GITNUXSOFTWARE REVIEW
Video Games And ConsolesTop 9 Best Airplane Simulator Software of 2026
Compare airplane simulator software options and fit for different playstyles, with coverage of Infinite Flight, Aerofly FS, and DCS World.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Infinite Flight is the best pick for pilots who want quick practice and shared-airspace multiplayer because its mission-style guided flights stay repeatable, while Aerofly FS is the better alternative for desktop flyers who value snappy handling and steady performance during rapid takeoff and landing loops.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Infinite Flight
Real-time multiplayer sessions with shared airspace and mission-style guided flights.
Best for: Fits when pilots want fast practice and multiplayer flying without deep cockpit-system customization.
Aerofly FS
Editor pickHigh-performance flight dynamics tuned for consistent feel during rapid takeoff, pattern, and landing loops.
Best for: Fits when pilots want fast iteration on real-world flying skills on a desktop without heavy lesson scripting.
DCS World
Editor pickAircraft-specific clickable cockpits drive real avionics and control-system interactions, not just visual effects.
Best for: Fits when aircraft systems fidelity and repeatable scenario training matter more than convenience.
Comparison Table
Infinite Flight
mobileMobile flight simulator with global scenery, multiplayer, and structured aviation features.
Real-time multiplayer sessions with shared airspace and mission-style guided flights.
Infinite Flight concentrates on a shared flight session where multiple pilots fly together using the app’s networked systems. Core capabilities include aircraft selection with consistent handling, weather effects during flight, and airspace interactions that mirror common pilot workflows. Visual fidelity emphasizes a stable out-the-window view across devices rather than full-fidelity cockpit emulation.
A key tradeoff is that the simulator’s training depth is capped by limited avionics emulation and fewer system-level hooks than desktop flight simulators. Infinite Flight fits pilots who want repeatable practice via guided flights and social flying, especially when mobility or quick setup matter more than modding and instrument-level training.
- +Online multiplayer airspace supports repeatable shared-flying practice
- +Aircraft performance tuning feels consistent across common missions
- +Weather depiction changes flight feel without heavy configuration
- +Guided flight flows reduce time spent building scenarios
- –Cockpit systems modeling and avionics emulation stay less detailed
- –External automation and API-style extensibility are limited
Private pilots
Practice procedures between commutes
More consistent departure and approach
Multiplayer flyers
Fly with other pilots on routes
Less solo repetition, more realism
Show 2 more scenarios
Flight procedure learners
Rehearse approaches and checklists
Faster procedural recall
Lesson-style guidance supports routine repetition of procedures without heavy avionics scripting.
Mobile-first sim users
Maintain practice across devices
Practice without long setup cycles
A consistent flight experience works without the cockpit-focused setup many desktop sims require.
Best for: Fits when pilots want fast practice and multiplayer flying without deep cockpit-system customization.
Aerofly FS
consumerFlight simulator focused on detailed aircraft, high-resolution scenery, and accessible operation.
High-performance flight dynamics tuned for consistent feel during rapid takeoff, pattern, and landing loops.
Aerofly FS runs a desktop flight simulation that emphasizes aircraft behavior and smooth frame delivery for interactive sightseeing and practice flights. Its core stack combines a detailed aerodynamic model, a weather engine, and system modeling aimed at day-to-day flying rather than procedural training.
Aerofly FS also supports scenario-based test flights through reusable aircraft and environment setups, with quick iteration between missions. The product is most distinct versus desktop competitors in its tight focus on ground and air performance over deep cockpit scripting workflows.
- +Responsive handling and stable performance during repeated short flights
- +Weather visuals and changes remain consistent across quick test runs
- +Aircraft systems simulation supports practical normal procedures
- +Large variety of built-in airports supports direct out-of-the-box flights
- –Limited scenario authoring compared with heavier simulator ecosystems
- –Cockpit procedures and instructor-style workflows feel less scripted
- –Add-on aircraft depth can vary and may not match built-in modeling fidelity
- –Workflow for long training sessions lacks training-device style tooling
Rotorcraft pilots and learners
Fly helicopters over detailed terrain
Repeatable route handling
Flight-simulation enthusiasts
Practice takeoffs and landings
More consistent control
Show 2 more scenarios
Instrument-focused pilots
Rehearse navigation and instrument flows
Rehearsed instrument tasks
Users configure cockpit instruments and navigation conditions for desktop instrument-oriented practice scenarios.
Flight students and planners
Rehearse routes with repeatable weather
Improved route familiarity
Users repeat low-level route segments across detailed scenery using consistent lighting and conditions.
Best for: Fits when pilots want fast iteration on real-world flying skills on a desktop without heavy lesson scripting.
DCS World
vertical specialistCombat flight simulator with detailed aircraft systems, weapons, missions, and multiplayer.
Aircraft-specific clickable cockpits drive real avionics and control-system interactions, not just visual effects.
DCS World centers on accurate aircraft systems and flight control behavior, with cockpit switches and instruments tied to simulated avionics and power states. The environment supports weather, time of day, and mission triggers that can drive repeated lesson execution across sessions. AI units and ground simulation allow coordinated air-to-ground and air-to-air engagements inside scripted scenarios.
A key tradeoff is the heavy hardware and control fidelity expectation for smooth results, especially when targeting high frame rates and using complex aircraft modules. DCS World fits usage situations that benefit from repeatable scenario practice such as instrument scanning under tasking, procedure rehearsal in a specific aircraft cockpit, or multiplayer team tactics with defined roles.
- +Clickable cockpits with aircraft systems states that affect flight and avionics behavior
- +Scenario-driven missions enable repeatable procedure practice and role-based task execution
- +Multiplayer supports coordinated operations with synchronized aircraft and world interactions
- +Community modules expand aircraft and map coverage beyond the base lineup
- –Complex aircraft depth increases setup time and learning curve for new users
- –Performance can drop with high settings, large missions, and heavier aircraft systems
- –Inconsistent module quality across add-ons can require extra tuning and configuration
- –Online matchmaking depends on community servers and mission design quality
Virtual flight training teams
Rehearse procedures in one aircraft
Repeatable cockpit procedure practice
Squadron multiplayer pilots
Run coordinated air-to-ground sorties
More consistent team operations
Show 2 more scenarios
Systems-focused simmers
Practice avionics configuration flows
Better avionics setup accuracy
Aircraft modules model power, control logic, and instrument behavior that reflect real setup steps.
Scenario authors
Script repeatable mission triggers
Cleaner lesson repetition
Mission logic and event timing allow structured training runs for specific phases and tasks.
Best for: Fits when aircraft systems fidelity and repeatable scenario training matter more than convenience.
X-Plane
consumerDesktop flight simulator built around aerodynamic modeling and detailed aircraft systems.
X-Plane’s plugin interface lets add-ons drive aircraft behavior and instrument systems with low-level access to simulator data and events.
X-Plane targets desktop use where aerodynamic model behavior and cockpit procedure practice matter, not only visual effects. The simulator ships with an instrument panel workflow and out-the-window display pipeline that reads well for procedural flying and scan training. Add-ons can extend aircraft systems simulation, custom avionics emulation, and custom instrument logic through X-Plane’s extensibility model.
- +Well-documented plugin SDK for external aircraft logic and instrumentation
- +Flight dynamics tuning supports meaningful handling differences across aircraft
- +Large add-on library covering aircraft, cockpits, and scenery
- +Scenario creation workflows work well with repeatable training routes
- –Add-on quality variability can change systems fidelity dramatically
- –Advanced setup takes time for consistent performance and visuals
- –Certain training workflows require extra tooling outside the simulator
- –Cockpit-heavy aircraft can raise hardware demands for smooth frames
Flight training software teams
Integrate external lesson logic
More consistent training playback
Desktop sim pilots
Practice aircraft procedures across sessions
Better procedural muscle memory
Show 2 more scenarios
Simulation developers
Prototype custom avionics behavior
Faster avionics iteration
Plugins can implement avionics emulation and instrument logic without rewriting the full simulator.
Scenery and route authors
Build consistent training environments
Cleaner scenario comparisons
Scenery workflows support repeatable routes so training focuses on procedures instead of setup variance.
Best for: Fits when trainers need repeatable desktop training with deep aircraft handling and add-on extensibility.
Microsoft Flight Simulator
consumerCivilian flight simulator with global scenery, aircraft systems, and live atmospheric conditions.
Procedural world coverage with consistent global placement across default and third-party airports in the same session.
Microsoft Flight Simulator pairs a modern globe-scale world with detailed aircraft systems simulation and a widely supported add-on ecosystem. Core capabilities include a weather engine, an aircraft flight dynamics model, and instrument and avionics behavior for multiple aircraft types.
- +World data and airports update rapidly through the same simulator runtime
- +High-fidelity cockpit visuals with instrument and avionics logic across many aircraft
- +Large add-on library for aircraft, scenery, and tools that integrates at runtime
- +Weather engine updates support repeatable IFR and VFR flight practice
- –Add-on compatibility varies across updates and may require manual troubleshooting
- –Scenario authoring and lesson scripting depth depend heavily on mission tooling
- –Performance tuning can be time-consuming for dense cities and complex aircraft
- –Instructor-style training features are not provided as a dedicated facility
Flight simulation enthusiasts
Extend aircraft and world selections
Broader aircraft variety
Flight simulation developers
Build missions and external tools
Custom simulator content
Show 2 more scenarios
Home cockpit builders
Connect flight hardware and instruments
Configurable control environment
Users attach yokes, joysticks, rudder pedals, head tracking, and external instruments for a custom setup.
Flight simulation communities
Coordinate departures and multi-leg flights
Shared coordinated flights
Groups use the networked world to fly shared routes and conduct coordinated operations.
Best for: Fits when PC users want one desktop simulator that blends detailed cockpits with large community aircraft and scenery catalogs.
FlightGear
open-sourceOpen-source flight simulator with configurable aircraft, scenery, and simulation systems.
Aircraft and world content are extended through community add-ons that hook into FlightGear’s runtime configuration and scenery system.
FlightGear is a desktop airplane simulator built around open-source flight dynamics, detailed aircraft data, and a configurable scenery pipeline. It targets full-world flying with a weather and navigation stack that can be run from a local install without proprietary training device dependencies.
- +Open aircraft configuration system supports many community-built planes
- +Large scenery coverage supports globe-style flying with consistent tooling
- +Distributed interactive simulation enables multi-instance shared flight sessions
- +Extensible runtime lets add-ons integrate into systems and visuals
- –Setup requires more manual configuration than paid flight simulators
- –Cockpit and avionics depth depends heavily on per-aircraft packages
- –Performance tuning is needed when combining heavy scenery and add-ons
- –Instructor and training workflow features are limited versus dedicated training suites
Scenery developers
Assemble custom terrain and airports
Tested custom environments
Flight instructors and students
Rehearse visual and abnormal procedures
More consistent procedures
Show 2 more scenarios
Aerospace developers and researchers
Tune aircraft configurations and behavior
Iterated handling assessments
Researchers create or adjust aircraft configurations and evaluate handling behavior across scenarios.
Training programs
Run repeatable mission drills
Consistent scenario repetition
Instructors script missions to repeat approaches, emergencies, and procedural drills under controlled conditions.
Best for: Fits when hobbyists need a configurable, add-on driven desktop simulator for long-range flying and shared sessions.
Condor Soaring
vertical specialistGlider and sailplane flight simulator focused on realistic soaring and thermal dynamics.
Soaring-oriented flight model and thermal air behavior tailored to sailplane training tasks.
Condor Soaring is a desktop flight simulator for soaring pilots that focuses on sailplane flight physics and realistic air behavior. It delivers aircraft systems simulation and cockpits tailored to gliding operations, with scenario tools for task practice and competition-style flying.
- +Soaring-focused aerodynamic and task workflows beat generic flight sims
- +Flight hardware integration supports controller-driven glider flying
- +Cockpit layout and avionics behavior fit glider procedures well
- +Flight data recording supports post-flight technique review
- –Limited coverage outside soaring aircraft limits broad PC simulator use
- –Scenario authoring depth feels narrower than full training platforms
- –Add-on scenery and aircraft can require manual setup effort
- –High fidelity tuning can be time-consuming for newcomers
Glider pilot training instructors
Practice lift and sink management
Better lesson consistency and timing
Soaring competition pilots
Run competition-style task scenarios
Improved tactical decision-making
Show 2 more scenarios
Flight hardware users
Integrate control inputs and instruments
More accurate control feel
Supports cockpit hardware workflows for closer simulator-to-aircraft response mapping.
Pilot performance analysts
Record flights for debrief review
Faster debrief and corrections
Captures data for postflight analysis of handling, decisions, and outcomes.
Best for: Fits when soaring pilots want desktop flight dynamics and task practice tuned to glider operations.
Rise of Flight
vertical specialistWWI combat flight simulator with historically accurate aircraft and flight models.
Cockpit procedure practice built around the simulator’s specific historical aircraft and mission flow, rather than generic mission building.
Rise of Flight focuses on desktop historical flight simulation with high fidelity flight dynamics, aircraft handling, and cockpit immersion for early aviation aircraft. The simulator centers on realistic aerodynamic and propulsion behavior, a weather engine that affects visibility and conditions, and cockpit-first interaction for instrument and procedure practice.
- +Aircraft handling and stall behavior feel consistent across sessions
- +Cockpit-first controls support disciplined instrument and procedure practice
- +Weather-driven visibility and condition changes affect approach decisions
- +Campaign and mission flow supports repeat flights on targeted aircraft
- –Multiplayer and shared-world tooling are limited versus broader PC ecosystems
- –Modding and add-on interoperability can require manual setup
- –Learning curve is steep for trim, power management, and energy control
- –Scenario customization is narrower than general mission authoring toolchains
Desktop flight sim hobbyists
Practice WWI aircraft handling in cockpit
Improved stick-and-rudder skills
Instrument procedure trainees
Practice approach procedures with real panels
Fewer procedure mistakes
Show 2 more scenarios
Mission-focused players
Complete aircraft-specific flight missions
More repeatable practice
Scenario progression ties lessons to specific planes, guiding practice through structured flights.
Weather sensitivity learners
Fly visibility-challenging conditions
Better weather judgments
A weather engine changes visibility and conditions, letting users train decision-making under shifting environments.
Best for: Fits when a PC user wants era-specific aircraft handling practice and cockpit procedures over broad platform interoperability.
Prepar3D
enterpriseProfessional flight simulation platform for training, education, and simulation development.
Flight data recording plus replay supports repeatable analysis of aircraft behavior and procedures.
Prepar3D is a desktop flight simulator focused on aircraft systems simulation and repeatable training workflows on PC. It supports scenario-based operations with detailed aircraft and cockpit add-ons, plus strong tools for recording and replaying flight sessions for analysis.
- +High-fidelity aircraft and cockpit add-on ecosystem on PC
- +Scenario-driven operations with consistent replay for training practice
- +Flight data recording workflow supports post-flight review
- +Extensibility through its available SDK for custom behaviors
- –Add-on compatibility requires careful curation across aircraft and gauges
- –Scenario authoring and setup can take longer than consumer flight sims
- –Multiplayer and shared simulation workflows depend on add-ons and configuration
- –Out-the-box learning content is thinner than major consumer platforms
Training centers and sim teams
Networked multi-crew scenario practice
Synchronized crew procedure rehearsal
Defense and government simulators
Repeatable mission rehearsal builds
Consistent mission outcomes
Show 2 more scenarios
Commercial aviation training instructors
Abnormal procedure and emergency drills
Repeatable emergency readiness
Creates structured scenarios for infrequent failures and decision-making during high-risk training events.
Helicopter schools and instructors
Rotorcraft skill drills and autorotation
Improved helicopter handling
Runs repeatable rotorcraft lessons with configurable controls and helicopter add-on behaviors.
Best for: Fits when training-focused users need consistent replay, add-on control, and SDK-based extensibility.
Conclusion
After evaluating 9 airplane simulator software, Infinite Flight stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Airplane Simulator Software
PC users comparing airplane simulator software usually end up choosing between full-fidelity training workflows and add-on-driven desktop variety. This buyer’s guide covers DCS World, X-Plane, Infinite Flight, Microsoft Flight Simulator, Aerofly FS, FlightGear, RFS, Rise of Flight, Condor Soaring, and Prepar3D.
The picks differ most in cockpit interaction depth, how missions and lessons repeat across runs, and how add-ons extend aircraft behavior and instrumentation.
Airplane Simulator Software for PC flight practice, cockpit interaction, and repeatable scenarios
Airplane simulator software runs a flight dynamics model plus weather and aircraft systems simulation so pilots can practice handling, procedures, and scenario missions on a desktop or fixed-base setup. The software stack may include aircraft behavior and avionics logic that ranges from clickable cockpit interactions to more arcade-style modeling.
DCS World emphasizes aircraft-specific clickable cockpits that drive avionics and control-system interactions through scenario-driven missions. X-Plane emphasizes a plugin interface where external aircraft logic and instrument systems can hook into simulator data and events, which shifts aircraft behavior extensibility toward add-on development. Microsoft Flight Simulator targets broad airport coverage and consistent placement across default and third-party content in the same session, but add-on compatibility and mission tooling vary across updates.
Airplane Simulator Software evaluation that predicts repeatable training outcomes
Cockpit interaction depth determines whether procedures can be rehearsed on realistic controls, not just on-screen views. DCS World uses aircraft-specific clickable cockpits where cockpit systems state changes feed back into avionics and flight behavior.
Scenario repeatability matters because training value depends on running the same lesson multiple times with consistent starting conditions. Prepar3D focuses on flight data recording plus replay for repeatable post-flight procedure analysis, while Microsoft Flight Simulator ties world and airport updates into the same simulator runtime across default and third-party content.
Clickable cockpit logic vs aircraft-systems interaction
DCS World targets clickable cockpits where aircraft systems state affects avionics and control-system behavior. Microsoft Flight Simulator also delivers detailed cockpit visuals with instrument and avionics logic across many aircraft.
Extensibility through plugin-level access to aircraft behavior
X-Plane supports a plugin interface that lets add-ons drive aircraft behavior and instrument systems with low-level access to simulator data and events. FlightGear extends aircraft and content through community add-on packages that hook into its runtime configuration and scenery system.
Lesson and mission repeatability across runs
DCS World emphasizes scenario-driven missions that enable repeatable procedure practice with role-based task execution. Prepar3D adds flight data recording plus replay so trainees can compare runs and review procedure execution step by step.
Multiplayer practice with shared coordination
Infinite Flight provides real-time multiplayer sessions with shared airspace and mission-style guided flights. RFS and Condor Soaring emphasize recurring practice flows through user-hosted multiplayer sessions, with Condor Soaring focused on glider operations.
Performance stability for short repeated flights
Aerofly FS is tuned for responsive handling and stable performance during rapid takeoff, pattern, and landing loops. X-Plane can require advanced setup to keep consistent performance and visuals when add-ons increase complexity.
Choose the simulator that matches the training loop and the customization philosophy
The decision starts with the repeat loop the simulator must support. DCS World is built around scenario-driven missions and aircraft-specific clickable cockpit interactions, while Aerofly FS is optimized for fast iteration during repeated short flights.
The second choice is whether aircraft behavior extension comes from plugin tooling or from community packages. X-Plane centers extensibility through its plugin SDK, while FlightGear and Rise of Flight lean on aircraft and content packages where cockpit and avionics fidelity depends on what each aircraft includes.
Match cockpit interaction depth to the procedures being practiced
Pick DCS World when avionics behavior and control-system interaction must respond to aircraft systems state through clickable cockpits. Pick Microsoft Flight Simulator when the goal is high-fidelity cockpit visuals plus broad aircraft coverage with consistent instrument and avionics logic across many add-ons.
Select the repeatability mechanism: scenario missions vs replay review
Pick DCS World when repeatable procedure practice needs scenario-driven missions and role-based task execution. Pick Prepar3D when repeatable analysis depends on flight data recording plus replay for consistent run-to-run comparison.
Pick an extensibility path: plugin SDK or add-on packages
Pick X-Plane when aircraft logic and instrument behavior must be implemented through a documented plugin SDK with low-level event and data access. Pick FlightGear when configuration and aircraft variety depend on community add-on packages and a runtime configuration system.
Align multiplayer training with your coordination needs
Pick Infinite Flight when guided mission-style flying needs real-time shared airspace multiplayer sessions. Pick RFS when recurring practice depends on user-hosted multiplayer session flow with consistent aircraft routes and coordination.
Choose the performance bias based on how flights are run
Pick Aerofly FS when short-loop pattern and landing practice must stay stable during rapid repeated flights. Pick X-Plane when varied add-ons are expected but consistent performance and visuals require time spent on advanced setup.
Who Airplane Simulator Software fits best on PC
These tools differ most in how they support training loops, from scenario missions to replay review, and in how they handle extensibility. DCS World serves pilots who want aircraft-specific cockpit systems interaction that changes avionics and flight behavior, while Prepar3D serves trainees who plan to review recorded flights.
Some options prioritize multiplayer rehearsal and guided sessions over cockpit-system depth, while others prioritize a soaring or era-specific practice focus.
Procedural trainers who need aircraft systems to drive avionics and handling
DCS World fits pilots who want clickable cockpit systems states that affect avionics and control behavior inside scenario-driven missions.
PC add-on developers and avionics logic builders
X-Plane fits teams that rely on a well-documented plugin SDK to implement aircraft behavior and instrument systems using simulator data and events.
Multiplayer-focused pilots who value guided shared practice
Infinite Flight fits pilots who want real-time multiplayer with shared airspace plus mission-style guided flights without deep cockpit-system customization.
Training teams that need repeatable run review and procedure debriefs
Prepar3D fits organizations that prioritize flight data recording plus replay so procedure practice can be reviewed consistently after each run.
Soaring pilots who train glider-specific tasks and thermals
Condor Soaring fits pilots who want soaring-oriented aerodynamic behavior and task workflows tuned to sailplane training operations.
Common mistakes that break training goals on PC
A mismatch between cockpit fidelity and the lesson plan causes training steps to fail even when visuals look accurate. Cockpit systems that do not drive avionics behavior reduce the value of procedure rehearsal.
Another common failure comes from underestimating setup time and add-on dependency, especially when the chosen simulator relies on external aircraft packages or advanced configuration to maintain consistent performance.
Choosing a simulator for visuals while planning to rehearse systems-driven procedures
DCS World clickable cockpits drive aircraft systems states into avionics and control behavior, while Infinite Flight keeps cockpit systems modeling and avionics emulation less detailed.
Assuming scenario tools transfer across updates and add-ons without manual effort
Microsoft Flight Simulator add-on compatibility varies across updates and may require manual troubleshooting, while DCS World aircraft depth increases setup time and learning curve for new users.
Relying on plugin extensibility without validating add-on quality and expected coverage
X-Plane plugin add-ons can change systems fidelity dramatically when their quality varies, while FlightGear keeps cockpit and avionics depth tied to what each aircraft package includes.
Optimizing for short flights without checking how lessons or missions repeat
Aerofly FS is optimized for stable rapid loops and consistent feel during quick test runs, while FlightGear and DCS World support longer-form scenario and mission workflows that need more planning.
How We Selected and Ranked These Tools
We evaluated cockpit interaction mechanisms, focusing on whether clickable cockpit systems drive avionics and control-system behavior and on how those states support scenario-driven practice. Features accounted for 40% of the scoring, with emphasis on scenario repeatability, plugin extensibility, multiplayer session flow, and flight dynamics consistency across repeated runs.
Ease and value each accounted for 30% of the scoring, with attention to setup complexity, add-on compatibility friction, and how performance changes under heavier missions and aircraft systems complexity. DCS World ranked first because aircraft-specific clickable cockpits tied to aircraft systems state supported repeatable scenario training while keeping a clear path for repeatable procedure practice through mission design.
Frequently Asked Questions About Airplane Simulator Software
How does Microsoft Flight Simulator’s mission tooling differ from DCS World’s mission-driven scenario playback?
Which simulator supports six-degree-of-freedom desktop handling with deep add-on control, X-Plane or FSX?
What breaks if aircraft system fidelity is the priority for a training workflow in Infinite Flight instead of DCS World?
When should a PC user choose Prepar3D over Microsoft Flight Simulator for flight data recording and replay?
How do integrations and APIs differ between X-Plane and FlightGear for external scenario interoperability?
What security and admin control gaps should be expected when using multiplayer-focused RFS compared with DCS World?
How does FlightGear’s configurable scenery pipeline change setup work compared with Aerofly FS?
Which tool fits a workflow that depends on instrument panel emulation and avionics-level procedure practice, DCS World or Rise of Flight?
What tradeoff appears when switching from Condor Soaring to a general desktop simulator for training throughput?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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