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Jeppesen FliteDeck Pro 5.2 Update Enhances Pilot Flight Tools

Jeppesen releases FliteDeck Pro 5.2 with graphical NOTAMs, weather layers, and automated fuel efficiency features for commercial airline pilots.

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On February 26, 2026, Jeppesen, a Boeing Company and ForeFlight partner, officially rolled out version 5.2 of its FliteDeck Pro application. Designed specifically for the commercial-aircraft market, FliteDeck Pro serves as an industry-leading Electronic Flight Bag (EFB) solution. As the operational environment for modern pilots grows increasingly complex, the demand for digital tools that streamline cockpit processes has never been higher.

According to the company’s release, the v5.2 update is engineered to address these dynamic challenges head-on. By automating routine tasks, visualizing complex data, and integrating critical flight information directly into the pilot’s workflow, Jeppesen aims to significantly reduce cognitive load. The overarching objective of this latest iteration is to simplify flight preparation while enhancing overall situational awareness for flight crews.

The update introduces several major pilot-centric innovations, ranging from graphical representations of Notices to Airmen (NOTAMs) to automated fuel efficiency calculations. We have reviewed the release notes and technical specifications to break down exactly what commercial operators and dispatchers can expect from FliteDeck Pro v5.2.

Visualizing Critical Flight Data

Graphical NOTAMs Replace Dense Text

Historically, reviewing extensive, text-based NOTAM reports has been a critical yet time-consuming phase of pre-flight preparation. Parsing through pages of capitalized, abbreviated text adds significantly to pilot workload and introduces the potential for misinterpretation.

The FliteDeck Pro 5.2 update converts state and company NOTAMs into intuitive, map-linked visual graphics overlaid directly on the Airport Moving Map (AMM) and Enroute map.

According to Jeppesen, pilots can now instantly visualize runway and taxiway closures, as well as complex operational schedules, without having to decipher dense text blocks. The system captures geographical coordinates, shapes, and airspace areas, rendering them directly on the map. Users retain the flexibility to toggle between these new graphical depictions and traditional textual views. It is worth noting that accessing these features requires specific subscriptions: Graphical NOTAMs on the AMM require a Smart Airport Maps subscription, while the Enroute map integration requires an Enroute Intelligence subscription. Company-specific NOTAMs necessitate subscriptions to the NOTAMs Cloud Service (NCS) and NOTAMs Management Tool (NMT).

High-Level Weather and Hazard Layers

For high-altitude operations in the upper troposphere, v5.2 introduces a High-Level Significant Weather Layer. This feature delivers vital meteorological phenomena directly onto the enroute map. Flight crews gain immediate visual insights into icing conditions, turbulence forecasts, jet stream locations and velocities, and tropopause heights.

Additionally, the update adds a layer dedicated to GPS Interference and Spoofing Areas. By displaying these modern navigational hazards in a geographical context, pilots gain a comprehensive understanding of the operational environment across all phases of flight, from departure to destination.

Automation and Workflow Integration

Cost Index Optimization and Sustainability

Fuel efficiency remains a paramount concern for commercial airlines, both for cost reduction and environmental sustainability. The Jeppesen release highlights significant improvements to the Cost Index (CI) Optimization tool, which now integrates natively to provide tail-specific, in-flight fuel advisories.

For airlines utilizing a supported Aircraft Interface Device (AID), this optimization process is fully automated in version 5.2. The application automatically pulls necessary data points, such as aircraft weight, current temperature, and altitude, directly from the AID. It then produces recommended CI calculations for optimal fuel efficiency, entirely eliminating the need for manual data entry by the pilot.

Dispatch Integration and Electronic Journey Logs

Administrative workload is further reduced through seamless integration with the Jeppesen Dispatch flight planning and briefing service. Crews can now search, view, and download comprehensive flight packages directly within the FliteDeck Pro application.

Furthermore, v5.2 introduces an Electronic Journey Log. This feature simplifies the management of essential flight records, allowing pilots to log actual fuel consumption and flight times using an integrated Digital NavLog. Completed forms and signatures are automatically transmitted during the flight close-out process. Accessing the Journey Log feature requires an active subscription to the Briefing Module. The update also includes the auto-selection of SID/STAR charts, streamlining departure and arrival preparations.

Technical Specifications and Compatibility

Jeppesen FliteDeck Pro 5.2 remains an Apple iPad exclusive. According to the technical documentation provided in the release, the application is compatible with iPadOS 18.7.3 as well as the newly released iPadOS 26.4.1.

Jeppesen has issued a specific advisory for users operating on the newer iPadOS 26 platform. The company recommends utilizing the application in a larger window or full-screen mode, noting that some in-app functionality may be impacted when constrained to a compact window in the latest operating system.

AirPro News analysis

The commercial aviation sector has undergone a profound digital transformation since Electronic Flight Bags first gained traction in the 2010s. What began as a straightforward initiative to replace heavy, cumbersome paper charts has rapidly evolved into a highly integrated ecosystem, often referred to as the interactive EFB (iEFB). FliteDeck Pro 5.2 represents the cutting edge of this evolution. By moving beyond static documents into dynamic, data-driven, and automated flight management, software providers are actively reshaping cockpit resource management.

Two elements of this release stand out as particularly timely. First, the inclusion of “GPS Interference and Spoofing Areas” directly addresses a rapidly escalating modern aviation hazard. With rising geopolitical tensions globally, GPS spoofing has transitioned from a theoretical risk to a daily safety concern for commercial airlines operating in certain airspaces. Integrating this awareness directly into the EFB is a critical safety enhancement.

Second, the aviation industry is currently under immense regulatory and public pressure to reduce its carbon footprint. Tools like the automated Cost Index Optimization in v5.2 directly support these broader environmental goals. By optimizing fuel efficiency in real-time without adding to the pilot’s workload, Jeppesen is providing airlines with actionable, software-driven pathways to improve their sustainability metrics.

Frequently Asked Questions

What is Jeppesen FliteDeck Pro v5.2?

FliteDeck Pro v5.2 is the latest version of Jeppesen’s Electronic Flight Bag (EFB) application, designed for commercial airline pilots to manage flight data, charts, and navigation digitally.

What are Graphical NOTAMs?

Graphical NOTAMs convert traditional, text-heavy Notices to Airmen into visual overlays on digital flight maps. This allows pilots to instantly see runway closures, taxiway issues, and airspace restrictions geographically, rather than reading through dense text.

What devices support FliteDeck Pro v5.2?

The application is available exclusively for the Apple iPad and is compatible with iPadOS 18.7.3 and iPadOS 26.4.1.

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Photo Credit: Jeppesen

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Commercial Aviation

Boeing 737-10 Advances Through FAA Crosswind Certification

Boeing conducts extreme wind and brake energy testing for the 737-10, targeting FAA certification and service entry by late 2026 or 2027.

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The Boeing Company is advancing the Boeing 737-10 through critical extreme wind and crosswind certification testing to validate the aircraft’s aerodynamic profile and flight control responsiveness. The testing campaign, conducted at locations including Edwards Air Force Base in California and Boeing Field in Seattle, Washington, is a mandatory phase of the Federal Aviation Administration (FAA) certification process extending through 2026.

As the largest and final variant of the 737 MAX family, the 737-10 features a lengthened fuselage and a redesigned main landing gear. These structural differences make crosswind, tail-strike, and extreme weather evaluations essential to ensure the aircraft meets safe operational limits before entering commercial airline service. Internal footage recently highlighted on the Boeing News Network demonstrated the aircraft operating under severe wind conditions.

Certification fleet and testing milestones

Boeing officially initiated certification flight testing for the 737-10 in November 2023. The Manufacturers dedicated three test aircraft, designated 1G001, 1G002, and 1G003, to the certification fleet. By early 2025, these aircraft had accumulated more than 1,200 flight hours across over 500 flights.

In January 2026, the FAA granted approval for Phase 2 of the Type Inspection Authorization (TIA). This regulatory clearance allowed Boeing to expand testing parameters, focusing on the aircraft’s avionics, propulsion, and other critical systems.

Alongside the extreme wind evaluations, Boeing completed maximum brake energy (MBE) certification testing in April and May 2026 at Edwards Air Force Base. During the MBE tests, the 737-10 was loaded to its maximum takeoff weight of 197,900 pounds and brought to a complete stop from speeds exceeding 200 mph using worn brakes.

Aerodynamic validation and regulatory timeline

Crosswind testing is a standard requirement for transport category aircraft, but it carries specific weight for the 737-10. The extended fuselage increases the risk of a tail strike during high-angle-of-attack maneuvers, such as takeoff and landing in turbulent or crosswind conditions. The redesigned main landing gear must also be validated under these lateral load conditions.

During extreme weather testing, engineers load the aircraft to its 197,900-pound maximum takeoff weight to observe structural integrity and handling characteristics at the edges of the operating envelope. The data collected during these flights is submitted directly to the FAA to establish the crosswind limits that will be published in the aircraft’s flight manual.

AirPro News analysis

We view the progression into extreme weather and Phase 2 TIA testing as a necessary technical hurdle for Boeing, though the timeline for the 737-10 remains subject to intense regulatory scrutiny. The manufacturer is targeting late 2026 or 2027 for commercial service entry. However, unresolved engineering challenges, including an engine anti-ice system issue, continue to influence the certification schedule. The successful completion of the maximum brake energy tests and the ongoing crosswind evaluations indicate that the physical flight test campaign is maturing, even as administrative and system-level regulatory reviews proceed.

Sources: Boeing News Network

Photo Credit: Boeing

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Aircraft Orders & Deliveries

Azorra Orders 15 E195-E2 Jets, E2 Program Tops 500 Orders

Azorra places a firm order for 15 Embraer E195-E2 aircraft, pushing the E2 program past 500 total orders.

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Aircraft lessor Azorra has expanded its commitment to the Embraer E2 family, placing a firm order for 15 Embraer E195-E2 jets and securing 15 additional purchase rights on June 5, 2026. The transaction pushes the total orderbook for the Brazilian manufacturer’s E2 program past the 500-aircraft milestone.

In a press release issued from São José dos Campos, Embraer S.A. confirmed the order will be added to its second-quarter 2026 backlog. This marks the third time Azorra has increased its commitment to the E2 program since its initial order in December 2021, bringing the lessor’s total firm E2 orders to 54 aircraft.

Azorra expands global E2 placement

Azorra has actively worked to broaden the E2 customer base worldwide. The lessor recently facilitated deliveries of E195-E2 and E190-E2 aircraft to international operators including Royal Jordanian Airlines, Scoot, and Virgin Australia.

Azorra Chief Executive Officer John Evans stated that the lessor’s continued investment reflects strong airline demand for right-sized, fuel-efficient aircraft that offer operational and network planning advantages.

“As an early supporter of the program, Azorra has worked closely with Embraer and Pratt & Whitney to expand the E2 customer base and bring the aircraft to new operators across multiple regions around the world,” Evans said. “We are proud to further strengthen our partnership with Embraer through this order and to play a role in the E2 program surpassing 500 orders.”

Embraer reaches program milestone

The E195-E2 is Embraer’s largest commercial aircraft. It features a two-by-two seating configuration and is marketed for its low fuel burn and reduced emissions. Following the Azorra transaction, the E2 program has officially secured more than 500 orders.

Embraer reports that more than 200 E2 family aircraft are currently in operation globally, flying for 24 different airline customers.

Arjan Meijer, President and CEO of Embraer Commercial Aviation, highlighted the lessor’s role in the program’s global success.

“Azorra has been an important partner in the global success of the E2, and this latest order is another strong endorsement of the aircraft’s outstanding economics, performance and passenger appeal,” Meijer said. “Surpassing 500 E2 orders is a proud moment for Embraer and reflects the growing momentum behind right-sized, fuel-efficient aircraft.”

AirPro News analysis

We view Azorra’s repeated follow-on orders as a strong indicator of lessor confidence in the E2 family. The partnership between Embraer, Azorra, and engine manufacturer Pratt & Whitney has proven effective in placing the aircraft with diverse global operators. Crossing the 500-order threshold provides Embraer with a solid backlog and validates the market positioning of the E195-E2 as a versatile crossover narrowbody for airlines seeking to modernize fleets and open new routes.

Sources: Embraer S.A., Azorra

Photo Credit: Embraer

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Aircraft Orders & Deliveries

Boeing Delivers First Two 787-9 Jets to Riyadh Air

Boeing delivered two 787-9 Dreamliners to Riyadh Air on June 5, 2026, ahead of the carrier’s July 1 inaugural flights.

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The Boeing Company delivered the first two custom-built Boeing 787-9 Dreamliner aircraft to Riyadh Air on June 5, 2026, marking a critical fleet milestone ahead of the Saudi Arabian startup carrier’s inaugural commercial passenger flights scheduled for July 1, 2026.

In a press release issued on June 5, 2026, Boeing confirmed the arrival of the widebody jets in Riyadh, Saudi Arabia. The delivery transitions Riyadh Air from operating a leased training aircraft to flying its own factory-fresh fleet as it prepares to launch initial service to London Heathrow Airport (LHR). The fleet expansion is a central component of Saudi Arabia’s Vision 2030 aviation strategy, which targets 150 million annual visitors and 330 million annual passengers by the end of the decade.

Fleet development and operational launch

Riyadh Air, backed by the Public Investment Fund (PIF) of Saudi Arabia, originally placed its widebody order in March 2023. The agreement includes 39 firm orders for the Boeing 787-9 Dreamliner alongside options for an additional 33 airframes, bringing the potential total to 72 aircraft.

Prior to receiving these new airframes, Riyadh Air utilized a leased Boeing 787 from Oman Air starting in late 2025. Live From A Lounge reported that this leased aircraft allowed the startup to conduct crew training and maintain valuable slot allocations at LHR. With the arrival of its own custom-built jets, the airline has formally opened ticket sales for its initial route connecting Riyadh and London, according to Skift.

Riyadh Air Chief Executive Officer Tony Douglas emphasized the significance of the delivery for the new carrier.

“To see our very first custom-built 787 Dreamliner airplanes touch down in Riyadh is a historic moment for us, and a momentous day for Saudi aviation,” Douglas stated in the Boeing release. “Not only are we building an airline, we are opening a new gateway to the world from the heart of the Kingdom.”

Strategic partnerships and network growth

The airline plans to serve more than 100 destinations by 2030. To support this rapid network expansion, Riyadh Air is actively establishing partnerships with established global carriers.

On June 4, 2026, Riyadh Air signed a Memorandum of Understanding (MoU) with Air India. Aviation Week reported that the agreement outlines planned interline and codeshare arrangements, pending regulatory approvals. This collaboration is designed to facilitate passenger connections between Saudi Arabia, India, and subsequent international destinations.

Stephanie Pope, President and Chief Executive Officer of Boeing Commercial Airplanes, noted that the aircraft will provide the startup with the necessary range and economics to execute its network strategy. The manufacturer stated the Boeing 787-9 Dreamliner offers the efficiency and route flexibility required for Riyadh Air’s ambitious growth targets.

AirPro News analysis

We view the on-time delivery of these initial Boeing 787-9 Dreamliners as a critical operational de-risking event for Riyadh Air. Launching a new national carrier on a strict timeline requires precise synchronization of aircraft deliveries, regulatory certification, and crew readiness. By securing its own metal ahead of the July 1, 2026 launch, Riyadh Air avoids the operational compromises often associated with extended reliance on wet-leased or interim aircraft. The immediate push for codeshare agreements, such as the recent MoU with Air India, indicates a strategy focused on rapid market penetration rather than slow, organic route development.

Sources: The Boeing Company

Photo Credit: Riyadh Air

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