Top 4 Aviation News Stories of February

The aerospace industry is making strong progress in digitization and cooperation: the Pratt & Whitney GTF engine surpassed 40 million hours, driving data-driven improvements; the Saudi Pilatus PC-21 fleet reached 100,000 training hours with PT6A engines; Collins Aerospace optimized its production in Puerto Rico with AI; and Panama enabled Colombian workshops to perform maintenance on light aircraft registered in Panama, strengthening the regional sector.

1. GTF reaches 40 million hours and ushers in a new era based on data

The Pratt & Whitney GTF engine has surpassed 40 million flight hours since entering commercial service a decade ago. More than just a symbolic figure, this milestone represents 40 million hours of real-world data that is now driving concrete improvements in efficiency, maintenance, and performance for the current fleet and future generations of engines.

Developed by Pratt & Whitney, it is already recognized as the most fuel-efficient engine for single-aisle aircraft. However, the company is not resting on its laurels. Now, the real difference lies in how it leverages the information gathered during millions of flights to refine each component and process.

“There are incredible tools and technologies, but the most important thing is our customers and our products,” said Dayan Anandappa , director of data and artificial intelligence at RTX. For the company, the key is not just having data, but turning it into decisions that generate tangible value.

During 2025, for example, maintenance, repair, and overhaul (MRO) operations improved significantly thanks to real-time analysis of fleet performance and the use of artificial intelligence-based tools. This made it possible to optimize parts allocation and streamline thousands of transactions, increasing productivity without increasing costs. In simple terms: more hours in the air and less maintenance time.

The backbone of this transformation is a proprietary data platform that connects hundreds of enterprise systems, tens of thousands of machines in workshops, and millions of performance records. RTX developed this infrastructure in partnership with leading cloud providers, ensuring government standards and robust daily use for its global teams.

This digital ecosystem has been fundamental to the development of the Pratt & Whitney GTF Advantage, an evolved version that will offer greater thrust and double the time on wing before requiring maintenance. As these new engines enter service, their data will feed into the system, creating a continuous cycle of improvement.

The commitment to artificial intelligence also extends to other areas of the group. At Raytheon, for example, AI tools are already speeding up first article inspection, reducing document review times and avoiding manufacturing delays.

Meanwhile, at Collins Aerospace, a plant in Kilkeel, Ireland, used data-driven simulations to identify bottlenecks, reduce production times, and free up 375 square meters of operating space.

RTX has prioritized nearly 60 factories representing more than three-quarters of its global production to implement these improvements. The goal is clear: increase performance, raise quality, and consolidate a competitive advantage based on real information.

After 40 million hours, the GTF has not only proven its efficiency in the air. It has also confirmed that, in modern aviation, data is as valuable as fuel.

The Pratt & Whitney GTF engine Tm photo taken from RTX

2. Saudi Arabia's PC-21 fleet exceeds 100,000 flight hours

The Royal Saudi Air Force (RSAF) reached a new milestone in its military training program after exceeding 100,000 accumulated flight hours with its fleet of 54 Pilatus PC-21 aircraft. This achievement reflects the consolidation of an advanced training system that has become a key part of combat pilot training in the country.

The aircraft are equipped with Pratt & Whitney Canada PT6A engines, part of the renowned PT6 family, one of the most widely used and reliable turboprop platforms in global aviation. For decades, these engines have powered commercial, defense, and general aviation operations, standing out for their versatility and consistent performance in demanding environments.

Pratt & Whitney Canada emphasizes that the PT6A has demonstrated a solid combination of performance, safety, and efficiency, which are determining factors in advanced training missions. In addition, they highlight that the PC-21 plays a strategic role in the transition of pilots to more complex aircraft, optimizing costs and raising operational standards.

The 100,000-hour milestone not only demonstrates the maturity of the Saudi training program, but also reaffirms the PT6 family's position as a global benchmark in training and defense platforms. The Canadian company maintains a growing presence in Saudi Arabia and the Middle East region, supporting its customers through long-term partnerships, local capacity building, and investments in infrastructure and sustainable industrial initiatives.

Through its international support network, it offers comprehensive maintenance, repair, and overhaul (MRO) services, as well as specialized technical support, ensuring the availability and continuous performance of fleets over time. With this new record, the RSAF strengthens its operational capacity and consolidates a solid foundation for training the next generations of military pilots.

The PC-21 fleet and Pratt & Whitney engine photo taken from RTX

3. AI drives the new era of aerial inspection in Puerto Rico

In the aerospace industry, printed circuit boards are discrete but essential components. Hidden beneath panels and metal structures, they control critical navigation, communication, and control systems. Although many are barely the size of a sheet of paper, they contain thousands of tiny components that must function with absolute precision. For years, their inspection depended almost entirely on the experience and attention of the human eye.

That landscape began to change at the Collins Aerospace plant in Santa Isabel, Puerto Rico. There, the incorporation of advanced automated optical inspection systems with artificial intelligence completely transformed the quality control process. The results speak for themselves: production increased by 14%, review time per board was reduced from 30 to 10 minutes, and defective components that went unnoticed were cut in half.

For Jorge Vázquez, one of the leaders of the operation, artificial intelligence acts as a tireless specialist. Each board is scanned and compared to a perfect digital model, allowing for the identification of microscopic variations that are impossible for a person to detect consistently. The goal is ambitious: to get as close as possible to total compliance in thousands of critical components.

This modernization is part of the Connected Factory initiative promoted by RTX, aimed at integrating digital technologies into strategic plants and then expanding them globally. The goal is clear: to connect data, systems, and equipment to accelerate processes, reduce costs, and raise quality standards throughout the organization.

The path to this transformation began in 2019, when a smart line was implemented to automate the manufacture of circuits for commercial aircraft. Shortly thereafter, the pandemic tested the plant's resilience with material shortages and supply chain pressures. Far from slowing down progress, the team took advantage of the situation to redesign processes and strengthen its technological infrastructure.

Today, the operational center known as the Core Room functions as a strategic brain where safety, quality, delivery, and cost indicators are monitored daily. Added to this is the Andon system, a visual management scheme with color-coded alerts that allows for the identification of faults in real time and the activation of corrective actions without delay.

The organizational culture has also evolved. Whereas data could previously be reviewed with a day's delay, decisions are now made in a matter of minutes, with detailed information on each part and its possible root causes. Rather than reporting results, the current focus is on taking immediate action.

The next step is already in development: a Real-Time Location Service (RTLS) that will track nearly 10,000 moving plates within the workshop, optimizing routes, reducing downtime, and preventing losses.

At Santa Isabel, artificial intelligence is not seen as a replacement for human talent, but as a tool that enhances its capabilities. The combination of data analysis, automation, and continuous improvement is consolidating a more agile and resilient manufacturing model, ready to respond to the challenges of modern aviation and maintain the highest standards of safety and quality.

An operator examines a finished printed circuit board inspected by AI-enabled technology photo taken from RTX

4. Panama opens its doors to Colombian aeronautical workshops

The Colombian aviation industry has received positive news that will expand its international reach. The Colombian Civil Aviation Authority reported that the Panamanian Civil Aviation Authority (AAC) has enacted a new provision that will allow Colombian-certified Aviation Maintenance Organizations (OMA) to perform maintenance work on Panamanian-registered aircraft.

The measure applies to aircraft with a maximum takeoff weight of less than 12,500 pounds (5,700 kg) and authorizes Colombian workshops to perform maintenance on engines, propellers, components, avionics systems, instruments, and accessories, in addition to specialized tests. All of this is subject to the workshops having valid certifications granted by the Colombian aeronautical authority.

The decision is backed by Resolution No. 041-2026/DG/AAC, through which Panama recognizes and accepts the work performed by OMA certified by Colombia, under strict technical standards, operational safety, and state supervision.

Interested owners and operators must verify that the workshops are duly certified and notify the Panamanian authority of the scheduled work. At the same time, the AAC will carry out monitoring and surveillance processes in coordination with Colombia to ensure compliance with international safety standards.

This agreement, which is already in force, not only strengthens technical cooperation between the two countries, but also recognizes the quality and talent of Colombian technical personnel, opening up new growth opportunities for the national aircraft maintenance sector, always in line with the highest standards of aviation safety.