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MSFS Weekly Briefing: Sim Update 6 Progresses as the A220 Prepares for Marketplace Arrival

Posted by skyblueradio — Fri, 24 Jul 2026 12:22 GMT

Microsoft Flight Simulator's latest weekly briefing brings encouraging news for pilots awaiting Sim Update 6, along with a firm Marketplace window for one of the community's most anticipated new airliners. Sim Update 6 Testing Continues The development team remains focused on Sim Update 6 for Microsoft Flight Simulator 2024. A new public beta build-version 1.8.8.0-was released last week for PC, Xbox Series X|S, and PlayStation 5. Pilots participating in the beta are being encouraged to continue submitting detailed bug reports and completing the team's feedback surveys. That community input will help developers identify remaining trouble spots before the update is released to everyone. Microsoft has not announced a final release date for Sim Update 6, but the continued beta activity suggests testing and refinement remain very much underway. Synaptic Simulations and iniBuilds A220 Coming Next Week The biggest aircraft news in this week's briefing is the upcoming Marketplace release of the Synaptic Simulations and iniBuilds A220. The highly anticipated modern narrow-body airliner is scheduled to arrive in the in-sim Marketplace next week. The developers have also released a detailed video showcasing the aircraft and its features ahead of launch. The A220 has attracted considerable attention within the flight simulation community. Its combination of modern avionics, efficiency, and versatility should make it well suited for everything from shorter regional sectors to longer domestic and international routes. Community Fly-In Heads to Ecuador The Microsoft Flight Simulator Community Fly-In returns to South America this week for a scenic journey across Ecuador. The flight begins with a northwesterly trip toward Manta on the Pacific coast, where participants will complete a touch-and-go. From there, the group will turn northeast and climb into the Andes Mountains before arriving in Quito, Ecuador's capital. The event takes place July 24 at 1800 UTC and is open to pilots of all experience levels. Oshkosh and Farnborough Offer Weekly Flight Inspiration With two major aviation events taking place this week, Microsoft is encouraging virtual pilots to plan their own flights to the action. EAA AirVenture Oshkosh is underway at Wittman Regional Airport in Wisconsin, while the Farnborough International Airshow is taking place at Farnborough Airport in the United Kingdom. Whether you prefer arriving in a general aviation aircraft at KOSH or flying something a little larger into the London area before continuing to EGLF, both events provide plenty of inspiration for the weekend's flying. A Little Anime-Inspired Aviation This week's featured community video highlights the freeware Fanracer from Delmonte_Simulation. The unusual aerobatic aircraft was inspired by a futuristic design featured in the 1982 Japanese animated series Super Dimension Fortress Macross. It may not be the most conventional aircraft in your virtual hangar, but it certainly offers something different for pilots who enjoy experimental and science-fiction-inspired flying. This week's screenshot challenge also carries an appropriate theme: Airshows. Between continued Sim Update 6 testing, the approaching A220 release, community flying in Ecuador, and two of the world's biggest aviation gatherings, Microsoft Flight Simulator pilots have no shortage of reasons to take to the virtual skies. via: https://news.skyblueradio.com/2026/07/24/msfs-weekly-briefing-sim-update-6-progresses-as-the-a220-prepares-for-marketplace-arrival/

AI Lands a Cessna Caravan at Oshkosh as Merlin Demonstrates Autonomous Flight

Posted by skyblueradio — Thu, 23 Jul 2026 01:00 GMT

A Cessna 208B Grand Caravan has completed an autonomous landing at Wittman Regional Airport during EAA AirVenture Oshkosh, offering one of the clearest public demonstrations yet of artificial intelligence taking control of a conventional aircraft. The aircraft was equipped with Merlin Pilot, an AI-powered autonomy platform developed by aerospace technology company Merlin. The landing took place on Runway 27 at 10:02 a.m. Central Time on July 17, 2026, shortly before the official opening of EAA AirVenture. Merlin believes it was the first autonomous landing by a conventional fixed-wing aircraft in the event's 73-year history. A Different Kind of Oshkosh Arrival Arriving at Oshkosh is normally one of the most demanding flights many general aviation pilots will make. Thousands of aircraft converge on Wittman Regional Airport using specialized arrival procedures, visual checkpoints and rapid-fire instructions from controllers. During AirVenture, the airport temporarily becomes one of the busiest aviation locations in the world. Merlin's Caravan entered that environment carrying an autonomy system designed to manage aircraft operations with limited human input. The company describes Merlin Pilot as a full-stack flight-autonomy platform intended to automate operations from takeoff through landing. Merlin is developing the technology for both commercial and military aircraft. A safety pilot remained aboard the aircraft during the demonstration, providing human oversight and the ability to intervene if necessary. That distinction matters. The aircraft did not arrive with an empty cockpit and a laptop wearing captain's bars. The flight was a supervised demonstration of autonomous technology rather than an unsupervised passenger operation. Why Use a Grand Caravan? The Cessna 208B Grand Caravan is a particularly useful aircraft for autonomy testing. The single-engine turboprop is used worldwide for passenger service, cargo transport, humanitarian missions, military operations and flights into remote communities. Its rugged design and ability to operate from relatively short or unimproved runways have made it a familiar sight in regions where transportation infrastructure is limited. Automating an aircraft such as the Caravan could eventually help operators maintain service in locations facing pilot shortages or difficult operating conditions. Potential applications could include cargo flights, emergency supply missions, surveillance, disaster response and transportation to isolated communities. Merlin has emphasized that its system is intended to work across several aircraft types rather than remaining tied to one specially designed autonomous airplane. More Than an Autopilot Modern aircraft already use autopilots capable of holding altitude, following navigation routes and, on properly equipped aircraft and runways, conducting automatic landings. Merlin Pilot is intended to go further. Rather than simply following commands entered by a pilot, the system is being developed to understand communications, manage aircraft systems and make operational decisions throughout a flight. The long-term objective is to create an autonomous pilot capable of handling many of the tasks currently performed by a human flight crew. That does not mean airline cockpits will become vacant next Thursday. Autonomous aircraft systems must still pass extensive safety testing and receive approval from aviation regulators. Commercial operations would require additional certification covering the aircraft, software, communications, operating procedures and the organization responsible for the flights. Merlin has acknowledged in regulatory filings that commercial autonomous-flight operations will require additional certifications and government approvals. Military Applications Are Already Moving Forward Merlin is also developing autonomy systems for larger military aircraft. The company is working with U.S. Special Operations Command on an autonomy program for the Lockheed Martin C-130J Super Hercules. Earlier in 2026, the project completed a Critical Design Review, allowing the program to move toward aircraft integration. Automating portions of C-130 operations could reduce crew workload and support missions in dangerous or remote environments. Military interest in autonomous aviation has grown rapidly as air forces explore crewed-uncrewed teaming, autonomous cargo operations and aircraft capable of flying missions without exposing additional personnel to hostile environments. Merlin is also developing Condor, a common autonomy platform aimed at larger, multi-crew aircraft. Public Demonstration Matters Autonomous aircraft have flown numerous test missions away from public view. Demonstrating the technology at Oshkosh gives Merlin access to one of aviation's largest and most technically knowledgeable audiences. EAA AirVenture 2026 runs from July 20 through July 26 and includes more than one million square feet of exhibits, daily air shows, forums and aviation technology displays. Merlin is displaying the Caravan during AirVenture and offering visitors an interactive simulator experience featuring its technology. That simulator component gives pilots and attendees an opportunity to see how the system interprets and manages a flight rather than simply watching a polished promotional video. It also places the technology before an audience likely to ask the difficult questions. How does the system handle a failed sensor? What happens when weather suddenly changes? Can it understand unusual air traffic control instructions? How does it decide when to divert? At Oshkosh, surrounded by thousands of pilots, engineers, mechanics and aircraft owners, vague answers tend to encounter severe turbulence. Autonomy and the Pilot Shortage The aviation industry is facing continued concern about future pilot availability. Boeing recently forecast that commercial aviation will require approximately 674,000 new pilots over the next 20 years as airlines expand and existing crews retire. Autonomous systems may eventually help operators address portions of that demand, particularly in cargo, regional and specialized operations. However, the technology is more likely to change pilot roles gradually than eliminate them overnight. Early applications may involve reducing routine workload, assisting crews during emergencies or allowing certain aircraft to operate with fewer onboard personnel. Fully autonomous passenger operations would face a much higher regulatory and public-acceptance hurdle. Passengers may happily trust automation to manage navigation or engine performance while becoming considerably less enthusiastic when informed that both cockpit seats are occupied by confidence and a software update. Questions Remain The Oshkosh landing is an important demonstration, but it is not proof that autonomous aircraft are ready for widespread commercial service. A single successful landing under controlled conditions cannot reproduce every weather event, system failure, runway change or unexpected instruction an aircraft may encounter during years of normal operation. The system must demonstrate reliability across thousands of flights and prove it can safely manage both routine operations and rare emergencies. Cybersecurity will also be a central concern. Any system controlling an aircraft must be protected against unauthorized access, corrupted data and communications failures. Regulators will need to determine how autonomous systems are certified, monitored and updated. They must also establish who is legally responsible when the machine makes an operational decision. Is responsibility held by the aircraft operator, software developer, manufacturer, remote supervisor or some combination of all four? Those questions are less visually exciting than watching a Caravan touch down by itself, but they will determine whether autonomous flight becomes a commercial reality. A Glimpse of Aviation's Next Chapter EAA AirVenture has long served as a gathering place for both aviation history and emerging technology. Vintage aircraft park beside experimental designs. Warbirds share the sky with electric aircraft, drones and advanced avionics. Merlin's autonomous Caravan fits neatly into that mixture. The Cessna 208B is a familiar aircraft with decades of service behind it. Inside, however, it carries technology aimed at changing how future aircraft are operated. The autonomous landing on Runway 27 does not mean the age of the human pilot is ending. It does suggest that the definition of a pilot may eventually expand to include software

BlueBird Simulations Details Extensive 757 Feature List Ahead of Q3 Release

Posted by skyblueradio — Tue, 21 Jul 2026 15:26 GMT

BlueBird Simulations has released its most comprehensive look yet at the systems, avionics and immersive features planned for its highly anticipated Boeing 757 for Microsoft Flight Simulator. The developer says its goal is to create an aircraft in which individual systems do more than simply switch on and off. Electrical, hydraulic, pneumatic, environmental and flight-control systems are being designed to interact dynamically, allowing failures or configuration changes to affect other parts of the aircraft. Hundreds of Circuit Breakers BlueBird has mapped more than 500 circuit breakers to their corresponding electrical buses. More than 200 are expected to be fully functional when the aircraft launches, with approximately 300 additional breakers planned for future updates. The environmental control system will also respond to changing conditions rather than relying on fixed values. Passenger count, open doors, outside weather, wind and air-conditioning pack configuration will all influence cabin temperature. Cabin pressurization will include two automatic modes and one manual mode, with the system following separate schedules for ground operations, takeoff, climb, cruise, descent and landing. Custom Pegasus FMC and Autopilot The 757 will feature a custom-built Pegasus flight management computer and autopilot system. BlueBird says the autoflight system has been developed around the aircraft's three Flight Control Computers and will account for real-world control laws, aircraft inertia and electrohydraulic servo response. Planned navigation capabilities include:

Custom LNAV and VNAV RNAV procedure support Holding patterns Missed approaches and go-arounds Autoland functionality Automatic trim behavior SimBrief flight-plan integration Navigraph performance uplinks External CDU hardware will be supported through MobiFlight. Hoppie ACARS integration is also planned, including departure clearance and air-to-air messaging capabilities. An Interactive Cabin and Ground Crew BlueBird is also developing a communication system connecting the flight deck with cabin attendants and ground personnel. The cabin will be divided into three flight-attendant zones. Crew members may contact the flight deck with operational requests, cabin-temperature concerns or reminders concerning the seatbelt signs during descent. Cabin attendants will also react to emergency conditions, including passenger oxygen-mask deployment and excessive cabin altitude. The aircraft's ground-call system will interact with SimBrief flight plans and boarding information from the Electronic Flight Bag. This will allow ground personnel to respond appropriately when connecting or removing external power and completing other turnaround tasks. RB211 and PW2000 Engine Options Both major 757 engine families will be represented, with models of the Rolls-Royce RB211-535E and Pratt & Whitney PW2000 planned for the aircraft. Each engine will receive its own performance characteristics, Electronic Engine Control logic and windmilling behavior. This should provide more than a cosmetic difference when pilots switch between the two powerplant options. Sound is another major focus. BlueBird reports that more than 450 cockpit audio samples have been recorded, along with hundreds of additional cabin and exterior sounds. The audio environment will respond dynamically to operating conditions and the listener's position. Generator frequency can subtly change the pitch of cockpit electronics, while engine sounds will vary depending on airspeed and where the pilot or passenger is seated. Electronic Flight Bag The included Electronic Flight Bag will serve as the central interface for aircraft configuration, maintenance and ground services. Pilots will be able to load several aircraft presets, including Cold and Dark, Turnaround, Ready for Taxi and Cruise. The EFB will also provide live synoptic pages for monitoring electrical, fuel, hydraulic and pneumatic systems. Additional EFB functions will include:

Weight and balance management Center-of-gravity calculations Fuel loading Catering and ground-service controls Progressive pushback Brake temperature monitoring RAM Air Turbine status Interactive system diagrams Release Window and Price Confirmed BlueBird Simulations says the 757 remains on schedule for release during the third quarter of 2026. The aircraft will be priced at $80 USD. The project will include both the Boeing 757-200 and 757-300, with the developer describing it as a high-fidelity simulation built from source data and reviewed by real-world 757 pilots. No specific launch date has been announced, but BlueBird says its next development update will take a closer look at the custom FMC and include new video previews. Additional information and the complete feature breakdown are available on the BlueBird Simulations website. via: https://news.skyblueradio.com/2026/07/21/bluebird-simulations-details-extensive-757-feature-list-ahead-of-q3-release/

SayIntentions.AI Brings Natural-Language Ground Handling to GSX

Posted by skyblueradio — Sun, 19 Jul 2026 19:47 GMT

SayIntentions.AI has unveiled AI Uplink for GSX, a new artificial intelligence layer designed to manage GSX Ground Services through natural conversation. Rather than simply activating GSX menu commands, AI Uplink is designed to understand what pilots are requesting, make the necessary operational choices and manage the entire aircraft turnaround as an intelligent agent. GSX, developed by FSDreamTeam, continues to provide the vehicles, equipment and animations seen around the aircraft. SayIntentions.AI adds a conversational control layer that allows pilots to communicate with their virtual ground crew much like they would speak with air traffic control. Pilots can request catering, stairs, lavatory service, fueling and other ground services using ordinary language. There are no specific phrases to memorize, menus to navigate or keyboard shortcuts to remember. Handling GSX Decisions Automatically GSX frequently pauses a service to request additional information from the pilot, such as selecting a catering company, choosing a ground handler, confirming engine start or specifying the direction of pushback. AI Uplink is designed to answer those questions based on the pilot's original request. For example, a pilot can say, "Pushback nose left," and the requested direction will be passed directly into the GSX pushback sequence. The system can also manage the engine-start confirmation at the conclusion of pushback without requiring the pilot to interact with another menu. According to SayIntentions.AI, this decision-making ability is what separates AI Uplink from a basic voice-command or menu automation system. "Anyone can fire a GSX menu command. That's not the hard part, and it's not what we built. The hard part is understanding a pilot who says 'speed up boarding and finish it now' and knowing what to actually do about it. We're bringing AI to GSX - GSX handles what happens on the ramp, and AI Uplink is the intelligence that understands and drives it." - Brian, CEO of SayIntentions.AI Ground Services That Adapt to the Situation AI Uplink can also respond when the turnaround plan changes. Pilots running behind schedule can instruct the ground crew to finish boarding immediately. Catering can be canceled after it has started, and other active services can be adjusted without returning to the GSX menu system. Pilots can also ask the ground crew for a status update at any time. The system will provide a concise summary of which services are active, waiting or complete. This gives the feature a more dynamic feel than a predetermined series of commands, allowing the virtual ground crew to react to the situation developing around the aircraft. PocketSky Integration For pilots who would rather use buttons than voice commands, AI Uplink for GSX is also being integrated into PocketSky. PocketSky will provide a collection of Ground Service Request controls for managing the turnaround from a connected device. SayIntentions.AI is also developing live status displays beneath each control, including boarding percentages, fueling progress and similar operational details. Additional information is available on the SayIntentions.AI Ground Services page. Pre-Alpha Availability AI Uplink for GSX is currently a pre-alpha feature and is initially available to members of the SayIntentions.AI Partner Program. The company says it intends to use the partner testing period to identify and correct issues during real-world simulator operations before releasing the feature more widely. A date for general availability has not yet been announced. Support for Entourage is planned for a later development phase, potentially during 2026 or 2027, after the Microsoft Flight Simulator implementation has had time to mature. The SayIntentions.AI Partner Program is open to any subscribed customer. Membership is provided through a donation that helps fund accelerated development and includes early access to preview features, access to the Experimental server, a Discord Partner role and lounge, and the ability to vote on the development roadmap. Higher membership levels also include physical merchandise. Pilots interested in joining can visit the SayIntentions.AI Partner Program. Built on the GSX Ground-Handling Platform SayIntentions.AI emphasized that GSX Ground Services remains an FSDreamTeam product. AI Uplink connects with the ground-handling environment created by FSDreamTeam but does not replace or modify responsibility for GSX support. Questions involving GSX-specific behavior or technical problems with the add-on should continue to be directed to FSDreamTeam. With AI Uplink, SayIntentions.AI is extending its natural-language technology beyond air traffic control and into aircraft ground operations. If successful, the system could make complex turnarounds feel far more natural while allowing pilots to remain focused on preparing the aircraft for departure. via: https://news.skyblueradio.com/2026/07/19/sayintentions-ai-brings-natural-language-ground-handling-to-gsx/

Heatblur's F-14B(U) Tomcat Cleared for July 22 DCS World Launch

Posted by skyblueradio — Sat, 18 Jul 2026 22:26 GMT

Heatblur Simulations has set July 22, 2026, as the release date for its highly anticipated DCS: F-14B(U), bringing one of the Tomcat's most capable late-service configurations to DCS World. The expansion transforms Heatblur's existing F-14 into the modernized aircraft operated during the final years of the Tomcat's U.S. Navy career. New digital avionics, GPS-guided weapons, improved flight controls and upgraded defensive systems move the aircraft well beyond its original role as a Cold War fleet interceptor. The result is still unmistakably a Tomcat, complete with sweeping wings, two-seat crew coordination and enough raw personality to make subtlety file a transfer request. But this version arrives equipped for the precision-strike battlefields of the early 2000s. From Fleet Defender to Precision-Strike Fighter The original F-14 was designed primarily to defend U.S. Navy carrier groups from enemy aircraft and long-range missile threats. Its powerful radar, AIM-54 Phoenix missiles and high-speed performance allowed the Tomcat to identify and engage multiple targets far from the fleet. However, the aircraft's mission expanded considerably during the later years of its service life. By the 1990s and early 2000s, upgraded Tomcats were flying reconnaissance, forward-air-control and precision-strike missions over the Balkans, Afghanistan and Iraq. Heatblur's F-14B(U) represents that later evolution, when the aircraft had become a long-range multirole platform capable of delivering modern guided weapons while retaining its formidable air-to-air capabilities. A Modernized Head-Up Display One of the most immediately visible changes is the replacement of the older pilot display with the VDIG-R and modernized head-up display. The new HUD presents additional navigation, targeting and defensive information directly in the pilot's forward field of view. It supports multiple target-designation boxes, LANTIRN targeting information, JDAM delivery cues and radar-warning indications. The upgrade should make the aircraft more practical during complex strike missions, where pilots previously had to gather information from several separate instruments. It does not turn the cockpit into a modern glass-panel fighter, however. The F-14B(U) remains a fascinating collision between analog machinery and newer digital systems, with glowing displays installed among enough switches and circuit breakers to stock a small hardware store. PTID Upgrades the RIO's Office The Radar Intercept Officer also receives a major technology upgrade. The original Tactical Information Display is replaced by the larger Programmable Tactical Information Display, commonly known as the PTID. The new screen can combine sensor imagery and tactical symbology while giving the RIO improved control over navigation, targeting and weapon programming. The PTID supports LANTIRN targeting-pod imagery and JDAM programming, allowing the rear-seat crew member to manage precision-strike missions more effectively. For two-player crews, the upgrade should create new opportunities for teamwork between the pilot and RIO. Solo players will be supported by Heatblur's JESTER AI, which has been taught to operate the new systems and gains selected JESTER 2.0 improvements. JDAM Comes to the Tomcat The F-14B(U) adds integration for the GBU-31 Joint Direct Attack Munition. JDAM converts a conventional bomb into a GPS-guided weapon capable of striking fixed targets without requiring continuous laser designation. This gives the upgraded Tomcat a precision-strike option that is less dependent on weather and visibility than laser-guided bombs. The aircraft also receives an Embedded GPS/Inertial navigation system, a Control Display Navigation Unit and Mission Data Loader integration. Pilots will be able to prepare multiple flight plans, navigation waypoints, JDAM targets and countermeasure settings through the mission-planning system. Heatblur says the data system supports as many as 12 flight plans containing up to 50 waypoints each. That should make the aircraft significantly more capable during longer missions involving multiple target areas, holding points or alternate routes. Digital Flight Controls Improve Handling The older analog flight-control augmentation system is replaced by a Digital Flight Control System, or DFCS. Heatblur emphasizes that the upgrade does not transform the Tomcat into a modern fly-by-wire aircraft. Pilots will still need to manage the jet's weight, momentum, angle of attack and famously physical handling characteristics. However, DFCS improves roll response, departure resistance, spin recovery and high-angle-of-attack behavior. It also adds wing-rock suppression and improved control during carrier approaches. The change should make the aircraft more predictable near the edges of its flight envelope without removing the demanding personality that distinguishes the Tomcat from newer fighters. In other words, the claws remain. The cat has simply attended several advanced training courses. New Defensive Systems The upgraded Tomcat receives the ALE-47 programmable countermeasure system, replacing the older ALE-39 installation. Crews can configure chaff-and-flare programs for different threat environments, providing greater control over defensive reactions during missions. The aircraft also gains improved ALR-67 radar-warning integration through an upgraded Electronic Countermeasures Display. Heatblur is also including the AN/AVX-3 Tactical Imaging System. The system allows sensor images to be captured and exchanged between properly equipped Tomcats, recreating a specialized capability used during the aircraft's later operational years. Updated Visuals and Effects The expansion includes a refreshed cockpit and exterior model representing the physical changes associated with the F-14B Upgrade configuration. Heatblur has created new pilot models, helmets, equipment and liveries. The aircraft also gains improved pilot animations, wing-vapor effects and new movement in the vertical and horizontal tail surfaces. Several improvements developed alongside the F-14B(U) will also be provided to existing F-14A/B owners without requiring purchase of the expansion. Those additions include updated artwork, an in-game browser, a searchable manual, click-to-explain cockpit features, a grease pencil, a bombing calculator and selected JESTER AI improvements. New Missions and Campaigns The F-14B(U) will launch with a new collection of instant-action missions and the Operation Reforger III campaign set over Cold War Germany. A separate campaign created specifically for the upgraded Tomcat by campaign developer Baltic Dragon is planned for release after the aircraft's initial launch. Although the upgraded aircraft represents a later configuration, the campaign content should give players opportunities to explore both the Tomcat's traditional air-superiority role and its newer precision-strike capabilities. Expansion Requires the Existing Tomcat The F-14B(U) is not a standalone DCS module. Players purchasing the upgrade must already own Heatblur's DCS: F-14A/B Tomcat. The expansion is currently available for preorder for $49.99, with a regular price of $56.99 after the preorder period. New customers can purchase the F-14 Ultimate Edition, which combines the existing F-14A/B module with the new F-14B(U). Heatblur's store currently lists the Ultimate Edition preorder at $98.99. Heatblur also warns that license keys purchased directly through its store are not compatible with the Steam version of DCS World. The Tomcat's Final Evolution The F-14B(U) represents one of the most important stages in the Tomcat's transformation. The aircraft began life as a specialized interceptor designed to protect carrier groups from Soviet bombers. It ended its career as a versatile combat aircraft capable of reconnaissance, close coordination with ground forces and precision attacks using modern guided weapons. Heatblur's expansion allows DCS pilots to experience that final era, combining the Tomcat's famous air-to-air performance with avionics and weapons more suited to modern warfare. When the F-14B(U) launches on July 22, virtual pilots will receive a Tomcat that is smarter, more capable and better equipped for the digital battlefield. It is still enormous. It is still loud. And it still looks like it was designed by engineers who believed every aircraft should enter the room before its reputation. via: https://news.skyblueradio.com/2026/07/

Just Flight Releases Major v1.2 Update for F70 and F100 Professional

Posted by skyblueradio — Sat, 18 Jul 2026 22:22 GMT

Just Flight has released the first major update for its recently launched Fokker F70 and F100 Professional aircraft for Microsoft Flight Simulator 2020 and Microsoft Flight Simulator 2024. Version 1.2 introduces comprehensive aircraft-state saving, improved weather-radar functionality, expanded Navigraph integration and a long list of refinements to the aircraft's flight-management, autopilot and display systems. The free update became available on July 16, less than a month after the F70 and F100 were released. Aircraft State Saving Arrives One of the largest additions is comprehensive state-saving functionality. The aircraft can now restore most cockpit controls, avionics settings and system configurations when a flight is reloaded. That should allow pilots to leave an aircraft configured for a turnaround, overnight stop or cold-and-dark departure without rebuilding the entire cockpit setup before every flight. For a detailed airliner simulation, state saving is more than a convenience. It allows virtual pilots to operate the same aircraft across multiple sectors while preserving much of its previous condition. It also means fewer mornings spent wondering why every switch has mysteriously returned to factory settings while the passengers silently judge the captain from the cabin. Enhanced Weather Radar for MSFS 2024 The update adds support for the latest Microsoft Flight Simulator 2024 weather-radar features, including adjustable tilt and gain. Pilots can now control the radar beam angle and sensitivity rather than relying entirely on a fixed display. Just Flight has also added a weather-radar test pattern to the navigation display. These additions are limited to MSFS 2024 because they depend on newer simulator functionality. The navigation display now also simulates a brief computational delay when changing display pages or range settings. During that transition, pilots may see the authentic "FMS RANGE DISAGREE" message while the system catches up. It is a small detail, but one that helps reproduce the personality of an older digital flight deck rather than making every screen respond with the speed of a modern tablet. Navigraph Route Integration Version 1.2 adds the active flight-plan route to the Navigraph Enroute Charts application on the aircraft's electronic flight bag. Pilots using Navigraph can now view the aircraft's active route directly alongside their charts, improving situational awareness during departures, arrivals and route changes. The update also introduces a ground-conditioned-air option through the EFB. When connected, the system allows the aircraft's air conditioning to operate on the ground without running the auxiliary power unit. The feature adds another layer to realistic gate operations while providing virtual ramp workers with one less screaming turbine to stand beside. Major Flight-Control Improvements Just Flight has made numerous refinements to the Automatic Flight Control and Autothrottle System, known as AFCAS and ATS aboard the Fokker. The update improves autothrottle response during altitude and glideslope capture, reduces thrust hunting during level flight and refines pitch response when indicated airspeed mode is active. Turn-anticipation logic has also been improved for situations involving large heading changes and short distances between waypoints. Just Flight has additionally adjusted the automatic trim behavior to reduce the chance of the aircraft being out of trim when the autopilot is disconnected. Several incorrect AFCAS warnings have been addressed, including alerts that could appear during descents, speed-mode changes and turnaround operations. The autopilot will also now disconnect correctly if the stabilizer-trim switches are operated for approximately 1.5 seconds. FMS and Navigation Refinements The Fokker's flight-management system received extensive work in version 1.2. Waypoint sequencing has been improved during direct-to operations, particularly on routes that skip portions of a STAR or contain more complicated waypoint arrangements. The system's remote navaid-tuning logic now prioritizes usable radio range instead of simply selecting whichever station is geographically closest. Just Flight also corrected several data-entry issues affecting along-track waypoints, fuel quantities, acceleration altitudes and manually created coordinates. A problem that could automatically close a flight-plan discontinuity when the aircraft passed the following waypoint has also been fixed. These changes should reduce unexpected route behavior during busy arrivals, when a pilot already has enough to do without the FMS quietly rewriting the plan like an overconfident intern. Display and Systems Updates The primary flight display, navigation display and multifunction displays have received numerous visual and functional corrections. The update adds an extended runway centerline when a runway is selected without an associated procedure. It also corrects TCAS indications, missing speed references, door-status messages and several cockpit-display discrepancies. Flap animations and wing flex have been improved, along with a variety of other visual details across the aircraft. Just Flight says the update also includes broader system improvements and fixes beyond the headline additions. A Substantial First Update The F70 and F100 Professional were released on June 25 for both Microsoft Flight Simulator platforms. The packages feature custom-coded electrical, hydraulic, fuel and pressurization systems, detailed avionics, an electronic flight bag and sounds recorded from the real aircraft. The F100 package includes several passenger and cargo configurations, while the two-aircraft bundle includes both members of the Fokker family. Version 1.2 represents a substantial first major update rather than a small collection of launch-day corrections. State saving, weather-radar controls and improved flight-management behavior directly affect how pilots use the aircraft during normal operations. The large number of autopilot, navigation and display refinements also suggests Just Flight is continuing to develop the aircraft based on early customer feedback. Existing customers can download the updated installer through their Just Flight accounts. Availability through third-party stores may depend on each retailer's update process. For pilots who enjoy regional jets with slightly older avionics, distinctive Rolls-Royce Tay engines and a cockpit full of very serious gray panels, the Fokkers have just become considerably more polished. via: https://news.skyblueradio.com/2026/07/19/just-flight-releases-major-v1-2-update-for-f70-and-f100-professional/

Podcast Episode: Flight Sim Aircraft And Airports

Posted by skyblueradio — Sat, 18 Jul 2026 20:59 GMT

via: https://news.skyblueradio.com/2026/07/18/podcast-episode-flight-sim-aircraft-and-airports/

Axonos Releases Tokyo Haneda Airport for X-Plane 12

Posted by skyblueradio — Fri, 17 Jul 2026 19:15 GMT

X-Plane 12 pilots can now experience one of the world's busiest aviation gateways following the release of Axonos' Tokyo Haneda Airport (RJTT), available through Orbx Direct. Haneda is Tokyo's primary airport and a vital hub for domestic and international travel across Japan and the wider Asia-Pacific region. Its extensive airline operations, waterfront location and complex terminal layout make it an excellent destination for everything from short domestic hops to long-haul international flights. Axonos has recreated the airport specifically for X-Plane 12, bringing Haneda's distinctive artificial-island setting to life with a custom terrain mesh. The scenery also features hundreds of custom-modelled buildings and airport assets, authentic Japanese ground markings and signage, detailed surroundings and custom lighting throughout the terminals and airport facilities. Pilots approaching Haneda will also find recognizable points of interest around the airport, including the Tower of Winds, observation decks and the bridge approach. These additions should help make arrivals more immersive-especially during nighttime operations when the custom lighting package is on full display. Key Features

Hundreds of custom-modelled airport buildings and assets Custom terrain mesh recreating Haneda's artificial island Detailed bridge approach and surrounding airport environment Authentic Japanese ground markings and signage Custom night lighting across terminals and airport facilities Points of interest including the Tower of Winds and observation decks Developed specifically for X-Plane 12

RJTT-Tokyo-1 (1)

Axonos Tokyo Haneda Airport is available now for X-Plane 12 through Orbx Direct.

RJTT-Tokyo-1 (2)

Whether you are operating a domestic shuttle across Japan or arriving after a long-haul flight over the Pacific, this new scenery gives X-Plane pilots another highly detailed destination in one of Asia's most active aviation regions.

RJTT-Tokyo-1 (3)

via: https://news.skyblueradio.com/2026/07/17/axonos-releases-tokyo-haneda-airport-for-x-plane-12/

Betting on Travel Chaos: Kalshi Targets Flight Cancellations with New Prediction Market

Posted by skyblueradio — Fri, 17 Jul 2026 02:06 GMT

Flight cancellations may soon become more than a source of frustration, missed connections and unplanned evenings sleeping beside an airport charging station. Prediction-market company Kalshi has filed plans for contracts that would allow users to trade on the percentage of flights canceled at selected airports during specific periods. The proposal was submitted to the Commodity Futures Trading Commission on July 14, 2026. Under the proposed contracts, traders would take positions based on whether an airport's cancellation rate finishes above or below a specified percentage. Kalshi may describe the product as a financial market, but to many travelers, the concept will sound suspiciously like betting on airport chaos. How the Flight-Cancellation Contracts Would Work The proposed contracts would focus on the percentage of scheduled flights classified as canceled at a particular airport during a fixed time window. For example, a contract could ask whether more than a certain percentage of flights will be canceled at an airport during a major winter storm, holiday travel period or operational disruption. Delayed or diverted flights would not count as cancellations under the proposed rules. Flights originally marked as canceled but later restored and operated would also be excluded from the final cancellation total. Users would purchase positions based on whether they believe the final cancellation percentage will finish above or below the contract's threshold. Kalshi argues that prediction markets can help people manage financial risk associated with uncertain events. A traveler concerned about weather-related disruptions could theoretically purchase a position that pays out if cancellations rise, partially offsetting expenses such as hotels, meals or replacement transportation. That is the polite financial explanation. The less polished version is that passengers could make money if an airport departure board turns into a glowing wall of red. FlightAware Says Not So Fast Kalshi's regulatory filing identifies FlightAware as the primary source for determining the final number of canceled flights. U.S. Department of Transportation data would serve as a backup if FlightAware data were unavailable or unusable. There is one fairly large problem with that arrangement: FlightAware says it has not authorized Kalshi to use its information for this purpose. RTX, FlightAware's parent company, told Business Insider that no company is authorized to use data collected through the FlightAware network for flight-cancellation prediction contracts. The company indicated that accounts violating its terms could face action. The Wall Street Journal similarly reported that RTX was not involved with the contracts and objected to the proposed use of FlightAware's data. That creates an awkward situation for Kalshi. The proposed contracts depend on a reliable and clearly defined settlement source, but the company identified as the primary provider says it wants no part of the operation. It is difficult to settle a market using data from someone standing across the ramp holding up a large "permission denied" sign. Useful Hedge or Gambling with Extra Vocabulary? Kalshi operates as a federally regulated designated contract market rather than a conventional sportsbook. The company refers to its products as event contracts and argues that they allow individuals and businesses to hedge against real-world risks. Its existing markets cover areas including elections, economic data, weather, entertainment and sports. Supporters say a flight-cancellation market could have legitimate value. Travelers, airlines, airports, hotels and transportation providers can all suffer financial losses when severe weather or operational problems disrupt air travel. A properly designed contract could theoretically provide a way to offset some of that exposure. Critics, however, are likely to see the proposal as another example of prediction markets turning nearly every human inconvenience into a wagering opportunity. The line between risk management and gambling becomes particularly blurry when someone has no direct financial exposure to the event and is simply speculating on whether thousands of other travelers will be stranded. A family attempting to reach a funeral might view a canceled flight differently than a trader cheering because the cancellation rate just crossed 12 percent. Could the Market Be Manipulated? Any market tied to real-world events raises questions about manipulation and insider information. Airline employees, airport workers, air traffic personnel, meteorologists and others may possess information about disruptions before the general public. That information could potentially provide a trading advantage. The possibility of direct manipulation may be relatively small because disrupting commercial aviation intentionally would carry serious legal and safety consequences. However, even the perception that insiders could benefit from privileged operational information may attract regulatory scrutiny. Prediction markets have already faced criticism over contracts involving elections, sports and other events where participants may have access to nonpublic information. Kalshi says it maintains restrictions intended to prevent prohibited insider trading, but flight operations involve thousands of employees and contractors across airlines, airports, government agencies and vendors. Determining who possesses restricted information could become considerably more complicated than checking whether someone works for one publicly traded company. The Travel Insurance Question Kalshi's proposal also invites comparisons with traditional travel insurance. Travel insurance generally pays when a policyholder experiences a covered loss, such as a canceled trip, lengthy delay or missed connection. The customer must usually document the disruption and associated expenses. A prediction-market contract would work differently. A traveler would not necessarily need their own flight to be canceled. The contract would settle based on the overall cancellation percentage at the specified airport. That means someone could miss their flight because of traffic, watch the airport operate perfectly and lose the trade. Another person could arrive on time, fly without incident and still profit because other flights were canceled. It is less personalized protection and more of a financial umbrella held over the entire airport. Whether that qualifies as a practical hedge may depend on contract pricing, trading fees, liquidity and how closely the selected market matches a traveler's actual risk. A Market Built for an Era of Disruption Flight disruptions have become an increasingly visible part of modern air travel. Severe weather, air traffic control constraints, technology failures, airline staffing problems and airport congestion can quickly create thousands of cancellations across the national system. Those disruptions generate enormous public attention, making them attractive subjects for prediction markets. Cancellation percentages are measurable, frequently updated and easy for the public to understand. They are also emotionally charged. Passengers rarely view cancellations as abstract percentages. They experience them as missed weddings, lost vacation days, unexpected expenses and hours spent waiting for an airline app to stop spinning. That emotional connection may make the proposed contracts popular, but it is also what makes them controversial. Still Only a Proposal The flight-cancellation contracts are not yet a settled part of the travel industry. Kalshi's filing begins the regulatory process, but questions remain regarding the settlement data, FlightAware's objection, contract availability and whether the market will ultimately move forward in its proposed form. The company must also convince potential users that the contracts offer something more useful than traditional travel insurance, credit-card protections or simply keeping emergency hotel money available. For now, Kalshi has introduced a provocative question: Should travelers be able to financially protect themselves against widespread flight cancellations, or does creating a market around stranded passengers turn aviation disruption into entertainment for traders? Either way, the next time a blizzard approaches Chicago O'Hare, some people may be checking the weather radar, some may be checking their boarding passes and others may be watching the cancellation market like it is the final quarter of a football game. Sky Blue Radio will continue following the proposal, including any response from regulators and whether Kalshi moves forward with the contracts.

Airbus and Boeing Turn to Giant Antonov An-124s to Keep Production Moving

Posted by skyblueradio — Thu, 16 Jul 2026 21:55 GMT

Airbus and Boeing have turned to one of the world's largest cargo aircraft to prevent delayed components from disrupting their assembly lines. Antonov An-124 heavy-lift aircraft have recently been chartered to move oversized sections for the Airbus A350 and Boeing 767, according to industry sources and regulatory filings reviewed by Reuters. A similar mission earlier this year carried components for Boeing's 777 Freighter program. The unusual flights reveal just how much pressure remains inside the global aerospace supply chain. When a missing aircraft section threatens to interrupt production, the manufacturers are apparently willing to summon a four-engine flying warehouse rather than watch an assembly line grind to a halt. From Ship to Super-Transport Large aircraft components are normally moved using ships, trucks and specialized transport aircraft. Airbus operates its distinctive Beluga fleet to carry wings, fuselage sections and other oversized structures between European factories. Boeing uses converted 747 Dreamlifters to support production of the 787 Dreamliner. However, neither system solves every logistical problem, especially when components must cross the Atlantic quickly or when supplier delays leave little time in the production schedule. The An-124 offers a cavernous cargo hold, built-in loading equipment and the ability to carry extremely large or heavy loads. Depending on its configuration, the aircraft can transport roughly 120 metric tons of cargo. Airbus Moves A350 Components from North Carolina Airbus reportedly used an An-124 to carry A350 aerostructure components from the United States after encountering difficulties at its facility in Kinston, North Carolina. The plant, which Airbus recently acquired from Spirit AeroSystems, produces composite fuselage sections for the A350 program. The components had previously traveled primarily by sea, but production and integration issues increased the urgency of moving them to Airbus assembly operations more quickly. Airbus acknowledged that integrating the Kinston operation has been complicated. Moving the sections by air is far more expensive than shipping them by sea, but the cost of an emergency cargo charter may be easier to absorb than the financial impact of slowing or stopping an A350 assembly line. In aircraft manufacturing, the missing piece does not need to be especially glamorous. One late fuselage section can leave a multimillion-dollar jet sitting around as the world's largest and least convenient paperweight. Boeing Uses the An-124 for 767 Sections Boeing has also used an An-124 to move fuselage sections needed for its 767 production line. The 767 remains in production primarily as the basis for Boeing freighters and the KC-46 aerial-refueling tanker. Reuters reported that the components were urgently required for assembly, prompting Boeing to use the giant cargo aircraft rather than rely on slower conventional transportation. Boeing did not directly confirm the An-124 charter but said it uses various transportation methods to maintain production stability. An earlier An-124 flight also reportedly carried components connected to the Boeing 777 Freighter program, suggesting the aircraft has become an emergency tool for more than one Boeing production line. What the Flights Say About the Supply Chain Aircraft manufacturers are trying to raise production as airlines demand more new jets, but suppliers continue to struggle with shortages, staffing issues and uneven output. While the aerospace supply chain has improved since the severe disruptions of the COVID-19 pandemic, vulnerabilities remain in several areas, including aerostructures, engines and passenger seating. Manufacturers generally prefer to keep a buffer of parts available so temporary supplier delays do not immediately affect aircraft assembly. The use of emergency An-124 flights suggests that inventories for some major components are thin enough that a single late shipment could disrupt production. Airfreighting large fuselage sections is neither cheap nor routine. It is the logistical equivalent of ordering a pizza by helicopter because the oven is about to close. The An-124's Unique Role The Antonov An-124 was originally developed during the Soviet era and remains one of the largest operational cargo aircraft in the world. Its nose can swing upward to allow cargo to be loaded from the front, while ramps and onboard handling equipment help move machinery and oversized freight without relying entirely on airport ground equipment. That combination makes the aircraft particularly valuable for urgent industrial missions involving power-generation equipment, military vehicles, helicopters and aircraft sections. Only a limited number of An-124s remain commercially available, giving each mission an additional layer of complexity. The aircraft cannot simply be summoned from every major cargo hub like an ordinary freighter. Production Pressure Continues Airbus has been working to increase A350 output while targeting higher overall aircraft deliveries. Boeing is also attempting to stabilize and expand production across several programs after years of manufacturing and supply-chain disruption. Both companies face the same uncomfortable equation: airlines want more airplanes, suppliers are still struggling to keep pace and final assembly lines cannot operate without every major section arriving in the correct order. Chartering an An-124 does not solve the underlying supplier problems, but it can buy manufacturers something almost as valuable: time. For aviation enthusiasts, the flights offer a rare intersection between two very different corners of the industry. Modern Airbus and Boeing jets are being kept on schedule by a massive cargo aircraft whose design dates back more than four decades. When the supply chain runs out of breathing room, apparently the answer is four engines, 24 wheels and a cargo hold large enough to swallow part of another airplane. Sky Blue Radio will continue following developments involving aircraft production, global supply chains and the specialized cargo aircraft working behind the scenes. via: https://news.skyblueradio.com/2026/07/16/airbus-and-boeing-turn-to-giant-antonov-an-124s-to-keep-production-moving/

Boeing Nears Approval of Critical 737 MAX Anti-Ice Fix

Posted by skyblueradio — Thu, 16 Jul 2026 13:52 GMT

Boeing says it is in the final stages of securing regulatory approval for a redesigned engine anti-ice system, clearing a major obstacle in the certification of the long-delayed 737 MAX 7 and MAX 10. The redesigned system addresses a safety concern involving possible overheating inside the engine nacelle. Under certain conditions, prolonged use of the engine anti-ice system could generate excessive heat, potentially damaging components and creating a risk of engine failure. Approval of the redesign would move Boeing significantly closer to delivering the smallest and largest members of the 737 MAX family, neither of which has yet entered commercial service. A Major Certification Roadblock The anti-ice issue has been one of the largest technical barriers holding up certification of both aircraft. Boeing previously requested a temporary regulatory exemption that would have allowed the MAX 7 to enter service before a permanent fix was available. The company withdrew that request in early 2024 and committed to incorporating a complete engineering solution into the aircraft before certification. Company executives now say the redesigned system is nearing approval after years of engineering work and regulatory testing. The United States and European aviation regulators have both been reviewing the changes as part of their respective certification programs. The Federal Aviation Administration has said it expects the MAX 7 to be certified during summer 2026, while the MAX 10 is expected to follow before the end of the year. How the Redesigned System Works Engine anti-ice systems use hot air to prevent ice from building up around the engine inlet during flight through icing conditions. The concern affecting the MAX family involved excessive heat when the system remained activated in dry air after the aircraft had left icing conditions. Boeing's redesign is intended to prevent dangerous temperatures from developing while maintaining the system's ability to protect the engine from ice. According to Boeing executives, the updated design also reduces engine noise and fan flutter. The company plans to install the redesigned equipment on newly produced MAX aircraft and retrofit MAX 8 and MAX 9 aircraft already in service during normal maintenance visits. That approach could limit disruption for airlines by allowing much of the work to be completed during scheduled maintenance rather than requiring lengthy aircraft groundings. MAX 7 Could Be Approved First The 737 MAX 7 is the smallest member of Boeing's current narrowbody family and is expected to be the first of the two delayed variants to receive certification. Southwest Airlines is the largest customer for the aircraft and has built much of its fleet strategy around the smaller MAX model. Southwest has previously indicated that it expects to begin operating the MAX 7 during the first quarter of 2027, assuming certification is completed on schedule. Boeing has already manufactured approximately 30 MAX 7 aircraft that are awaiting certification and delivery, according to data cited by Reuters. The aircraft is designed to replace older Boeing 737-700s while offering improved fuel efficiency, range and passenger capacity. MAX 10 Certification Also Moving Forward The 737 MAX 10 is the largest aircraft in the MAX family and has attracted orders from airlines seeking additional capacity without moving to a widebody aircraft. Boeing executives say the MAX 10 has completed approximately 98 percent of its certification flight testing. The aircraft accounts for at least 28 percent of Boeing's outstanding 737 MAX orders, making its approval especially important to the manufacturer's future delivery schedule. United Airlines, Delta Air Lines, Ryanair and WestJet are among the customers awaiting the aircraft. The MAX 10 certification program also includes regulatory review of a new flight-crew alerting system intended to satisfy modern cockpit safety requirements. Years of Delays Boeing originally expected both variants to enter service several years ago, but certification has repeatedly slipped because of engineering changes and increased regulatory scrutiny. Oversight of Boeing intensified following the fatal crashes of Lion Air Flight 610 in 2018 and Ethiopian Airlines Flight 302 in 2019, which led to a worldwide grounding of the MAX family. Further scrutiny followed the January 2024 door-plug failure aboard an Alaska Airlines MAX 9, prompting additional FAA oversight of Boeing's manufacturing and quality-control processes. The FAA has maintained increased monitoring of Boeing and has required the company to demonstrate that corrective actions fully address identified quality concerns. That means final approval of the anti-ice fix will not automatically place the MAX 7 or MAX 10 into airline service. Each aircraft must still complete the remaining certification work and receive formal authorization from regulators. A Critical Moment for Boeing Certification of the MAX 7 and MAX 10 would allow Boeing to offer a more complete family of narrowbody aircraft against Airbus and its popular A320neo series. The smaller MAX 7 is aimed primarily at airlines needing additional range and efficiency on lower-demand routes. The larger MAX 10 competes more directly with the Airbus A321neo in the high-capacity single-aisle market. With dozens of completed aircraft already waiting for delivery and hundreds more on order, approval of the redesigned anti-ice system would represent an important step toward clearing Boeing's certification backlog. For now, however, the aircraft remain on the regulatory taxiway. The finish line is visible, but the FAA has not yet turned on the green light. Sky Blue Radio will continue following the certification process and any announcements regarding the first MAX 7 and MAX 10 deliveries. via: https://news.skyblueradio.com/2026/07/16/boeing-nears-approval-of-critical-737-max-anti-ice-fix/

Synaptic A220 Takes Center Stage in Extensive Developer Livestream

Posted by skyblueradio — Thu, 16 Jul 2026 02:13 GMT

The highly anticipated Synaptic Simulations Airbus A220 returned to the spotlight Wednesday during an extensive developer livestream presented in partnership with iniBuilds and Microsoft Flight Simulator. Broadcast live on the official Microsoft Flight Simulator Twitch channel, the presentation offered viewers a detailed look at the aircraft's systems, avionics, sounds and overall level of simulation as development moves closer to completion. Rather than simply showing another collection of carefully framed screenshots, the stream allowed members of the development team to demonstrate the A220 in operation and explain some of the work taking place behind the displays. A Deeply Simulated Flight Deck One of the central themes of the presentation was the depth of the aircraft's systems. Synaptic has built a custom flight management system designed to recreate the Collins Pro Line Fusion avionics found aboard the real A220. The system includes graphical flight planning, lateral and vertical navigation, performance calculations, holds, path offsets and direct-to functionality. Pilots will be able to select waypoints and make changes directly through the navigation display, including inserting holds, creating reroutes, activating direct-to commands and adding nearby fixes to the flight plan. The developers have also modeled some of the real aircraft's less glamorous limitations and quirks. These include limits on the number of flight-plan legs and holds that can be stored, along with the messages and system behavior that appear when those limits are exceeded. It is an approach that goes beyond making the displays look correct. The goal is to reproduce how information moves between the individual computers and components aboard the aircraft. Detailed Navigation and Approach Capabilities The A220 is being developed with support for a wide selection of approach types, including ILS, localizer, LDA, VOR, VOR/DME, RNAV RNP, RNP AR and LPV approaches. A vertical situation display provides pilots with a graphical representation of the aircraft's planned vertical path. During arrival, the display can also depict the destination runway and the appropriate ILS or LPV approach path. Full autoland capability is included, complete with the expected RETARD, ALIGN, FLARE and ROLLOUT mode transitions. The system can also determine when conditions or aircraft configuration do not permit a full autoland and revert to the appropriate lower-level approach mode. Performance planning includes FLEX takeoffs, takeoff and climb derates, noise-abatement departure profiles, flap speed calculations and configurable climb, cruise and descent speeds. SimBrief wind data can also be incorporated into the aircraft's fuel and arrival predictions. Component-Level System Behavior Synaptic's component-based simulation allows aircraft behavior to develop naturally as systems change or fail. Hydraulic fluid, fuel and battery temperatures respond dynamically to aircraft operation. Extending the landing gear or moving the flaps, for example, places demand on the hydraulic system and produces a corresponding change in fluid temperature. The simulation even models heat transfer between hydraulic fluid and fuel. Control surfaces can react to gravity and wind when hydraulic pressure is unavailable, while cockpit indications incorporate the slight delays and smoothing found aboard the real aircraft instead of instantly jumping between values. These may be small details individually, but together they help create an aircraft that behaves like a connected collection of systems rather than a series of animated switches. That Famous A220 Sound No presentation of the A220 would be complete without its distinctive engine howl. The aircraft's sound package is being produced with Echo 19 Audio Productions using recordings from a real A220. The familiar "whale" sound created as the Pratt & Whitney PW1500G engines spool through approximately 30 percent N1 is procedurally generated using live engine parameters. The soundscape also includes cockpit switches, aircraft warnings, environmental sounds, the hydraulic power transfer unit and changes in engine sound throughout the operating range. Combined with the highly detailed exterior, cockpit and passenger cabin, the audio work is intended to make the aircraft convincing from both the pilot's seat and the passenger window. Built for MSFS 2020 and 2024 The Synaptic A220 is planned for both Microsoft Flight Simulator 2020 and Microsoft Flight Simulator 2024. The A220-300 will be the first variant released. Synaptic also plans to add the smaller A220-100 and an ACJ corporate version following the initial launch. Previous information from the developers indicated the A220-100 would be provided as a free update to owners of the base package. The aircraft is expected to be available through the iniBuilds Store and Microsoft Marketplace. The project's official FAQ currently lists a summer 2026 release window, although the developers have not announced an exact launch date or final price. Wednesday's presentation made one thing fairly clear: the Synaptic A220 has moved well beyond being an interesting project to watch from a distance. With most major features now in place and the development team concentrating heavily on testing, refinement and bug fixing, one of the flight-simulation community's longest-awaited airliners appears to be entering the final stretch. Until an exact release date is announced, however, the seatbelt sign remains firmly illuminated. via: https://news.skyblueradio.com/2026/07/16/synaptic-a220-takes-center-stage-in-extensive-developer-livestream/

United Airlines Turns the Middle Seat into a Table on New Airbus A321XLR

Posted by skyblueradio — Thu, 16 Jul 2026 02:03 GMT

United Airlines is preparing to offer passengers something that may qualify as one of aviation's rarest luxuries: a guaranteed empty middle seat. The airline announced on July 14 that all 50 of its upcoming Airbus A321XLR aircraft will include a special Economy Plus row where the middle seat is replaced by a permanently fixed shared table. The configuration will give the window and aisle passengers additional elbow room while retaining the extra legroom already included with Economy Plus seating. The new seating option is expected to go on sale later in 2026, with pricing and additional booking details to be announced closer to launch. Goodbye, Middle Seat Rather than simply blocking the center seat on the reservation system, United will physically repurpose the space. A large custom table will extend across the open middle-seat area between the aisle and window passengers. It will feature a soft, leather-like surface and two cup holders, giving both travelers additional storage and personal space during the flight. The table is permanently installed, meaning no passenger can suddenly appear in the middle seat at boarding because of an aircraft change, reservation shuffle or other last-minute airline geometry experiment. Only one Economy Plus row aboard each A321XLR will initially feature the arrangement. United said it is exploring whether the concept could eventually be added to other aircraft in its fleet. United's New Long-Range Narrowbody The Airbus A321XLR will become an important part of United's international fleet. The aircraft is designed to operate longer routes than conventional narrowbody jets, allowing airlines to serve thinner international markets without using a larger twin-aisle aircraft. United plans to begin using its A321XLRs on domestic flights in fall 2026 before introducing international service in early 2027. The aircraft will eventually take over some routes currently flown by United's aging Boeing 757 fleet. United's A321XLR cabin will include 32 premium seats, including United Polaris business-class suites with lie-flat beds and direct aisle access. Other planned features include 4K OLED entertainment screens, Bluetooth connectivity, larger overhead bins and an onboard snack area. A European Idea Comes to a U.S. Airline The blocked-middle-seat concept is common on some European airlines, particularly in short-haul business class. Many European carriers use standard economy seats at the front of the aircraft but keep the center seat empty to provide additional space. Some airlines place a small tray or console over the unused seat. United says it will be the only U.S. airline offering this type of seating arrangement when the A321XLR enters service. The difference is that United's version will be sold as an enhanced Economy Plus option rather than business class. Passengers will receive more legroom and extra elbow space, but not the full meal service, lounge access or other benefits typically associated with a premium cabin. More Comfort, for a Price United has not yet revealed how much the new seats will cost. The airline already charges extra for Economy Plus because the seats provide approximately three additional inches of legroom compared with standard economy. The new shared-table row will likely command an additional premium because it offers both extra legroom and a guaranteed open space between passengers. The arrangement also allows United to create another premium seating category without installing wider seats or redesigning an entire section of the cabin. For travelers, the value may depend on the price. An empty middle seat can make a substantial difference on a long flight, although passengers will still be traveling in a single-aisle aircraft rather than a traditional widebody jet. Part of a Larger Cabin Upgrade The new Economy Plus row is part of United's wider effort to offer more seating choices throughout its fleet. The airline has also announced the United Relax Row, a separate concept that allows passengers to convert a three-seat economy row into a couch-like sleeping area on selected long-haul aircraft. That product is expected to debut aboard Boeing 777 and 787 aircraft in 2027. United says the additions are part of a nose-to-tail investment covering every cabin, from standard economy through Polaris business class. For passengers who have spent years defending an armrest from the person in seat B, however, the shared-table row may be the most immediately understandable improvement. No negotiations. No passive-aggressive elbow maneuvers. Just two passengers, two cup holders and a small island of peace at 35,000 feet. Sky Blue Radio will continue following United's A321XLR rollout as the airline announces pricing, routes and the aircraft's official entry-into-service schedule. via: https://news.skyblueradio.com/2026/07/16/united-airlines-turns-the-middle-seat-into-a-table-on-new-airbus-a321xlr/

DSD Simulations Releases Vortex SC for Microsoft Flight Simulator

Posted by skyblueradio — Thu, 16 Jul 2026 02:00 GMT

Orbx has announced the release of the Vortex SC from DSD Simulations, a purpose-built aerobatic aircraft now available for Microsoft Flight Simulator 2020 and Microsoft Flight Simulator 2024. Developed in collaboration with champion aerobatic pilot Melanie Astles, the Vortex SC is designed for virtual pilots seeking an authentic unlimited aerobatic experience. The aircraft features a highly refined flight model, detailed systems, extensive customization options and a custom sound package created by Echo 19 Audio Productions. Pilots can configure the aircraft to match their preferred flying style. Available options include removable action cameras, wheel spats, aerials and an optional glass floor. Users can also choose between three-blade and four-blade propeller configurations. Inside the cockpit, the Vortex SC offers a choice between a traditional analog instrument panel and a modern digital avionics suite. This provides flexibility for pilots who prefer classic aerobatic instrumentation or a more contemporary cockpit environment. The aircraft also includes a realistic aerobatic smoke system, making it well suited for airshows, formation flying and online multiplayer events. Its visual configurations and special effects are designed to remain compatible during multiplayer sessions. For those who enjoy exploring the mechanical side of an aircraft, the Vortex SC includes removable engine cowlings with a fully modeled engine underneath. A total of 28 authentic liveries are included with the package. Key Features

Developed in collaboration with champion aerobatic pilot Melanie Astles Highly accurate unlimited aerobatic flight model Analog and digital cockpit configurations Removable action cameras, wheel spats and aerials Optional glass floor Three-blade and four-blade propeller options Realistic aerobatic smoke system Custom sounds from Echo 19 Audio Productions Fully modeled engine with removable cowlings 28 authentic liveries Multiplayer-compatible configurations and effects Support for Microsoft Flight Simulator 2020 and 2024 The DSD Simulations Vortex SC is available exclusively through Orbx Direct. Watch the Vortex SC launch video Purchase for Microsoft Flight Simulator 2020 Purchase for Microsoft Flight Simulator 2024 via: https://news.skyblueradio.com/2026/07/16/dsd-simulations-releases-vortex-sc-for-microsoft-flight-simulator/

iniBuilds Unveils Chicago O'Hare Trailer for Microsoft Flight Simulator 2024

Posted by skyblueradio — Wed, 15 Jul 2026 03:30 GMT

iniBuilds has released the official trailer for its upcoming recreation of Chicago O'Hare International Airport, giving Microsoft Flight Simulator 2024 pilots their most detailed look yet at one of the world's most recognizable aviation hubs. The two-minute trailer showcases the airport's terminals, passenger areas, ramps, taxiways and nighttime lighting while confirming that the scenery is expected to be released this week. A specific release date and price had not been announced at the time of publication. One of iniBuilds' Most Ambitious Airports iniBuilds first revealed its Chicago O'Hare project in June, describing it as one of the company's most ambitious scenery developments to date. The airport has been created specifically for Microsoft Flight Simulator 2024, with the development team focusing on detailed modeling, updated textures, terminal interiors, airport infrastructure and optimization for the newer simulator platform. O'Hare's enormous size makes it a particularly challenging airport to recreate. The real airport contains multiple terminals, sprawling cargo and maintenance areas, a complex network of taxiways and enough pavement to make a virtual airport-development team quietly reconsider its career choices. The new trailer shows aircraft operating around detailed ramp areas, service equipment moving throughout the airport and interiors visible inside several terminal buildings. New Multiple-Jetway Technology Takes Center Stage One of the most notable features shown in the trailer is iniBuilds' new multiple-jetway system. The technology allows more than one passenger boarding bridge to connect to a compatible aircraft simultaneously, making widebody gate operations more realistic. The trailer includes footage of an Ethiopian Airlines Airbus A350 connected to two jetways at the same time. iniBuilds previously explained that the system is built directly into compatible airport packages and does not require third-party software. It is expected to work with aircraft that support the simulator's default jetway system, with future support planned across additional iniBuilds airports. Chicago O'Hare will be one of the first iniBuilds airports to introduce the technology. For pilots flying large aircraft such as the Airbus A350, Boeing 777 or the upcoming iniBuilds A380, the system should provide a more convincing gate experience than watching an entire double-deck aircraft attempt to board through one lonely jetway. Built for Heavy Airline Operations Chicago O'Hare is a major destination for domestic, international and cargo operations, making it a natural fit for flight simmers who enjoy flying airline schedules. The airport is especially attractive for virtual pilots operating United Airlines and American Airlines routes, while its international terminals provide opportunities for long-haul services from Europe, Asia, the Middle East and South America. O'Hare's multiple runways and dense traffic environment also make it a popular destination during online network events on VATSIM and other multiplayer platforms. The new scenery should offer pilots everything from short regional flights to transcontinental and intercontinental operations, all centered around one of the most complicated pieces of concrete in North America. A Fast Trip from Announcement to Release iniBuilds revealed the O'Hare project publicly in June, meaning the scenery appears to be moving from announcement to release in roughly five weeks. The short promotional period suggests the airport was already well into development before its first public preview. The latest trailer follows a series of preview images released earlier in July that highlighted terminal modeling, ramp details and the overall scale of the project. Coming This Week iniBuilds says Chicago O'Hare International Airport is scheduled to arrive for Microsoft Flight Simulator 2024 this week. Pricing, installation size and detailed system requirements have not yet been confirmed publicly. Additional information is expected when the airport becomes available through the iniBuilds Store and iniManager. With detailed terminals, extensive airside modeling and the debut of iniBuilds' multiple-jetway technology, Chicago O'Hare could become an important new destination for MSFS 2024 airline pilots. Sky Blue Radio will continue following the release and will provide updated pricing and availability information once the airport officially opens its virtual gates. via: https://news.skyblueradio.com/2026/07/15/inibuilds-unveils-chicago-ohare-trailer-for-microsoft-flight-simulator-2024/

MOZA Expands Flight Simulation Line with New Displays, Avionics Panels and Cockpit Hardware

Posted by skyblueradio — Wed, 15 Jul 2026 03:26 GMT

MOZA is making a major push into the home cockpit market with a new collection of flight simulation displays, avionics panels and modular cockpit controls aimed at airline, general aviation and military pilots. The expanded lineup moves MOZA beyond its force-feedback yokes, flight sticks, throttles and pedals. It now includes Airbus- and Boeing-inspired flight management computers, an Airbus-style autopilot panel, a G1000-style avionics display and a modular tactical cockpit system. MOZA officially announced the expanded product family on July 8, following demonstrations of the equipment during FlightSimExpo 2026 in Saint Paul, Minnesota. Building a Complete Flight Deck The new lineup includes five primary product families:

MA3F Electronic Flight Control Modules MA3F Flight Computer Display MB7F Flight Computer Display MGX1000 Instrument Panel FMP18 Panel Bundle Together, the devices are intended to provide physical controls for tasks that are normally completed by clicking instruments and buttons on a computer screen. For flight simmers building dedicated cockpits, the collection offers hardware for several different types of flying rather than concentrating exclusively on one aircraft or simulator niche. MA3F Brings Airbus-Style Autopilot Controls to the Desktop The MA3F Electronic Flight Control Module is modeled after the flight-control and EFIS panels found in modern Airbus cockpits. The system includes dedicated controls for managing heading, altitude, speed and other autopilot functions. MOZA has also developed a dual-rail push-pull mechanism intended to reproduce the feel of Airbus-style knobs, where pilots push or pull a selector to engage managed or selected modes. The center flight-control unit is priced at $149, while the separate left and right EFIS modules are priced at $99 each. Pilots can purchase only the center unit or gradually expand to a complete three-panel setup. Dedicated Flight Computers for Airbus and Boeing Pilots MOZA is also offering two dedicated flight-management computer displays. The MA3F Flight Computer Display is designed around an Airbus-style MCDU workflow, while the MB7F Flight Computer Display provides a Boeing-style CDU layout. Both units feature high-resolution IPS displays, metal front panels, illuminated controls and physical keypads. They are designed to synchronize with supported aircraft inside the simulator, allowing pilots to enter flight plans, configure aircraft performance and manage navigation without relying on an on-screen pop-out window. Both flight computer displays are priced at $199. MGX1000 Targets General Aviation Pilots General aviation pilots are not being left at the gate. The new MGX1000 Instrument Panel recreates the layout and operation of a modern G1000-style glass cockpit. It features a full-size 10.4-inch IPS display, rotary controls and dedicated avionics buttons. One of its most notable features is DisplayLink connectivity. Instead of requiring another HDMI or DisplayPort connection from the computer's graphics card, the panel can receive video through USB. That could make it easier to install multiple avionics displays without turning the back of the computer into a spaghetti convention. MOZA says multiple MGX1000 units can be combined to create primary and multifunction display arrangements. The panel is priced at $449. FMP18 Takes Aim at Military Simulation For military flight simulation enthusiasts, MOZA has introduced the FMP18 Panel Bundle. Inspired by the front cockpit of the F/A-18 Hornet, the system combines multiple displays, fighter-style controls and modular panel sections. Magnetic, swappable bezels use Pogo Pin connections, allowing users to change portions of the layout without complicated rewiring. The complete FMP18 bundle is priced at $849, making it the most expensive product in the newly expanded lineup. Simplifying the Home Cockpit A major theme of MOZA's expansion is reducing the complexity traditionally involved in building a home simulator. Cockpit displays often require multiple video cables, USB connections, power supplies and software utilities. MOZA is using DisplayLink technology across parts of its new ecosystem so additional displays can connect through USB without consuming another graphics-card output. The devices are also managed through MOZA Cockpit and MOZA Pit House software, providing centralized control for device settings, lighting, profiles and simulator telemetry. Competition Continues to Grow The flight simulation hardware market has expanded significantly in recent years, with manufacturers offering increasingly specialized equipment for Airbus, Boeing, general aviation and military aircraft. MOZA's latest products place the company in direct competition with established cockpit-hardware manufacturers while offering customers the ability to combine force-feedback flight controls, avionics displays and aircraft panels within one software ecosystem. For home cockpit builders, that growing competition could mean more choices, easier installation and potentially more competitive pricing. It may also mean explaining to family members why the computer room now contains most of an Airbus cockpit. Sky Blue Radio will continue following MOZA's flight simulation lineup as additional compatibility information, software updates and shipping details become available. via: https://news.skyblueradio.com/2026/07/15/moza-expands-flight-simulation-line-with-new-displays-avionics-panels-and-cockpit-hardware/

FlightFactor Teases New Boeing 787 Images for X-Plane 12

Posted by skyblueradio — Sun, 12 Jul 2026 13:11 GMT

FlightFactor has provided a fresh look at its upcoming Boeing 787 Dreamliner for X-Plane 12, releasing a new collection of work-in-progress images from the long-awaited aircraft project. The latest screenshots were shared by FlightFactor on July 10 and show continued visual progress on the Dreamliner as development moves forward. The aircraft remains under active construction, with the team currently concentrating heavily on the 787's cockpit avionics and interior modeling. Work Continues on the Dreamliner's Avionics According to a recent development interview, FlightFactor is making progress on the aircraft but faces a substantial workload due to the complexity of the real-world Boeing 787. The team is currently implementing the Dreamliner's advanced cockpit avionics while also developing the passenger cabin. New seat models and interior artwork are already beginning to take shape. FlightFactor has developed a reputation within the X-Plane community for creating deeply simulated airliners, including its Boeing 757, 767 and the newer Boeing 777 V2. Its aircraft emphasize detailed systems modeling, and FlightFactor says its professional Boeing series is licensed by Boeing and tested with assistance from real-world pilots and engineers. Not Just a Reworked 777 Although the Boeing 787 project can borrow some elements from FlightFactor's Boeing 777 V2 Ultimate, the developer says the Dreamliner is far from a simple conversion. Certain existing features, particularly ground-service equipment functions, may be adapted from the 777. However, the two aircraft use significantly different systems and avionics. As a result, much of the 787 requires entirely new programming rather than recycled code from FlightFactor's previous products. That distinction is important for virtual pilots expecting a detailed Dreamliner simulation. The real-world 787 features an advanced electrical architecture, large-format cockpit displays and aircraft systems that differ considerably from earlier Boeing designs. A Long-Awaited X-Plane Aircraft FlightFactor's Boeing 787 project has been known to the X-Plane community for several years, with the developer sharing occasional previews as work has progressed. The latest images provide reassurance that the project remains active and is being developed specifically for X-Plane 12. However, FlightFactor has not announced a release date, pricing information or which 787 variant will be included first. For now, the Dreamliner remains firmly inside the development hangar, surrounded by code, cockpit displays and what is presumably an industrial-sized coffee machine. Growing Competition in the Dreamliner Market The Boeing 787 continues to attract considerable attention from flight-simulation developers. Several Dreamliner projects are either available or under development across X-Plane and Microsoft Flight Simulator. For X-Plane 12 users, FlightFactor's aircraft could become one of the platform's most detailed modern widebody simulations if the finished product follows the same systems-focused approach as the company's Boeing 777 V2. The newly released screenshots do not reveal when the aircraft may be ready for customers, but they offer another promising glimpse at a project many X-Plane pilots have been watching for years. Sky Blue Radio will continue following the FlightFactor Boeing 787 as additional development details, previews and release information become available. via: https://news.skyblueradio.com/2026/07/12/flightfactor-teases-new-boeing-787-images-for-x-plane-12/

Synaptic A220 Set for Official Developer Showcase on July 15

Posted by skyblueradio — Sun, 12 Jul 2026 03:24 GMT

One of the most anticipated aircraft projects in Microsoft Flight Simulator is preparing to take center stage. Synaptic Simulations and iniBuilds have announced an official developer deep-dive livestream for their upcoming Airbus A220. The showcase is scheduled for Wednesday, July 15, 2026, at 1900 UTC, which is 1:00 PM Mountain Time. The presentation will be broadcast through the official Microsoft Flight Simulator Twitch channel. The livestream is expected to provide a detailed look at the aircraft's systems, avionics, flight characteristics and overall development progress. It should also give flight-simulation fans their clearest look yet at how close the aircraft may be to release. A Project Years in the Making The Synaptic A220 began as an ambitious community-developed project before evolving into a commercial partnership with iniBuilds. The collaboration has allowed the team to expand the aircraft's systems depth, visual modeling, sound package and flight dynamics. Recent development updates have highlighted a completely reworked fly-by-wire system, custom engine modeling, lateral and vertical flight guidance, autopilot and autoland functionality. The developers have also created detailed electrical, hydraulic, bleed-air and radio systems, along with a flight-management system rebuilt from the ground up. iniBuilds has contributed to several major portions of the project, including 3D asset integration, texturing, flight modeling, sound development and the aircraft's electronic flight bag. Coming to MSFS 2020 and MSFS 2024 The Synaptic A220 is planned for release on both Microsoft Flight Simulator 2020 and Microsoft Flight Simulator 2024. The initial package will feature the larger A220-300, followed later by the shorter A220-100 as a free update. The aircraft is expected to be available through both the iniBuilds Store and the Microsoft Flight Simulator Marketplace. No firm release date or pricing has been announced. During FlightSimExpo 2026, attendees were able to fly development builds of the aircraft. Synaptic reported that only five new issues were discovered during the three-day event, two of which were corrected during the show. The team also reported that the demonstration builds experienced no crashes during the event. Why the A220 Matters Originally developed by Bombardier as the C Series, the Airbus A220 was designed specifically for the 100-to-160-seat market. The real aircraft features a modern fly-by-wire cockpit, advanced materials and Pratt & Whitney geared turbofan engines. The A220-100 can carry approximately 100 to 135 passengers, while the larger A220-300 can accommodate as many as 160 passengers, depending on airline configuration. Airbus lists a maximum range of approximately 3,600 nautical miles for the smaller variant and 3,450 nautical miles for the A220-300. Its combination of regional-aircraft efficiency and mainline-airliner capabilities has made the A220 a popular choice with carriers including Delta Air Lines, JetBlue, Air Canada, Air France, airBaltic and Breeze Airways. The Next Big MSFS Airliner? Expectations surrounding the Synaptic A220 have continued to climb as development progresses. With detailed systems, custom avionics and support for both current Microsoft Flight Simulator platforms, the aircraft could become one of the most significant commercial-airliner releases of the year. The July 15 showcase should provide a much clearer picture of what virtual pilots can expect when the A220 finally taxis onto the Microsoft Flight Simulator ramp. Sky Blue Radio will continue following the project as additional release and pricing information becomes available. via: https://news.skyblueradio.com/2026/07/12/synaptic-a220-set-for-official-developer-showcase-on-july-15/

OnTime Turnaround Brings Real-World Airline Delays to Microsoft Flight Simulator

Posted by skyblueradio — Sun, 12 Jul 2026 03:11 GMT

A new desktop utility aims to make every minute count by tracking complete multi-leg rosters, turnaround times and cascading delays throughout a pilot's day. Flight simulation can reproduce everything from hydraulic systems to icing conditions, but airline operations rarely end when the parking brake is set. A new utility called OnTime Turnaround is being developed to bring that missing operational layer to Microsoft Flight Simulator. Unlike conventional flight trackers that treat each journey as a separate event, OnTime Turnaround follows an entire day of flying. When the first departure runs late, those delay minutes carry into the next sector and continue reshaping the schedule until the pilot manages to recover them. In other words, that leisurely coffee break in Barcelona may come back to haunt your afternoon arrival in Frankfurt. A Full Roster Instead of a Single Flight OnTime Turnaround allows pilots to build a complete multi-leg roster manually or import flights using its built-in schedules tool. Once connected to Microsoft Flight Simulator, the application monitors the aircraft's progress and automatically records key phases from preflight through block-in. Actual departure and arrival times, available turnaround windows and delays are updated throughout the day without requiring the pilot to operate a separate stopwatch or manually enter every event. The utility's primary features include:

Multi-leg roster tracking

Automatic delay carry-forward

SimBrief integration

Automatic flight-phase detection

Real-world schedule tools

The result is a flight-simulation experience where the first leg can influence everything that follows. A late pushback, extended taxi or slow turnaround is no longer forgotten when the next flight loads. Bringing Dispatch Pressure Into the Simulator The project is designed for pilots who enjoy flying multiple airline sectors during a single session and want the additional challenge of maintaining a realistic schedule. "Real airline operations don't reset between flights, and neither should the sim," said OnTime Turnaround founder Thomas Eccles. "We built OnTime Turnaround so that the choices you make on your first sector actually matter for the rest of your day." That approach could make the utility especially appealing to virtual airline pilots, livestreamers and flight-simulation creators looking to add consequences and continuity to their operations. Instead of simply completing each flight, pilots will need to consider how efficiently they handle boarding, pushback, turnaround preparation and departure sequencing. Development and Availability OnTime Turnaround remains in active development, although its SimBrief integration and delay carry-forward system are already operational. Additional planned features include:

Logbook exporting A live flight map Landing-rate tracking The application is scheduled to launch later in 2026. Flight-simulation pilots can currently join the pre-launch waitlist and receive 15% off at launch. More information and waitlist registration are available at ontimeturn.com. The development team is also inviting flight-simulation content creators to participate in its early-access program. For pilots who have ever finished one delayed flight, loaded the next aircraft and pretended the schedule magically repaired itself, OnTime Turnaround may soon close that convenient little loophole. via: https://news.skyblueradio.com/2026/07/12/ontime-turnaround-brings-real-world-airline-delays-to-microsoft-flight-simulator/

Microsoft Flight Simulator 2024 Sim Update 6 Beta Now Available for Testing

Posted by skyblueradio — Wed, 8 Jul 2026 20:56 GMT

Microsoft Flight Simulator 2024 pilots have a new update to put through its paces, as Sim Update 6 Beta is now available for public testing. The new beta build, version 1.8.5.0, was posted on the official Microsoft Flight Simulator forums on July 6, 2026, giving simmers an early look at what is coming next for MSFS 2024. The update brings several technical improvements, visual upgrades, and quality-of-life changes that should make plenty of virtual pilots lean forward in the captain's chair. One of the biggest highlights is support for NVIDIA DLSS 4.5, which is now used as the default native upscaler for supported systems. The beta also adds Dynamic Frame Generation with in-game VSync support, giving RTX users another round of performance and visual improvements to test. AMD users are not left parked at the gate either, as the update also adds FSR 4 support. For many pilots, though, one of the most welcome changes may be much simpler: Microsoft and Asobo have added an option to start a Free Flight without the mandatory walkaround. That means pilots who want to get straight into the cockpit can now do so without taking the scenic preflight stroll every time. The option can be found in the assistance settings. The update also adds lighting to generic airports, with more improvements planned as Sim Update 6 continues development. That should help improve nighttime operations, especially at smaller fields where things could previously feel a little too "bring your own flashlight." Other changes listed in the beta notes include updates to the World Photographer reward screen, new logbook notifications during Free Flight, toolbar tooltip improvements, avionics fixes, visual updates, and a long list of aircraft, activity, and stability improvements. As always with beta software, this version is meant for testing and feedback. Pilots may encounter bugs, odd behavior, or the occasional gremlin trying to chew on the avionics bus. Anyone who prefers a stable flying experience may want to wait for the final public release. Still, Sim Update 6 is shaping up to be an important step forward for Microsoft Flight Simulator 2024, especially for pilots looking for better visuals, stronger performance, improved airport lighting, and fewer barriers between "I want to fly" and "wheels up." The full Sim Update 6 Beta release notes are available now on the official Microsoft Flight Simulator forums. via: https://news.skyblueradio.com/2026/07/08/microsoft-flight-simulator-2024-sim-update-6-beta-now-available-for-testing/