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Why flights to Europe are the cheapest they’ve been in years

Flights between the U.S. and Europe have never been this cheap in three years, with many countries just lifting coronavirus restrictions.

Even in the late fall and winter, when traffic is traditionally light (outside of major holidays), fares are low.

“It’s hard to book flights this time of year,” said Brett Snyder, a writer for the travel website Cranky Flier.

“Affordable” transatlantic fares to Europe averaged $578 in November, down from $619 a year earlier, according to flight tracking company Hopper.

That’s the lowest price for the month since 2021, when fares were $479, and with much international travel in the doldrums because of the pandemic, Hopper data shows.

After the year-end holidays, fares in January 2025 are even lower: $558, compared with $578 in 2024, but up from $488 in January 2022, Hopper said.

On the other hand, domestic airfares have been more expensive every month from November through March than they were a year ago.

Many airlines, including financially troubled Spirit Airlines and profitable Southwest Airlines, have cut flights or cut growth plans for next year, helping keep U.S. airfares stable. A shortage of aircraft has also limited airlines from adding flights.

Overall, there have been some periods of weaker demand, executives at the largest U.S. airlines, Delta Air Lines, United Airlines and American Airlines, said on Tuesday, a week before and after the U.S. presidential election, and Trump said.

How airlines got here

Airlines are racing to add flights between the U.S. and Europe to meet post-pandemic travel demand.

This growth isn’t just happening in the peak season. Executives noted they are seeing increased demand in the shoulder season to Europe as travelers look to avoid hot summer temperatures and crowds. So they are also adding flights in the off-peak season.

Airline capacity between the U.S. and Europe in the fourth quarter was slightly lower than last year, but higher than in 2019 and nearly double the same period in 2021, according to Cirium.

“I expect prices to be low next year (to Europe),” said Hayley Berg, chief economist at Hopper.

The peak European travel season is now two years old, and many travelers are just finishing trips to popular destinations such as Spain and Italy, which means fewer tickets will be booked in the off-season.

“It’s not like last year when airlines can make a ton of money,” said Scott Keyes, founder of travel app Going (formerly Scott’s Cheap Flights).

Airlines typically offer discounts during the off-season, but this year’s discounts are cheaper.

“That’s the sign,” Keyes said. “When they have to discount, they have to stimulate demand.”

To keep travelers from getting tired of European vacation spots when the warm-weather travel season arrives next year, airlines are trying new things. United Airlines, which noted that many passengers have been heading to major European cities, plans to expand flights to more remote destinations such as Greenland and Mongolia next year.

“We can achieve the same financial results outside of our partner hubs,” United Chief Commercial Officer Andrew Nocella said on an earnings call last month. “So we’re looking around the world for new destinations, popular destinations and destinations where, most importantly, we can make money.”
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PVD164A2059 3BHE014340R2059 AC800 Controller Transparent software structure and easy programming

The AC 800PEC is the perfect way to unite the system design capabilities of ABB’s ControlIT with the control and simulation capabilities of MATLAB® / Simulink®. Quick implementation of complex control algorithms (e.g. model predictive control) reduces development cycles and costs. Furthermore, the system is open to future technologies.

Implementation of the AC 800PEC software on the three performance levels provides an exceptional range of control and communication functionality:

Level 1: System engineering (ControlIT) ABB’s ControlIT supports all 5 IEC61131-3 programming languages and uses ABB’s Control Builder as the programming tool. This is the level on which system engineers implement functions that do not require high-speed performance but demand quick and easy adaptation to a specific project. AC 800PEC controllers can also be fully integrated into ABB’s 800xA automation systems.

Level 2: Product & control development (MATLAB / Simulink™)

Fast closed-loop control applications are designed using MATLAB® / Simulink®. C-code is automatically generated and downloaded to the embedded device using Real-Time Workshop® from MathWorks®.

Typically, it is on this level that control developers will implement the control, the protection, the state machine and other functions.

Level 3: Communication & very fast logic (VHDL)

Extremely fast processes are programmed in VHDL. Protocols and some control logic requiring extremely short cycle times are implemented on this level. The standardized tasks are available as firmware modules and are not accessible to the application developers.

Modularity and connectivity for any size and performance

Scalability in size – from small and compact to large and modular

For any application size, the optimum hardware configuration is easily achieved: the processing power can either be centralized at one location with distributed logical I/O devices, or intelligent I/O devices can carry out specific tasks in the field to enhance performance and relieve the central processor.

Three system architectures provide scalability from small and compact to large and modular systems:

Compact

One processor module with integrated, fast I/O devices. This

configuration is ideally suited for:

− Smaller applications

− Limited-space applications

− Intelligent field devices, e.g. subsystems in distributed applications

Standard

One processor module with separate, fast logical I/O devices. This configuration is ideally suited for:

− Standard industrial applications with central processing

− Small applications with detached, fast I/O

Modular

One or several central processor modules with separate, fast, intelligent I/O and fast logical I/O devices. Full and trouble-free integration into higher-level plant control systems as well as future expansions and reconfigurations are easy thanks to the fully modular architecture.

Scalability in performance – you and your process define

what you need

Your process defines the required performance level. Several

pre-configured software packages are available for easy and

straightforward engineering:

− DCS (Distributed Control System)

− Processing cycle times down to 1 ms

− Use of slow I/O

− Programming in Control Builder

− PLC (Programmable Logic Controller)

− Processing cycle times down to 1 ms

− Use of fast and slow I/O

− Programming in Control Builder

− PAC (Programmable Automation Controller)

− Cycle times down to 100 μs

− Use of fast and slow I/O

− Programming in MATLAB/Simulink and Control Builder

Process interfaces for any speed The AC 800PEC provides two kinds of I/O – fast and slow. Whereas the fast I/O system covers read and write operations requiring less than 1 ms, the slow I/O system covers speeds above 1 ms.

The fast I/O system is AC 800PEC specific, using devices connected exclusively via fiber optic links, and brings substantial advantages compared to electric concepts:

− Fast communication between controller and I/O devices

− High immunity to electromagnetic interference

− Potential-free connections, making isolating transmitters obsolete The slow I/O modules from ABB’s S800 system can be added to any configuration, depending on project needs
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