlines have the full view of what the actual decline looks like.
Despite current reductions and potential reductions in bookings, the U.S. remains a critical market for both Canadian and U.S. airlines. Canadian carriers, in particular, depend on robust transborder demand — whether for business, family connections, or leisure. Airlines on both sides of the border will be closely monitoring booking trends as the summer season approaches.
Southwest carefully engineered transformation, redefining reliability, and showcasing the impact of strategic improvements and a commitment to sustained performance.
Two years ago, Southwest Airlines faced one of the toughest challenges in its history. A holiday meltdown in December 2022 left the airline scrambling, cancelling nearly 17,000 flights and disrupting travel for over 2 million passengers. Social media swarmed with frustrated posts, and trust in the airline hit rock bottom. The crisis wasn’t just weather-driven; it exposed deeper flaws, from outdated scheduling systems to operational vulnerabilities. Industry watchers wondered if Southwest could recover.
Fast forward to February 2025, and the airline is writing a very different story. With an impressive on-time arrival rate of 82.27%, Southwest Airlines has been named North America’s most on-time airline by aviation analytics leader Cirium. It’s not just a comeback; it’s a transformation that began long before Winter Storm Elliott.How did Southwest go from crisis to champion?
A Turning Point Built on Leadership
Southwest didn’t just “fix” its problems; it overhauled the way it operates, said Justin Jones, the airline’s Executive Vice President of Operations. Speaking with Scott McCartney recently on the Airlines Confidential podcast, Jones described the monumental effort it took for the airline’s leadership team to steer the airline out of rough skies.
“We knew we couldn’t just patch things up and move on. It required rethinking everything—from technology to teamwork to how we schedule flights,” he explained.
Southwest didn’t just “fix” its problems; it overhauled the way it operates, said Justin Jones, the airline’s Executive Vice President of Operations. Speaking with Scott McCartney recently on the Airlines Confidential podcast, Jones described the monumental effort it took for the airline’s leadership team to steer the airline out of rough skies.
“We knew we couldn’t just patch things up and move on. It required rethinking everything—from technology to teamwork to how we schedule flights,” he explained.
This leadership approach reassured both employees and customers that resilience was a key part of Southwest’s operations.
How Southwest Took Back Control
Southwest’s recovery wasn’t built on short-term solutions or lucky breaks. It was a carefully engineered transformation, focused on key areas where their previous systems had failed.
1. Preparing An Operation Ready For The Future
Southwest recognized the need for stronger, more adaptable technology to support its growing network. While already working to modernize the operation, the airline accelerated its efforts—investing $1.3 billion in more modern IT systems, including automated flight rescheduling tools and advanced decision-making platforms. These upgrades go beyond short-term fixes—they are designed to enhance efficiency, improve resilience, and ensure Southwest can operate smoothly even in the most challenging conditions.
2. Weather Resilience Strategies
Winter weather may be unpredictable, but its disruptive power can be anticipated. Southwest strengthened its defenses by expanding de-icing capabilities, boosting airport coordination, and adjusting staffing protocols during storms. These improvements meant fewer last-minute scrambles and more efficient operations during extreme conditions.
3. Smarter Scheduling, Fewer Delays
By aligning Network Planning and the Network Operations Center under a single leader, Southwest brought network thinking into how it manages the business every day, including aircraft routing, cancellation decisions, and coordination with all operating groups.
4. More Crew, Fewer Complications
Southwest also tackled one of the biggest contributors to operational chaos: staffing. By hiring more pilots, flight attendants, and ground crew members, the airline ensured resources were available even during high-stress moments. Crew shortages, once a critical weak link, were no longer a stumbling block in delivering reliable service.
5. Extra Aircraft for Extra Assurance
To add further stability, Southwest increased its fleet rotation by incorporating more spare aircraft. This allowed for quicker recoveries from unexpected mechanical issues or delays, minimizing disruptions for passengers. (Southwest didn’t add more spare aircraft per se; they added more late departing originators to give mechanics more time to work on the aircraft overnight. TechOps took numerous steps to further reduce aircraft downtime.)
A New Era for Southwest
By 2024, Southwest’s efforts were already showing results. The airline achieved a cancellation rate of just 0.62%, the lowest in the industry and well ahead of the 1.63% industry average. During the busy summer months, they flew a record-breaking 54 million passengers while improving on-time performance by two percentage points.
But the real breakthrough came in early 2025. With an A14 rate in the low-to-mid 80s (a measure of flights arriving within 14 minutes and 59 second of the scheduled time), Southwest ascended to the top of Cirium’s on-time rankings.
This achievement signaled a shift in an industry where Delta Air Lines has long set the standard for operational reliability.
Southwest’s climb to the #1 spot was more than just a comeback—it showcased the impact of strategic improvements and a commitment to sustained performance.
More Than Numbers
Behind the metrics is a story of persistence, innovation, and teamwork. Employees who worked tirelessly to restore faith in the airline. Passengers who began to take notice, moving from frustration to praise for the airline’s newfound reliability.
Leadership, too, played its part by inspiring confidence. Justin Jones credited the turnaround not to any single decision, but to the collective spirit of a company determined to win back trust.
“You can’t plan your way out of a crisis like this overnight,” he noted. “It takes consistent effort and a commitment to doing what’s right for passengers and our employees.”
Lessons in Transformation
Southwest’s rise to the top offers valuable lessons for the aviation industry and beyond. When faced with operational challenges, many companies opt for quick fixes. However, Southwest took a different approach—investing in core infrastructure, refining its network strategy, and strengthening its teams—demonstrating that resilience comes from deliberate action and long-term commitment.
For passengers, the message is clear as well. Even brands that falter can become reliable again with transparency, hard work, and a relentless focus on improvement.
The Flight Ahead
While Southwest’s success is worth celebrating, its team knows the job isn’t done. Consistency will depend on maintaining the momentum they’ve established and adapting as new challenges emerge.
Southwest is working to maintain this momentum even as the recently announced move to charge for checked luggage will likely result in more gate-checked bags that could threaten the hard-won reductions in turn times. The airline is adding technology at every gate to eliminate string tags, bolstering procedures to help gate agents manage volume, and installing equipment to get bags more efficiently from the gate to the ground.
But if the last two years have proven anything, it’s that Southwest Airlines is more than capable of weathering a storm and taking flight again.
More than a comeback, Southwest’s rise to the top shows that operational excellence is built on adaptability, strategy, and commitment.
London, 18 March 2025: Brisbane Airport (BNE), which serves as the major gateway to Queensland, has partnered with aviation analytics firm, Cirium, to become one of the first airports to integrate Cirium Sky Warehouse, a data-driven cloud platform, into its modernisation efforts.
Cirium’s advanced data and analytics will be seamlessly integrated with Brisbane Airport’s business systems. This integration will support enhanced capacity planning, resource allocation, and operations analysis.
Jeremy Bowen, Cirium CEO, commented: “We are delighted to support Brisbane Airport’s transformative investment to revolutionise its passenger experience and meet future travel demand.
“Integrating Cirium data and analytics through the Cirium Sky Warehouse will help the airport to consolidate and accelerate digitization, leading to improved decision-making and operational performance.
” Our data will be a crucial asset in driving efficiency and elevating the traveler experience at Brisbane Airport.”
Ryan Both, Brisbane Airport Executive General Manager Aviation said: “Accessing Cirium’s schedules data through Cirium Sky Warehouse enables advanced automation, marking a critical step in Brisbane Airport’s digital transformation project.”
“The schedules data plays a critical role in creating and executing more accurate flight schedules, planning for future events and fluctuations in air traffic, gaining more comprehensive insights, and making decisions for business growth. This will lead to numerous improvements around efficiency, sustainability and passenger experience.”
“Embracing a cloud-based data integration approach also means we will significantly reduce the time spent internally on data and ultimately drive cost efficiencies.”
Brisbane Airport is currently undergoing a transformation program known as Future BNE, which includes 150 projects over a 10-year period, focusing on upgrades to the airport’s domestic and international terminals, as well as planning for a third terminal, ahead of the city hosting the 2032 Olympics.
This first phase modernization will support an improved experience for the almost 25 million passengers currently passing through its terminals and the additional 10 million expected over the coming decade.
The Cirium Sky Warehouse delivers the highest quality aviation data and analytics in one accessible data cloud, aligning seamlessly with Brisbane Airport’s digital transformation objectives. While the airport will initially leverage schedules data, a wealth of other data can be accessed and integrated from Cirium Sky Warehouse including flight, traffic, fleet, fares, weather, and CO2 emissions.
By leveraging the power of Cirium’s data cloud, Brisbane Airport joins global major airlines, fuel supply companies, aviation financiers, and more in enhancing its planning, operational efficiency and growth opportunities.
To find out more about the Cirium Sky Warehouse, click here
About Cirium Cirium® is the world’s most trusted source of aviation analytics, delivering powerful data and cutting-edge analytics to empower a wide spectrum of industry players. Equipping airlines, airports, travel enterprises, aircraft manufacturers, and financial entities, the company provides the clarity and intelligence needed to optimise operations, make informed decisions and accelerate revenue growth.
Cirium® is part of LexisNexis® Risk Solutions, a RELX business, which provides information-based analytics and decision tools for professional and business customers. The shares of RELX PLC are traded on the London, Amsterdam and New York Stock Exchanges using the following ticker symbols: London: REL; Amsterdam: REN; New York: RELX.
For further information please follow Cirium® on LinkedIn or visit cirium.com.
About Brisbane Airport BNE is the third-largest airport in Australia by passenger numbers, with 24 million passengers travelling through the airport annually. BNE contributes $4.7 billion GDP annually, with 1 in 70 Queensland jobs enabled by BNE and benefits provided range of key industries such as tourism, resources and international education. BNE is the largest airport in Australia by land size, covering 2,700 hectares of land used for aviation, property development and consumer businesses, which employ over 20,000 people. In 2025 it celebrates 100 years of operation.
At the centre of this aviation evolution is the United Arab Emirates, home to some of the world’s most prestigious airlines and airports. Leading the charge is Emirates Airline, a $29 billion enterprise with a fleet of over 250 aircraft connecting more than 140 destinations worldwide. Emirates has set the standard for passenger experience through cutting-edge technology, from in-flight entertainment to biometric security systems.
But Emirates is not alone. Saudia and Oman Air have also made remarkable strides in operational performance and service excellence. Saudia secured second place in Cirium’s Global Airline On-Time Performance (OTP) ranking for 2024, while Oman Air ranked second in the Middle East and Africa’s top 10 airlines.
Riyadh’s King Khalid International Airport (RUH) also emerged as a leader, winning both the Global and Large Airport categories with an impressive on-time departure rate of 86.65% across nearly 241,000 flights in 2024 and 115 routes.
These airlines and airports have recognized the importance of adapting to changing customer needs and embracing sustainable practices to ensure long-term success. To that end, minimizing cancelled flights and delays is something everyone can agree is a positive step – in what has been a challenging year for aviation overall.
Cirium’s Middle East and Africa OTP Regional Update
In 2024, the top 10 on-time Middle East and Africa airlines operated 20% more flights compared to the top performers of 2023—a collective total of nearly 984,500 flights in 2024.
This surge in flights evidences the significant growth in the Middle East, alongside the passenger volumes in Saudia Arabia, the UAE, Qatar and Bahrain surpassing pre-pandemic levels.
In addition to the growth in flights, the Middle East and Africa airlines operated more efficiently, with the top performers achieving a collective on-time arrival of 83.08% in 2024 compared to 82.44% in 2023. The regions 2024 on-time arrival surpassed the on-time arrivals of the European, North American, Latin American and Asia-Pacific airlines.
These developments underscore the Middle East’s significant role in the global aviation industry, driven by strategic investments, economic diversification efforts and a robust recovery in travel demand.
The Middle East and Africa region saw some shifts in rankings and performance of the individual airlines in 2024, with notable improvements from airlines like Saudia and Kuwait Airways, while others like Etihad Airways and Emirates experienced slight declines. Saudia climbed from sixth place in 2023 to fourth place this year, with an OTP of 86.35%. With a remarkable 11-point increase over last year’s performance, Kuwait Airways moved from ninth place to fifth, with an OTP of 84.63%. Royal Jordanian remained in third place with a consistent on-time arrival of 87.05% in 2024. Meanwhile, Etihad Airways experienced a slight decline in OTP, dropping to eight place, with an OTP of 82.90% in 2023 to 76.91% this year. and Emirates experienced a decrease from 78.48% to 74.42%, moving to ninth place.
International airports in the Middle East showed huge improvement in their performance this year, Riyadh King Khalid International Airport (RJH) secured the top spot in the Global and Large airports categories, entering the top 20 ranking in 2024. Abu Dhabi Zayed International Airport (AUH) improved its ranking in 2024 with an on-time departure rate of 80.32%, up from 81.03% in 2023, also entering the top 20 Global airports.
Innovation Hubs Enable Collaboration
One of the most exciting developments in the region’s aviation industry is the emergence of innovation hubs like Emirate’s Ebdaa in Dubai. Ebdaa serves as a catalyst for creativity, collaboration, and sustainable energy. This state-of-the-art facility brings together the brightest minds from universities, technology suppliers, and startups to drive the development of cutting-edge solutions. From hydrogen-powered aircraft prototypes to advanced air traffic management systems, the groundbreaking projects emerging from Ebdaa are testament to the region’s commitment to shaping the future of aviation.
But innovation is not limited to the development of new technologies. The Middle East’s aviation industry is also pioneering new approaches to training and passenger experience.
Emirates, for example, has also embraced extended reality and immersive experiences to enhance the onboarding and training of its aircrew and employees. By providing realistic simulations of the working environment, these technologies are reducing training times and ensuring a smoother transition for new hires.
Similarly, Dubai International Airport, one of the world’s busiest, is leading the charge with its plans for a fully touchless, walk-through experience. Passengers will enjoy seamless check-in, security clearance, and boarding processes, thanks to advanced biometric technology. This initiative not only reduces wait times and enhances safety but also provides a more hygienic and convenient travel experience in the wake of the COVID-19 pandemic. Similar advancements are being implemented across the region, revolutionizing the way passengers navigate airports and interact with airline staff.
However, the rapid growth and innovation in the Middle East’s aviation industry are not without challenges. The region faces a shortage of skilled labour, with estimates suggesting that the UAE alone will require around 22,000 pilots and crew members by 2033. To address this issue, countries in the region are investing in training and development programs, partnering with educational institutions to nurture the next generation of aviation professionals.
Another challenge is the need for sustainable practices in the face of climate change. While the Middle East’s airlines and airports have made significant strides in reducing their carbon footprint, there is still much work to be done. The adoption of sustainable aviation fuels, the development of more fuel-efficient aircraft, and the implementation of eco-friendly ground operations are all critical steps in ensuring the industry’s long-term sustainability. To this end airlines and airports across the region are investing heavily in eco-friendly initiatives, such as the adoption of sustainable aviation fuels, the development of fuel-efficient aircraft, and the implementation of green ground operations.
Etihad Airways, for example, has pledged to reduce its carbon emissions by 50% by 2035 and achieve net-zero emissions by 2050.
These efforts are not limited to operational benefit but are also vital for securing the financial backing for the industry with many deals coming with “green strings attached”. Cirium has also invested heavily in this area and recently secured accreditation for EmeraldSky from the Rocky Mountain Institute for the first climate-aligned finance framework tailored for the aviation industry.
Despite these challenges, the mood in the Middle East’s aviation industry is one of optimism and determination.
The region’s leaders recognize the immense potential of the sector and are committed to investing in its future. From the ambitious plans of Saudi Arabia to the strategic partnerships being forged across the region, there is a sense of unity and purpose in driving the industry forward.
In the coming years, we can expect to see even more groundbreaking advancements emerging from the region. From the development of hydrogen-powered aircraft to the implementation of seamless, touchless travel experiences, the Middle East’s aviation industry is pushing the boundaries of what’s possible. As these innovations take flight, they will not only transform the way we travel but also inspire a new generation of entrepreneurs and innovators. The Middle East’s aviation success story is a testament to the power of vision, collaboration, and innovation. As the region continues to invest in its people, its infrastructure, and its technologies, it is laying the foundation for a brighter, more sustainable future. With its eyes fixed firmly on the horizon, the Middle East is ready to take the global aviation industry to new heights, one innovation at a time.
Manchester, 28 January 2024: Manchester Airports Group (MAG), the largest UK airport group which owns and operates Manchester, East Midlands and London Stansted airports, has entered into an agreement with aviation analytics firm, Cirium.
The multi-year deal will see MAG utilize a range of Cirium’s analytics and solutions – including EmeraldSky CO2 flight emissions and on-time performance data, Diio market intelligence, and Ascend Fleets Analyzer, providing a holistic approach to enhance operational efficiency.
The deal will enable the Group to make quicker and better-informed decisions using Cirium data and analytics, advancing strategic planning and post-operations analysis to ensure a better customer experience.
In a first for a leading tier-one airport group, the new agreement includes Cirium’s EmeraldSky analytics, which delivers unparalleled flight, landing and take-off emissions data. This pioneering solution will provide MAG with the most accurate aircraft emissions data, allowing for monitoring, reporting and modulation of airport charges. The methodology behind this data has been vetted by experts from the University of Manchester and Manchester Metropolitan University.
MAG will also leverage Cirium’s On-Time Performance data, considered the gold-standard in the industry. This data measures the performance and reliability of airports and the airlines which operate from them. This will enable MAG to benchmark its performance and showcase its performance against other airports in the UK and around the world.
Additionally, the agreement includes Cirium’s Fleets Analyzer and Diio market intelligence tool. Fleets Analyzer will empower MAG’s strategy team to better understand the evolution of an airlines’ fleet, and the Diio market intelligence tool will help to develop more robust business cases to attract new routes to the Group’s airports, all while monitoring market changes and improving forecasting.
Jeremy Bowen, Cirium CEO said, “We’re thrilled to be able to aid the biggest airport group in the UK to improve operations, and achieve sustainability goals through our range of Cirium solutions. Cirium’s comprehensive proposition stands out from our competitors by delivering value across multiple facets of MAG’s operations.”
MAG Chief Strategy Officer, Andrew Macmillan said: “Data plays a significant role in running an effective airport. We are always seeking new opportunities to better our understanding of how our airports are functioning, and where we can make improvements. Ensuring our airports are operating as sustainably as possible is also a priority for MAG. Any new insight as to how to cut our carbon emissions moves us closer to our goal of net zero aviation by 2050.
“This new partnership will aid strategic planning across MAG, improve operational efficiency for our colleagues and airline partners, and deliver a better airport experience for our passengers.”
To learn more about the Cirium aviation analytics and solutions visit cirium.com
About Cirium Cirium® is the world’s most trusted source of aviation analytics. The company delivers powerful data and cutting-edge analytics to empower a wide spectrum of industry players. It equips airlines, airports, travel enterprises, aircraft manufacturers, and financial entities with the clarity and intelligence they need to optimize their operations, make informed decisions, and accelerate revenue growth.
Cirium® is part of LexisNexis® Risk Solutions, a RELX business, which provides information-based analytics and decision tools for professional and business customers. The shares of RELX PLC are traded on the London, Amsterdam and New York Stock Exchanges using the following ticker symbols: London: REL; Amsterdam: REN; New York: RELX.
About Manchester Airports Group Manchester Airports Group (MAG)is the UK’s largest airports group which owns and operates Manchester, London Stansted and East Midlands Airports, alongside digital services business CAVU. In 2023/24, MAG serves 63.1m passengers and directly employs more than 7,500 people. The Group flies to more than 200 destinations, working with more than 60 airline partners. MAG has a target to make its airport operations net zero by 2038, and in 2016 was the first UK airport group to be certified as carbon neutral.
Winter in Scandinavia can be unforgiving, but Scandinavian Airlines (SAS) doesn’t let a little snow slow it down. In 2024, SAS earned the title of Europe’s third most on-time airline, trailing Iberia, and secured a top ten spot in the Global On-Time Category, according to Cirium’s On-Time Performance Review. Achieving such reliability in a region where winter weather is a constant adversary speaks volumes about SAS’s ability to rise above the elements—and the competition.
For SAS, last year’s impressive on-time performance caps an eventful period with many changes. In 2021, with the pandemic still present, the companywelcomed Anko van der Werff as its new Chief Executive Officer. He quickly began work on securing the airline’s future, warning all stakeholders that this would require big changes. As he wrote in the company’s annual report at the time, “The future remains uncertain which means, to be able to compete in the long term, the transformation of SAS must continue and be accelerated.”
Van der Werff faced many challenges. To compete with Europe’s many low-cost carriers, SAS needed to reduce its own costs.
It also had to simplify its operations, be a leader in sustainability, work closely with unions, and deliver industry-leading service. In the years just before Covid, SAS was only slightly profitable. In its fiscal year 2019, for example, it earned a net profit of just 621 million Swedish krona on about 47 billion krona in revenue. That’s a profit margin of just 1%. It then lost nearly 16 billion krona in the next two years, which were hit by Covid. Like many other airlines around the world, it survived the crisis with the help of government financial assistance, in this case from the governments of Denmark and Sweden.
Navigating the Storm
Van der Werff’s task didn’t get any easier when SAS pilots staged a 15-day strike during the peak summer season in 2022. The strike led to roughly 4,000 cancelled flights affecting more than 380,000 passengers. In addition, the closure of Russia’s airspace affected the airline’s routes to Asia. A jump in fuel prices, volatile exchange rates, and air traffic control disruptions further impeded Van der Werff’s efforts. Just as the strike was getting started that summer, SAS took the difficult but necessary step of filing for bankruptcy.
“Following new ownership and the successful completion of our restructuring, SAS is emerging as a competitive and financially strong airline.”
Anko Van Der Werff, CEO, SAS September 2024
Van der Werff’s “SAS Forward” plan set the course for recovery. The strategy focused on cutting costs, renegotiating labor agreements, and broadening revenue streams, including boosting ancillary sales. It also introduced new leisure routes, such as Copenhagen to Bangkok, invested in digital transformation, and put a spotlight on on-time performance and reliability. During the winter month of February last year, SAS cancelled only 136 of its 16,026 scheduled flights, less than 1%—a clear sign that the plan was delivering results, especially given that the industry average for cancellations is 1.6%. Anything below 1% is considered exceptional performance.
A New Era with SkyTeam
Air France/KLM was impressed enough to buy 20% of SAS, helping the carrier exit bankruptcy last August. “This marks the start of a new era for SAS,” the airline said. With its new partner, it switched from the Star Alliance to SkyTeam. It started a new Copenhagen route to Delta’s Atlanta hub. Next summer, it will add a Copenhagen route to Delta’s Seattle hub. Next autumn, it will add Copenhagen to Korean Air’s home airport Seoul Incheon, another SkyTeam hub. It also signed a codeshare agreement with SkyTeam’s Virgin Atlantic. Van der Werff has said he’d like to join Air France/KLM’s transatlantic joint venture with Delta and Virgin.
Also last year, SAS welcomed its eight millionth Eurobonus member. Another highlight was announcing a major expansion from Copenhagen airport, which it’s positioning as “a key international gateway to and from Scandinavia and Northern Europe.” It explained, “Copenhagen’s attractive location in continental Europe allows for efficient same-day travel across Northern, Central, and Western Europe. The hub will also serve as a key transit point for long-haul travel, connecting Europe with North America and Asia.”
This year is off to a good start. As mentioned, Cirium was proud to recognize SAS for becoming one of the world’s most on-time airlines. “Our colleagues have joined forces to address what we know customers care most about: punctuality,” said Van der Werff.
“This achievement highlights the dedication and teamwork across SAS, and it wouldn’t have been possible without the incredible efforts and hard work of our colleagues.” He added, “Punctuality is about fulfilling our promise to passengers while supporting more sustainable travel. By managing the unique winter challenges in Scandinavia—snow and freezing temperatures for several months each year—SAS continues to provide reliable service. This underscores what we can accomplish with clear focus and collaboration.” Interestingly, SkyTeam members were heavily represented among last year’s on-time leaders, with Delta winning the Platinum Award for the fourth consecutive year for operational excellence and the most on-time airline in North America, Aeromexico, taking the number one spot in the Global Airline category, followed by Saudia in the second spot.
Looking Ahead
This will be a year of growth for SAS again. As Cirium’s Diio airline planning tool shows, SAS has 11% more seats scheduled this third quarter (its peak season) than last. Seats to and from Copenhagen will be up 20%! The airline will still be about 9% smaller than it was in the summer of 2019, based on seat capacity. However, it will be bigger in Copenhagen, by 14%. Surely, new routes will come as new planes arrive. Cirium’s Fleets Analyzer tool shows SAS currently has two more A350s arriving, plus another six A320neos. It now has 138 planes in total, 11 of them widebodies. Three of its A321neos, furthermore, are long-range “LR” versions.
Strength in Resilience
Despite all the challenges, SAS has emerged as a symbol of resilience. Its strong on-time performance reflects the airline’s commitment to reliability. From new alliances to an expanding network, SAS is setting itself up for long-term success. For an airline that weathered a financial storm, navigated labor disputes, and emerged with a renewed sense of purpose, SAS is flying high again.
While the temperatures in the Nordic region may stay icy, SAS’s turnaround story is just beginning to heat up.
Andrew Doyle, Senior Director – Market Development, Cirium
For aviation enthusiasts, there’s nothing quite like the excitement of a well-orchestrated flight schedule. But what if being on time in air travel could also make a real difference in the fight against climate change? For the first time, Cirium’s groundbreaking EmeraldSky emissions methodology has revealed a significant link between airline on-time performance (OTP) and reduced flight emissions. This innovative analysis is a game-changer in showing how schedule reliability can directly contribute to more sustainable skies.
EmeraldSky isn’t your run-of-the-mill emissions calculator. It’s a sophisticated tool that takes into account a wide array of variables when estimating CO2 emissions for each flight. From the type of aircraft and engine series to winglet design, passenger and cargo payloads, and even the age of the airframe—it’s all factored in. Crucially, EmeraldSky also includes real-time data like gate and runway times, allowing for an accurate record of how long planes spend taxiing and flying. This level of precision sets it apart from traditional, distance-based emissions tools.
Why does this matter? Because time spent in the air or on the ground directly impacts fuel burn—and therefore CO2 emissions.
Efficiency at every stage of the flight isn’t just about convenience for passengers; it’s also about reducing aviation’s environmental footprint.
By tracking the relationship between OTP and emissions trends, Cirium’s analysis reveals that efficiency at every stage of the flight isn’t just about convenience for passengers; it’s also about reducing aviation’s environmental footprint.
Cirium analyzed airport pairs that operate high volumes of short-haul mainline flights (less than 1,500km), comparing data from July 2019 to July 2024. Cirium identified eight routes where improved OTP coincided with significant reductions in average flight times and emissions. On the other side, nine routes showed longer sector times, increased emissions intensity, and declining OTP.
The correlation was clear: better on-time performance generally resulted in lower carbon intensity. In simpler terms, when flights run on time, emissions go down.
The findings highlight the importance of addressing inefficiencies in air traffic management (ATM). For instance, the slow progress in integrating nationally controlled airspace over mainland Europe is a well-known bottleneck. These inefficiencies not only drive-up fuel burn and emissions, but also limit airlines’ ability to improve OTP. Solving such challenges could unlock benefits for both the environment and operational performance.
For aviation stakeholders and industry leaders alike, this provides compelling evidence of how operational excellence can align with sustainability goals. Improving OTP isn’t just about keeping passengers happy—it’s about making air travel smarter, greener, and better for the future of our planet. Cirium’s EmeraldSky methodology has paved the way for a deeper understanding of this critical relationship, proving that every minute matters in the journey toward more sustainable skies.
Improving OTP Results in Lower CO2 Intensity
(KG OF CO2 PER ASK) JULY 2024 VS JULY 2019 (SELECT ROUTES)
Learn more about how Cirium’s EmeraldSky can enable you to make aviation greener and cleaner, please see EmeraldSky Aircraft & Flight Emissions and schedule a meeting with our experts.
Report highlights
Delta Air Lines Secures Cirium’s Platinum Award for Operational Excellence for Fourth Year Running
Aeromexico Recognized as the Most On-Time Airline in the Global Category
Regional Leaders Announced: Delta Air Lines, Copa Airlines, Iberia Express, Japan Airlines, and FlySafair Take Top Honors
Bogotá El Dorado International Airport Earns Cirium’s Inaugural Airport Platinum Award
Riyadh King Khalid International Airport Named Most On-Time Global Airport for 2024
The complimentary OTPAwardsAIhelps in the analysis of the Cirium 2024 On- Time Performance results
Users can analyse and review on-time performance scores, flights, completion factors, and uncover performance trends with ease
This is the first of several GenAI assistants that Cirium will be launching this year, with a OTP Improvement AI coming soon
Cirium, the world’s most trusted source of aviation analytics, has unveiled the industry’s first generative AI assistant designed specifically for airline and airport on-time performance (OTP). OTP Awards AI is the first of Cirium’s generative AI assistants designed to supplement the analysis of Cirium’s 2024 On-Time Performance Review.
The AI assistant empowers anyone connected to aviation to dig deeper into the top performer results, review the on-time performance scores, tracked flights and completion factor insights, and uncover performance trends with ease. With this tool, users can query and compare their metrics with industry leaders to identify performance gaps.
“2025 will be a pivotal year for aviation as it seeks to enhance the use of analytics and automate workflows,” said Jeremy Bowen, Cirium CEO. “Cirium’s new AI assistants supports the growing need for data availability, which is essential for advanced, data- driven decision-making. The first of our assistants is designed to augment the analysis of the 2024 Cirium On-Time Performance Review and is the first of its kind in the market. This is only the beginning.”
Using the assistant, the user can uncover insights and identify airline and airport performance trends. The tool can show a carrier’s ability to recover from disruption and maintain a high level of on-time performance. One of the key features of the OTP Awards AI is its ability for airlines and airports to compare their performance with that of their peers. The OTP Awards AI is the first of several assistants that Cirium will be releasing to the market this year.
Cirium’s AI assistants are being created with a focus on accuracy and precision by connecting directly to Cirium’s industry leading data platform, which is considered to be the most comprehensive in the industry. Up next is the OTP Improvement AI, which is designed to take OTP analysis even further and pinpoint opportunities for operational efficiency, enhancing situational awareness and conducting deep disruption analysis.
Learn more about Cirium’s OTP Awards AI and to sign up to the OTP Improvement AI waitlist.
About Cirium Cirium® is the world’s most trusted source of aviation analytics. The company delivers powerful data and cutting-edge analytics to empower a wide spectrum of industry players. It equips airlines, airports, travel enterprises, aircraft manufacturers, and financial entities with the clarity and intelligence they need to optimize their operations, make informed decisions, and accelerate revenue growth.
Cirium® is part of LexisNexis® Risk Solutions, a RELX business, which provides information-based analytics and decision tools for professional and business customers. The shares of RELX PLC are traded on the London, Amsterdam and New York Stock Exchanges using the following ticker symbols: London: REL; Amsterdam: REN; New York: RELX.
Understanding the environmental impact of flight emissions is crucial for aviation industry stakeholders. Recent data from Cirium’s cutting-edge flight emissions analytics capability, EmeraldSky, provides a comprehensive overview of the trends shaping flight emissions today. Notably, emissions per flight within the UK domestic market have increased by 18% over the past five years. Similarly, flights between the UK and Japan have seen a 21% rise in emissions per flight, primarily due to extended flight times caused by the closure of Russian airspace.
These statistics highlight the complex interplay of factors influencing current industry practices. The closure of Russian airspace has forced many airlines to adopt longer routes, impacting fuel consumption and, consequently, emissions. However, this challenge is being met with technological advancements, such as the retirement of older, less efficient aircraft. The transition to next-generation jets, especially in transatlantic routes between the UK and the US, has led to a 7% reduction in emissions per flight in the summer of 2024, compared to pre-pandemic, with total CO2 emissions also falling despite an overall increase in scheduled flights.
The transition to next-generation jets, especially in transatlantic routes between the UK and the US, has led to a 7% reduction in emissions per flight in the summer of 2024, compared to pre-pandemic, with total CO2 emissions also falling despite an overall increase in scheduled flights.
Expert opinions within the industry underscore these findings. Andrew Doyle, Senior Director – Market Development, Cirium, emphasizes the importance of integrating innovative technologies to mitigate emissions. “While geopolitical factors present significant challenges, the aviation industry’s commitment to modernizing fleets is a testament to our proactive approach to sustainability.”
Looking ahead, the aviation industry is poised for transformative changes. Continued investment in research and development will be critical in enhancing aircraft efficiency and exploring alternative fuels. Stakeholders are encouraged to leverage these insights to refine their business strategies, focusing on sustainable practices that align with global environmental goals.
As the industry progresses, understanding these trends will be indispensable for businesses and travelers alike. By staying informed and adaptable, companies can navigate the complexities of flight emissions, ensuring a balance between operational growth and environmental responsibility.
Cirium Ascend Consultancy is trusted by clients across the aviation industry to provide accurate, timely, and insightful aircraft appraisals. The team provides the valuations and analysis the industry relies on to understand the market outlook, evaluate risks and identify opportunities.
In aviation, optimal “flight block time” is integral to ensuring smooth, timely and cost-effective airline operations. As competition heightens and passengers demand greater punctuality, airlines rely heavily on accurate block time calculations to optimize schedules and improve overall efficiency. But what exactly is flight block time, and how do airlines leverage it to drive operational success? Moreover, how do innovative analytics, such as those from Cirium, enable airlines to refine their approach?
What is Flight Block Time?
Flight block time refers to the total time an aircraft is *blocked*, or occupied, from the moment it leaves the gate at the departure airport to the moment it arrives at the gate of the destination airport. It consists of four key phases:
Taxi-out: Time spent from pushback to taking off.
Takeoff to touchdown: Time spent in the air, known as airborne time.
Taxi-in: Time spent taxiing to the gate after landing.
Additional variables: Includes delays, air traffic control (ATC) considerations and runway congestion, which can fluctuate and impact the total block time.
Accurate block time is crucial not just for efficient scheduling but also for delivering reliable and punctual services. Airlines need a fine balance—overestimating block times can cause inefficient scheduling, higher operational costs, and poor use of aircraft assets; while underestimating it can result in cascading flight delays and impact aircraft turn times that can result in customer dissatisfaction and increased penalties.
How Airlines Optimize Schedules Using Block Time
Airlines use flight block time to optimize flight schedules in numerous ways:
Precision in scheduling: By fine-tuning block times, airlines can better align their departure and arrival schedules, minimizing gaps and improving aircraft utilization. The goal is to ensure that flights operate within the allocated time, factoring real-life operational events reducing the chance of delay-induced disruption.
Resource management: Accurate block time calculations help airlines maximize resources, including aircraft, crew and ground personnel. This ensures seamless transitions between flights and reduces the likelihood of extended ground times.
Fuel efficiency and emission reduction: Block time directly affects fuel consumption. Precise planning reduces the need for extra fuel reserves carried and the added carrying weight, leading to more efficient fuel use, sustainable climate-friendly flights and lower operational costs.
On-Time Performance (OTP): Airlines are measured by individual OTP—how often scheduled departure and arrival times are met. Properly calculated block times help airlines maintain and/or improve OTP, thus enhancing customer satisfaction and loyalty.
Minimizing Delays: By anticipating block time variability due to factors like weather or ATC delays, airlines can adjust schedules to mitigate the ripple effect of delays on subsequent flights.
How Cirium’s Analytic Solutions Empower Airlines
Given the myriads of variables affecting flight operations, airlines are turning to data analytics to improve the accuracy and reliability of block time calculations. This is where Cirium – the global leader and trusted source of aviation data and analytics- plays a transformative role.
Cirium provides a range of analytic solutions to enable airlines to make data-driven decisions, optimize block time and drive operational efficiency:
Flight status data: Cirium’s real-time flight status data allows airlines to monitor block time performance. By providing precise departure and arrival information, airlines can recalibrate schedules to prevent or minimize delays or disruptions from cascading across their network.
Historical data analysis: Cirium’s analytics leverage vast amounts of historical flight data so that airlines can model future schedules. This includes identifying patterns related to airport congestion, seasonal traffic, weather impacts and even route inefficiencies. Airlines use these insights to fine-tune block time estimates, reducing unnecessary buffers and improving OTP.
Predictive analytics: With predictive insights, airlines can anticipate irregularities like weather disruptions or ATC constraints, allowing for dynamic adjustments in block time. Cirium’s predictive tools enable airlines to build in contingency plans or react to anticipated disruptions without overcommitting resources, thereby maintaining both operational efficiency and customer satisfaction.
Benchmarking performance: Cirium’s analytics also provide benchmarking capabilities, allowing airlines to compare OTP and scheduling efficiency against themselves and competitors. This helps to pinpoint opportunities for improvement in block time planning.
Disruption management: When disruptions do occur, Cirium’s analytics can assist airlines to manage rerouting and scheduling adjustments quickly, ensuring minimal impact on operations and passenger experience.
Enhancing Airline Efficiency With Advanced Block Time Analytics
Accurate flight block time calculation is essential for airlines striving to operate efficiently in a highly competitive industry. Airlines must consider multiple dynamic factors when estimating block time, including airborne time, ground operations, weather and ATC delays. With the help of advanced analytics from Cirium, airlines can better predict, optimize and respond to fluctuations in block time, leading to improved punctuality, resource management, and customer satisfaction.
In an industry where time truly is money, solutions like Cirium’s provide airlines with the tools they need to not only optimize block time but also enhance their overall performance and remain competitive in the market. By embracing data-driven insights, airlines can ensure their flight schedules are as precise and efficient as possible, paving the way for more reliable and profitable operations.
Digital transformation isn’t something new, the rise of Artificial Intelligence (AI), Machine Learning (ML), and data-driven decision-making have been on the lips of many airline and airport operations executives. The reality, however, is that there has been little movement in some of the key functional areas, which if untapped could significantly impact the digital transformation initiatives of the airline or airport.
One key functional area that is close to my heart is operations, given that I come from an operations background! An airline or airport operations centre serves as the control hub and the people in this operational heartbeat have taken on the role of superheroes. There is more pressure on these teams to improve planning and real-time collaboration and that is where the new superhero enters the room – the operations analytics teams.
Operations analytics teams are on the rise and are integral to the success of a digital transformation strategy. The teams can tap into a wealth of data and derive invaluable insights to surface to teams across the operational teams and significantly accelerate the planning, real-time collaboration and post-ops analysis at an airline or airport.
This is where I have been focusing my time as VP of the Cirium Sky product, which acts as a digital gateway to Cirium’s high quality aviation data and analytics. I have been listening to airlines and airports globally to understand how data can truly make a difference. Through our discovery at Cirium, we see positional analytics as a key area of focus which if delved into could have a big impact on digital transformation.
Positional Analytics
Most operations centres use maps to track flights and aircraft in real time but there’s so much more that can be analyzed. What if the operations teams could examine what was planned against what route was flown in both distance and time? And, what if those insights could be benchmarked against the competition? This would enable teams to see how consistent plans are and where they can be adjusted, and in the real-time, use the positional analytics to predict arrival times and provide more accurate insights to the teams that need it.
The key to doing this is to access data that can be trusted, fuse multiple datasets together and make it interconnected across the teams that need it.
Cirium is working with airlines doing this and the insights are fascinating. Two major airlines are examining Cirium’s positional data and analytics through Cirium Sky Warehouse, building a story of their flights and analyzing where others might be taking a different approach to their flying. The initial focus is centred on particular events such as weather or runway closures and learning how that affects their program. This valuable information is then being fed back into planning departments for future events of those types.
