Saudi Arabia’s flynas Middle East’s fastest-growing airline from 2019-2024: report

Flynas aims to operate over 160 aircraft by 2030. Shutterstock
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Updated 02 May 2025
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Saudi Arabia’s flynas Middle East’s fastest-growing airline from 2019-2024: report

RIYADH: Saudi low-cost carrier flynas’s capacity increased by 63 percent from 2019 to 2024, making it the fastest-growing airline in the Middle East region, according to an analysis.

In its latest report, UK-headquartered global travel data provider OAG said that flynas was closely followed by the UAE’s flydubai, which witnessed a capacity rise of 55 percent from 2019 to 2024.

The analysis revealed that both carriers operated nearly 14.4 million departing seats each during the period, with flynas edging ahead by 25,000 travelers.

The strong capacity growth of flynas aligns with Saudi Arabia’s national goal to establish itself as a global tourist and business destination. The Kingdom aims to attract over 150 million visitors by the end of this decade.

“The Middle East region’s strategic position as a global hub, coupled with the dynamic expansion of both low-cost and network carriers, is driving unprecedented opportunities. This vibrant market is setting the stage for future advancements in aviation technology and passenger experience,” said Filip Filipov, chief operating officer of OAG.

Although flydubai and flynas’ networks are similar, the latter benefits from a large domestic market within Saudi Arabia, allowing it to operate a more diverse route network, OAG added.

In February, flynas announced that it expects to receive more than 100 Airbus aircraft over the next five years, part of its broader deal for 280 Airbus jets.

The airline aims to operate over 160 aircraft by 2030, with its 280-plane order worth more than SR161 billion ($43 billion), making it the largest holder of single-aisle aircraft purchase orders in the Middle East.

Commenting on the growth of flynas in recent years, Paolo Carlomagno, partner at Arthur D. Little, said that competitive pricing and top-notch quality have played a crucial role in the airlines’ rising popularity among travelers. 

“In the past five years, flynas has delivered stellar growth thanks to several factors — endogenous and exogenous. A well-planned and executed network strategy and efficient seat capacity increases, primarily driven by fleet expansion with the Airbus A320Neo, which offers lower operating costs,” said Carlomagno. 

He added: “Flynas has also expertly managed the difficult trade-off between pricing and quality of service and delivered strong operational performance over the past five years.” 

The Arthur D. Little official added that the growth of flynas as a leading air carrier globally could help Saudi Arabia achieve its national tourism goals as outlined in the Vision 2030 initiative. 

He further highlighted that flynas has a significant opportunity to expand, as the market penetration of low-cost carriers in the Kingdom is comparatively low compared to other leading markets. 

“LCC market penetration in Saudi Arabia is still significantly lower than some other major aviation markets such as South East Asia and so there is still enormous potential for them to grow further. The ‘democratization’ air travel trend and the connectivity with ‘secondary’ routes will continue to boost demand in the Kingdom,” said Carlomagno. 

Middle East aviation market’s outlook

In its latest report, OAG stated that the Middle East’s aviation market has grown by 5 percent since 2019, making it the world’s second-fastest-growing region after South Asia, which saw a 12 percent increase over the same period.

The analysis further said that this increase was fueled by a robust combination of low-cost carrier growth and legacy carrier capacity.

“In recent years, the Middle East has established a leading position in developing new markets and connecting the region to the rest of the world with non-stop services to all continents and key cities,” said OAG.

It added: “The region has a highly competitive environment with best-in-class airlines operating in all segments, alongside ambitious plans for new aircraft and routes. This makes the Middle East a real hot spot in the aviation industry.”

The report highlighted that the Middle East is the sixth-largest region in the world based on available capacity, with 270 million one-way seats in 2024, placing the area ahead of Eastern Europe and behind South Asia.

According to OAG, airlines operating in the Middle East region witnessed an international travel capacity expansion of 8.9 percent by the end of 2024 compared to 2019, the second-strongest pandemic recovery, only next to South Asia, whose capacity grew by 11 percent during the same period.

Affirming the growth of the aviation sector in the region, a recent report by the International Air Transport Association revealed that airlines operating in the Middle East witnessed a 3.3 percent increase in passenger demand growth in February compared to the same month in 2024.

IATA added that the total capacity of Middle Eastern flights also rose by 1.3 percent year on year in February.

In March, another report by Oliver Wyman also highlighted the growth of the aviation sector in the region. It underscored that the fleet of commercial airlines in the Middle East is expected to grow at a compound annual growth rate of 5.1 percent from 2025 to 2035 to reach 2,557 aircraft.

The consultant management firm added that this significant growth in the region is almost double the annual global growth rate, which is projected at 2.8 percent during the same period.

According to the latest OAG report, low-cost carriers accounted for 29 percent of the capacity in the Middle East region in 2024, having more than doubled in the last decade from just 13 percent of capacity in 2014.

Globally, low-cost carriers operated 34 percent of the capacity last year.

Competition intensifies in Middle East market

According to OAG, two Middle Eastern carriers have gained prominence worldwide. Emirates and Qatar Airways are the only regional airlines to feature in 2024’s Top 20 Global Airlines for Capacity and the Top 10 Global Airlines by available seat kilometers — a measure of an airline's passenger carrying capacity.

The report revealed that Emirates is now the 14th largest carrier globally by seat capacity and ranks 4th in terms of available seat kilometers.

On the other hand, Qatar Airways has experienced dramatic growth over the last decade, as it developed Doha into a global connecting point and moved from being the 36th largest airline globally 10 years ago to the 19th in 2024.




A Qatar Airways sign at a check-in area. Shutterstock

Regarding available seat kilometers, Qatar Airways also advanced from 17th in 2019 to the sixth largest globally in 2024.

The capacity of Qatar Airways increased by 18 percent between 2019 and 2024.

The capacity of Emirates dropped by 7 percent in 2024 compared to 2019, while Saudia’s capacity declined by 11 percent during the same period.

“Competition across the region’s leading airlines is increasing, with as much investment in product as network expansion,” said OAG.

The study further stated that the Middle East market is likely to experience significant disruptions in the future as additional airline capacity is added through various airline business models and the creation of new airlines in the region.

“The launch of Riyadh Air is likely to be one of the most interesting disruptions in the Middle East market in the coming years, alongside the planned growth of rival Saudi airline Saudia and its move to a new base at Jeddah,” said OAG.

It added: “Although neither of these airlines is likely to challenge Emirates’ traffic in the short term, they will create a new competitive landscape as Saudi carriers vie for both transfer traffic and inbound tourism.”




Riyadh Air is scheduled to launch passenger flights by the end of 2025. Shutterstock

According to OAG, the key feature of the aviation sector in the Middle East, and particularly the bigger markets of the UAE, Qatar, and Saudi Arabia, is the depth of network that they offer to travelers.

The report added that non-stop flights from the region’s major hub airports reach every continent, with only a handful of international markets remaining unserved directly.

Markets in South America, including Lima and Santiago, fall just outside the operational reach of the Middle East region.

OAG further said that Doha to Auckland is currently the longest non-stop route operated from the Middle East by Qatar Airways, followed by Emirates’ Dubai to Auckland route.

“In time, with ever-increasing aircraft ranges, it is likely these destinations will provide new markets for the network carriers to increase their revenues further,” the report added.

It concluded: “For the traveler, a seemingly ever-expanding choice of destinations to reach, along with increased competition, is likely to result in airfares remaining competitive throughout the region.”


The hidden side of clean power: why grid integration matters

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The hidden side of clean power: why grid integration matters

  • Exploring the predator’s role in the region’s heritage and ecosystem

RIYADH: As Saudi Arabia expands solar, wind, and battery projects, a critical piece of the sustainability puzzle often goes unseen: grid integration.

Before renewable plants can deliver power, engineers must ensure the grid remains stable, safe, and efficient under new loads. Integrating renewables into existing systems has become one of the toughest — and most crucial — steps toward building a truly sustainable energy network.

Engineers widely consider the electricity grid the largest and most complex machine ever built. As more renewable capacity comes online, managing it is becoming as much a data challenge as an energy one.

“A big share of Saudi Arabia’s electricity is generated from renewables and more projects are connected to the grid each year. This shift changes how the electricity grid is managed on a day-to-day basis,” Saeed Al-Zahrani, general manager of data enterprise storage leader NetApp in Saudi Arabia, told Arab News.

“To add context, traditional generation can usually be adjusted in a controlled way. Wind and solar, however, move with conditions such as cloud cover, dust, temperature and wind speed, meaning supply can rise and fall quickly,” he said.

In this environment, grid integration is less about whether enough electricity can be produced and more about whether operators can see and respond to changes across the network fast enough to maintain stability.

Frequency, voltage, congestion, and reserve margins all become more dynamic. Real-time measurements, accurate forecasting, asset status updates, and weather intelligence must come together into a reliable, unified system view.

“From NetApp’s perspective, this is where the data foundation matters most, because the grid can only act confidently when the information behind the decisions is timely, governed, and reliable,” Al-Zahrani said.

Under Vision 2030, Saudi Arabia aims to generate 50 percent of its energy from renewables — an ambitious target that introduces new technical and operational challenges. Weather variability, cyber threats, and system coordination can all affect grid stability.

“Every device that operates under this control regime that’s connected to the grid is digital nowadays. You have smart inverters, you have sensors, you have energy management systems, and all those devices and systems are potential entry points for attackers,” Charalambos Konstantinou, a professor at KAUST, told Arab News.

As solar capacity grows, ensuring seamless integration into the national grid has become one of the most complex challenges of the energy transition. (SPA)

His lab focuses on maintaining reliable and secure power infrastructure, developing faster and smarter control algorithms capable of responding to sudden changes in the power system.

“This is what we’re working to make sure that those algorithms remain robust. They remain resilient. They remain secure, even if something, maybe an extreme weather event, or a cyber attack, is aiming to disrupt them,” he said.

Rapid digitalization, however, can create vulnerabilities if security measures do not keep pace. In 2012, Aramco experienced the Shamoon attack, a computer virus that affected around 30,000 workstations.

“When you scale fast, security practices typically lack behind deployment, and this is essentially what we focus a lot in my group: making sure that internet-connected or digital devices cannot be used as an entry point to destabilizing the grid,” Konstantinou said.

One particularly concerning threat involves load-altering attacks, which can disrupt power systems without requiring deep penetration of the grid itself.

“If an attacker is able to control a large amount of what we call internet connected high voltage devices — think HVAC systems, air conditioning systems, water heaters, electric vehicle chargers — and is able to switch them on and off at the same time, simultaneously, then he or she can create a certain imbalance between generation and demand, and then the grid (becomes) very difficult to handle,” he said.

A view of an Aramco refinery in the Eastern Province. (Supplied)

Such disruptions could potentially trigger widespread blackouts.

Beyond cybersecurity risks, the physical environment also presents challenges. Saudi Arabia’s relatively consistent weather can be an advantage for renewable energy production, but factors such as dust accumulation on solar panels and thermal stress on inverters can still affect performance.

Testing technologies under local conditions — including extreme heat, network behavior, and the mix of generation assets — is essential before large-scale deployment. Equally important are intelligent coordination frameworks that allow flexible energy assets to work together while optimizing energy use across industries.

Renewable-heavy grids across Saudi Arabia and neighboring countries increasingly depend on real-time data from SCADA systems, substation automation, and weather monitoring to balance supply and demand. While these continuous data flows improve efficiency, they also introduce new risks, including potential system disruption and data manipulation.

Vasily Dyagilev, regional director for the Middle East, Russia and CIS at Check Point Software Technologies Ltd., highlighted the scale of these vulnerabilities.

Vasily Dyagilev, regional director of Check Point Software Technologies Ltd. for the Middle East. (Supplied)

“In Saudi Arabia, 58 percent of organizations have experienced information disclosure vulnerabilities, while remote code execution and authentication bypass remain significant threats. The complexity of managing legacy operational technology networks alongside modern cloud-based systems and third-party integrations makes it difficult for utilities to maintain full visibility over their risk landscape.

“The region has also seen high-profile incidents where attacks on SCADA systems led to operational disruptions, highlighting the fragility of critical infrastructure. Effective exposure management, including continuous vulnerability discovery and prioritized remediation based on operational risk, is now recognized as essential for maintaining grid stability and protecting the integrity of real-time data streams.”

Alongside cyber and operational risks, uncertainty in weather patterns remains a key variable in renewable power generation.

Omar Knio, another professor at KAUST, studies how atmospheric processes influence renewable energy systems through uncertainty quantification and climate modeling. Dust particles originating in the Arabian Peninsula, for instance, can travel thousands of kilometers and influence weather patterns across South Asia.

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“Phenomena at tiny little scales end up, through teleconnections, making very important contributions to weather patterns and to the climate as far as renewables themselves, because these phenomena affect the solar and wind potentials, they’re extremely important to predict accurately,” Knio said.

“The presence of dust in the atmosphere and cloud cover affect the output of solar panels or solar plants, and similar phenomena happen to wind, and that's why they are really challenging. It's important to be able to predict them as accurately as we can.”

Maintaining a stable renewable grid requires both short-term and long-term forecasting. Hourly predictions are essential for balancing supply and demand, while longer-term projections help planners prepare infrastructure and storage.

Artificial intelligence is increasingly helping researchers build models that forecast weather patterns, simulate thermal behavior in buildings, and analyze industrial energy use. In areas where detailed physical models are limited, AI also helps uncover patterns in human behavior and electricity consumption.

“An example is power demand, consumer behavior, or changes in patterns that have to do with the day of the week, whether it's a weekend, a holiday season, whether it's during harsh weather, or it's during Ramadan: how do these patterns change? And artificial intelligence is really bringing the capability for us to represent and forecast these very complex phenomena,” Knio said.

As renewable energy penetration approaches higher levels, the system becomes more sensitive to fluctuations and extreme events.

“There comes a point where we start having a very dramatic rise in the need for storage capabilities. And the important aspect of why our fuel is important. We can make them cleaner, but they’re wonderful in the sense that they are plentiful right now. They are cheap, but more importantly, they are quite economical to store after. After fuels come nuclear power. So it’s really that storage capability. As we approach 100 percent, the need for storage becomes extremely heightened,” Knio said.