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Video Games And ConsolesTop 10 Best Flight Training Simulator Software of 2026
Ranked list of top flight training simulator software options, comparing FlightGear, DCS World, and X-Plane for pilot practice and tool fit.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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FlightGear is the best fit for teams that want configurable, repeatable procedure practice without being locked into a governed lesson authoring stack, whereas X-Plane works better when instructors need physics-driven, plugin-customizable practice for standardized training environments.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
FlightGear
Mission and scenario scripting lets repeatable training runs run from predefined events and aircraft states.
Best for: Fits when teams need configurable, repeatable procedure practice without a governed lesson authoring stack.
DCS World
Editor pickHigh-fidelity aircraft module depth with deep cockpit interaction across a growing add-on ecosystem.
Best for: Fits when instructors need aircraft systems practice inside repeatable combat scenarios.
X-Plane
Editor pickA physics-based flight dynamics engine that remains responsive for custom aerodynamic and control behavior testing.
Best for: Fits when instructors need physics-driven practice plus plugin customization over standardized FSTD training.
Comparison Table
FlightGear
vertical specialistOpen-source flight simulation framework with global terrain and aircraft modeling.
Mission and scenario scripting lets repeatable training runs run from predefined events and aircraft states.
FlightGear is well suited to practice flights where the training goal is repeatable aircraft handling and procedure refinement using its physics-based flight model and multi-source scene data. It also supports mission scripting and replay workflows, which helps structure scenarios like instrument approaches and navigation legs without requiring an instructor operating station. The ecosystem contributes aircraft packages, instrument logic, and scenery assets, which can widen practice coverage but increases the need to validate add-on quality for training consistency.
A key tradeoff is that FlightGear does not provide a native, end-to-end lesson authoring and scoring rubric workflow like typical training device ecosystems. Training teams often use it for self-paced scenario runs, then rely on external documentation and monitoring to capture performance notes. It fits best when users need control over simulator behavior through configuration files, add-on selection, and repeatable scenario scripts.
- +Flight model and systems behavior can be customized via aircraft packages
- +Scenario scripting enables repeatable legs, approaches, and checkouts
- +Weather and navigation integration support realistic cross-country practice
- +Community scenery and aircraft expand coverage for procedural training
- –Training scoring and rubrics require external workflows or add-ons
- –Cockpit depth varies widely across community aircraft packages
- –Scenario repeatability depends on correct setup and add-on versioning
- –Instructor station features are not provided as a native training layer
CFI and aviation trainees
Practice instrument approaches with repeatable scenarios
Higher consistency in practice sessions
Training managers
Build custom procedural banks
Faster internal scenario creation
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Aviation software educators
Teach flight dynamics and systems
Better conceptual understanding
Instructors use configurable aircraft logic and environment effects to demonstrate failure and systems behavior.
Best for: Fits when teams need configurable, repeatable procedure practice without a governed lesson authoring stack.
DCS World
vertical specialistDetailed combat flight simulation software with aircraft systems training and mission authoring.
High-fidelity aircraft module depth with deep cockpit interaction across a growing add-on ecosystem.
DCS World fits flight training teams and independent instructors who want realistic aircraft systems behavior plus scenario-driven practice inside a single simulator. Cockpit controls are detailed enough for procedural repetition on navigation, radios, and weapons employment, and the simulation environment includes dynamic weather, terrain, and AI opponents for repeatable training runs. The ecosystem also brings frequent aircraft and terrain add-ons, so curriculum alignment can grow over time without switching tools.
The main tradeoff is that depth comes with setup and tuning work, since training value depends on selecting the right modules and configuring controls, graphics, and mission parameters. DCS World works best when training outcomes rely on aircraft-specific procedures and scenario repetition, not when the priority is guided lesson delivery or strict instructor station workflows with built-in scoring.
- +Detailed cockpit systems support procedural repetition
- +Mission scripting and scenario design enable scenario-based training
- +Large add-on ecosystem expands aircraft and theaters
- +Multiplayer supports multi-crew and team coordination practice
- –Steep setup curve for hardware controls and performance tuning
- –Lesson flow and automated scoring are limited compared with dedicated FSTD
Independent flight instructors
Teach aircraft procedures with custom missions
More consistent procedural performance
Squadron training teams
Practice team tactics in multiplayer
Fewer coordination errors
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Simulation hobbyists
Rehearse combat employment workflows
Improved employment consistency
Use aircraft modules and scripted targets to practice weapons employment from takeoff through engagement.
Best for: Fits when instructors need aircraft systems practice inside repeatable combat scenarios.
X-Plane
enterprisePhysics-based flight simulation platform used for FAA-certified training environments.
A physics-based flight dynamics engine that remains responsive for custom aerodynamic and control behavior testing.
X-Plane is built around its flight dynamics engine and a large library of aircraft and systems models, so training can target consistent handling qualities across custom scenarios. Terrain rendering, weather, and time of day support repeatable approaches and pattern work, while extensibility via plugins enables instructor operating station patterns and telemetry-driven exercises. The simulator can incorporate real-world navigation data updates so procedure work stays aligned with current routes and procedures.
A key tradeoff is that training depth depends heavily on aircraft system fidelity and add-on quality, since X-Plane’s core environment does not enforce a single FSTD-style scoring or lesson rubric. X-Plane fits best for self-paced instrument practice, transition rehearsals, and discovery flights where realism is gained through model selection, scenario setup, and measurement of outcomes outside the simulator.
- +Physics-first flight dynamics enable consistent handling practice across varied aircraft
- +Extensibility via plugins supports custom instructor and telemetry workflows
- +Weather and time controls help rehearse approach and holding scenarios
- +Large aircraft ecosystem supports procedural work with different avionics
- –Training realism varies widely by aircraft system depth and add-on quality
- –Structured lesson scoring and rubric enforcement require external tooling
Flight schools
Instrument scan and approach rehearsal
More consistent scan habits
Training departments
Transition practice to new aircraft
Shorter in-air acclimation
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Aerospace engineers
Control response and aerodynamic testing
Quicker aerodynamic iteration
The simulator’s flight dynamics support iterative evaluation of control behavior and model tuning.
Best for: Fits when instructors need physics-driven practice plus plugin customization over standardized FSTD training.
Prepar3D
enterpriseProfessional flight simulation platform for academic, military, and commercial aviation training.
Instructor-led scenario control with repeatable session workflows that pair with add-on aircraft systems for structured practice.
Prepar3D is a desktop flight training simulator focused on realistic aircraft behavior, repeatable scenario practice, and training workflows driven by external content. The core capability is high-fidelity 3D scene rendering with a weather and flight dynamics stack that supports add-on aircraft systems and avionics behavior.
- +Strong add-on ecosystem that covers aircraft, avionics, and training peripherals
- +Consistent replay and session repeatability for recurring training drills
- +Scenario-based workflow supports instructor-led sessions with controlled conditions
- +High-quality visuals and terrain detail for procedural training context
- –Lesson authoring and scenario setup can become time-consuming for new instructors
- –System depth and realism depend heavily on the selected add-ons
- –Multi-PC setups for larger stations require careful hardware and compatibility planning
- –Data freshness for navigation and avionics depends on manual database management
Best for: Fits when training organizations need repeatable desktop sim sessions with instructor control and add-on breadth.
Microsoft Flight Simulator
enterpriseConsumer and training flight simulation platform with global photorealistic scenery and real-time weather.
Live weather plus global photoreal scenery lets learners practice approach planning and visual scanning in realistic conditions.
Microsoft Flight Simulator provides a realistic, system-level flight experience using photoreal scenery, live weather, and detailed aircraft simulations. The simulator supports wide-ranging training practice through controllable aircraft systems, navigation planning, and repeatable flights across airports and regions.
- +High-fidelity world simulation with photoreal terrain and dense city detail
- +Built-in live weather and time-of-day variability for repeatable pattern practice
- +Community add-ons expand aircraft systems depth for many training profiles
- +Replay tools support post-flight review and recurring practice loops
- –No built-in instructor operating station for live coaching and scripted sessions
- –Assessment and scoring rubrics are limited compared with training-device workflows
- –Navigation data cycle management is outside standardized instructor-driven training governance
- –Complex add-on setups can complicate repeatability across machines
Best for: Fits when independent pilots need repeatable visual and systems practice across varied airports and weather.
CAE
enterpriseCivil and military aviation training services and full-flight simulator manufacturing.
Instructor-led lesson control that ties training database execution to repeatable simulator session behavior within a governed training environment.
CAE delivers flight training simulator software aimed at academy and airline training centers that need instructor-led lessons, repeatable sessions, and high fidelity simulation control. Its training stack centers on lesson authoring, instructor operating station workflows, and the training database patterns that support consistent qualification activity across events.
- +Instructor operating station supports structured lesson control and session flow
- +Training database patterns support consistent curriculum execution across runs
- +Navigation data lifecycle handling fits operational training update cadence
- +Designed for high fidelity aircraft system behavior mapping in simulation
- –Lesson authoring and configuration demand simulator and training ops expertise
- –Automation and API access are limited compared with simulator-agnostic toolchains
- –Integration is simplest when CAE systems are used across the training environment
- –Workflow breadth depends on specific simulator configuration and installed modules
Best for: Fits when training centers need governed instructor session control with repeatable curriculum delivery across multiple simulator events.
Aerowinx PSX
vertical specialistHigh-fidelity Boeing 747 flight simulation software for procedural and systems practice.
Instructor station lesson authoring tied to scenario step execution and repeatable replay for training review.
Aerowinx PSX differentiates itself with a pipeline aimed at high fidelity training scenarios that feed an instructor workflow through an integrated PSX environment. The simulator focuses on realistic aircraft system behavior and controllable scenario playback so instructors can run repeatable lessons and evaluate outcomes.
- +Instructor-led lesson execution with repeatable scenario steps
- +System behavior focus that supports training on procedures and cues
- +Scenario replay for after-action review of flight data
- +Lesson authoring tailored to multi-stage training objectives
- –Authoring depth increases setup time for new training packages
- –Scenario outcomes depend on available aircraft and configuration coverage
- –Learning curve for instructor station workflow and timing controls
- –Integration with external training assets can add project overhead
Best for: Fits when flight schools need consistent instructor-led lessons with scenario playback for curriculum delivery.
TRU Simulation + Training
enterpriseCommercial aviation and military flight simulation solutions with full-flight simulators.
Instructor operating station-driven lesson flow that standardizes scenario delivery and training evaluation during live sessions.
TRU Simulation + Training delivers flight training simulation software aimed at building repeatable lesson workflows around realistic aircraft operations and instructor-led scenarios. The system centers on lesson authoring and scenario playback with an instructor operating station workflow designed for training sessions rather than static practice.
- +Instructor workflow supports structured training sessions
- +Lesson authoring focuses on reusable scenario delivery
- +Scenario playback supports consistent training runs
- +Training criteria are designed for repeatable evaluation
- –Full value depends on simulator hardware integration quality
- –Scenario complexity can increase operational overhead for instructors
- –Nav and database maintenance processes require disciplined cycles
- –Advanced customization can demand software configuration work
Best for: Fits when training centers need instructor-led scenario repeatability and lesson workflows across multiple sessions and aircraft setups.
Infinite Flight
SMBOnline flight simulation software with aircraft procedures, multiplayer operations, and training features.
Live multiplayer flights with time-synced conditions and user-driven coordination workflows.
Infinite Flight delivers real-time flight training practice through a mobile and desktop flight simulator focused on in-flight stick and rudder workflow. It offers multi-aircraft flying, multiplayer sessions, and live-like weather and lighting that support repeated procedural practice and scenario repetition.
- +Multiplayer sessions support coordinated procedures and radio habits
- +Weather and lighting conditions feel live enough for repeat practice
- +Lesson and route scenarios reduce setup time for practice blocks
- +Aircraft systems depth supports repeated abnormal and procedural drills
- –No instructor operating station workflow for classroom-style supervision
- –Limited tooling for structured grading rubrics and repeatable scoring
- –Automation and APIs for integrations are not a focus of the product
- –Hardware-intensive fidelity is constrained by typical consumer devices
Best for: Fits when trainees need high-frequency procedural practice with multiplayer and realistic conditions on common devices.
OnTop
vertical specialistDesktop flight simulation software designed for instrument and procedural training.
Instructor workstation control coupled with scenario run playback ties evaluation to the specific lesson flow.
OnTop is a flight training simulator software solution used to drive training sessions from an instructor workstation and produce repeatable lesson runs. It differentiates itself through lesson authoring workflows that organize procedures, aircraft context, and evaluation logic into a single training cycle.
- +Lesson authoring keeps aircraft setup, prompts, and evaluation aligned per scenario
- +Instructor operating station workflow supports structured, repeatable training runs
- +Scenario control supports consistent playback of training situations across sessions
- +Extensibility hooks help integrate custom training content and guidance logic
- –Scenario setup can take more configuration time than instructors expect
- –Advanced customization depends on technical staff for reliable integration
- –Limited visibility into scoring internals can slow rubric troubleshooting
- –Graphics and motion realism depend heavily on the connected simulation hardware
Best for: Fits when flight training centers need instructor-led scenario control and repeatable lesson evaluation across multiple sessions.
Conclusion
After evaluating 10 flight training simulator software, FlightGear 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 Flight Training Simulator Software
Flight training simulator software spans open simulation platforms and governed instructor stations, so the right choice depends on how teams deliver repeatable training sessions and how they score outcomes. This guide covers FlightGear, DCS World, X-Plane, Prepar3D, Microsoft Flight Simulator, CAE, Aerowinx PSX, TRU Simulation + Training, Infinite Flight, and OnTop.
Teams looking for repeatable procedure practice often start with FlightGear’s mission and scenario scripting or X-Plane’s plugin-driven flight dynamics customization. Organizations that need instructor operating station lesson control and repeatable curriculum delivery tend to focus on CAE, TRU Simulation + Training, Aerowinx PSX, and OnTop.
How Flight Training Simulator Software supports instructor-led, repeatable practice
Flight training simulator software provides the simulation environment plus the instructor and session workflow needed to run the same training run with consistent conditions. Some tools center on configurable scenario playback, like FlightGear mission and scenario scripting that executes repeatable legs, approaches, and checkouts. Other platforms prioritize deep aircraft systems interaction inside repeatable scenario design, like DCS World mission scripting and extensive cockpit systems across its add-on ecosystem.
Decision makers typically compare how each simulator handles instructor station control, repeatability, and training evaluation alignment to the session flow. CAE pairs an instructor operating station with training database execution for governed lesson control, while Prepar3D emphasizes instructor-led scenario control that pairs with add-on aircraft systems for structured desktop sessions. Tools without an instructor operating station workflow, like Microsoft Flight Simulator and Infinite Flight, can support realistic practice patterns but limit classroom-style supervision and structured grading rubrics during live coaching.
Flight Training Simulator Software features that affect repeatability and scoring
Flight training simulator software either drives consistent runs through lesson control and scenario scripting or it shifts repeatability work onto instructors and add-on workflows. Teams should compare how each tool locks session behavior and how it routes assessment to a rubric or evaluation path that matches the lesson flow.
Instructor operating station lesson control versus playback-only workflows
CAE and TRU Simulation + Training provide instructor operating station session control that ties lesson flow to repeatable simulator behavior. Microsoft Flight Simulator and Infinite Flight lack a classroom-style instructor operating station workflow for live coaching and structured lesson supervision.
Scenario and mission scripting for repeatable legs, approaches, and checkouts
FlightGear supports mission and scenario scripting that executes repeatable training runs from predefined events and aircraft states. DCS World and Prepar3D can run scenario-based training, but DCS World’s automated scoring and lesson flow are limited compared with dedicated FSTD-style approaches.
Aircraft systems depth inside the same repeatable scenario loop
DCS World delivers deep cockpit systems interaction across its aircraft module ecosystem so instructors can practice procedures inside scenario runs. X-Plane and FlightGear can be customized, but training realism varies widely by aircraft system depth and add-on quality.
Plugin and add-on extensibility for custom instructor and telemetry workflows
X-Plane supports extensibility via plugins that enables custom instructor and telemetry workflows for handling practice and data capture. FlightGear also supports customization through aircraft packages, but training scoring and rubrics often require external workflows or add-ons.
Session repeatability and replay behavior for recurring drills
Prepar3D pairs instructor-led scenario control with add-on aircraft systems to support consistent replay and session repeatability for recurring training drills. OnTop ties instructor workstation control to scenario playback and evaluation, but advanced customization depends on technical staff for reliable integration.
Assessment alignment with the lesson flow and repeatable evaluation structure
Aerowinx PSX connects instructor station lesson authoring to scenario step execution and repeatable replay for training review, which helps keep evaluation aligned to the lesson structure. FlightGear and X-Plane require external tooling to enforce structured lesson scoring and rubric enforcement.
How to choose Flight Training Simulator Software for instructor-led repeatability
Teams should start with the session model and the scoring model they need, because flight training simulator software can either embed lesson control into the simulation workflow or it can push lesson management and grading outside the simulator. The choice determines whether the same instructor-run produces the same trainee experience each time.
Select the session control model your instructors will run daily
Choose CAE, TRU Simulation + Training, or OnTop when instructors need an instructor operating station workflow that standardizes lesson delivery and session flow. Choose FlightGear or Prepar3D when the training plan can run from repeatable scenario playback and instructor control sits closer to scenario execution rather than a governed training database loop.
Match your scoring and rubric enforcement to the lesson execution path
Choose Aerowinx PSX or CAE when evaluation needs to stay aligned with lesson authoring tied to scenario step execution or training database execution. Choose DCS World, FlightGear, or X-Plane only when an external scoring workflow is acceptable because automated scoring and rubric enforcement are limited compared with dedicated FSTD-style lesson tooling.
Decide whether aircraft systems practice matters inside the simulator loop
Choose DCS World when aircraft systems practice must occur inside repeatable scenario design with deep cockpit interaction supported by its add-on ecosystem. Choose Microsoft Flight Simulator or Infinite Flight when high-frequency visual and environmental practice is the priority and structured instructor grading workflows are not the main requirement.
Plan for how extensibility will create training value
Choose X-Plane when plugin-driven customization is needed for custom instructor and telemetry workflows and for consistent handling practice across varied aircraft. Choose FlightGear when aircraft package customization and scenario scripting provide the repeatable procedural spine, while external tooling can handle scoring and rubrics.
Validate hardware setup overhead against the simulator’s control integration
Choose DCS World when instructors can absorb a steep setup curve for hardware controls and performance tuning that comes with its deep module ecosystem. Choose Prepar3D when the organization wants repeatable desktop sessions with instructor control and add-on breadth, while accepting that lesson authoring and scenario setup can become time-consuming for new instructors.
Assess aircraft coverage and add-on dependency for the aircraft list on the training roster
Choose CAE when a governed training environment and consistent curriculum delivery across multiple simulator events matters more than ad hoc add-on selection. Choose X-Plane or FlightGear when the training roster can tolerate variance in cockpit depth and realism across community aircraft packages and add-on quality.
Who benefits from Flight Training Simulator Software with instructor-led repeatability
Flight training simulator software benefits organizations that need repeatable training runs with consistent conditions and a lesson workflow instructors can execute under real schedule constraints. The stronger the instructor operating station and lesson authoring alignment, the more it suits training centers that run frequent recurring drills.
Training centers running governed, instructor-led lesson delivery
CAE and TRU Simulation + Training support instructor operating station workflows that standardize lesson control and session flow for repeatable curriculum execution.
Instructors who need aircraft systems practice inside scenario-based training
DCS World provides deep aircraft module depth with detailed cockpit systems support that enables procedural repetition inside scenario runs.
Flight schools using instructor-led lesson steps tied to replay for review
Aerowinx PSX and OnTop tie instructor station lesson authoring or instructor workstation control to scenario execution and evaluation so training review can stay anchored to the same lesson flow.
Operators focused on visual and environmental practice across varied airports
Microsoft Flight Simulator and Infinite Flight provide live weather and time-of-day variability that supports visual scanning and approach planning practice when instructor operating station grading is not the main delivery model.
Teams building custom training workflows through extensibility and plugins
X-Plane supports plugin extensibility for custom instructor and telemetry workflows, while FlightGear supports mission scripting plus aircraft package customization for repeatable procedural runs.
Common pitfalls when buying Flight Training Simulator Software
Teams often pick on realism or scenario scripting first and then discover that scoring, rubric enforcement, or instructor session control does not match the training workflow. The gaps then show up as manual coaching steps or external tooling work that instructors do not have time to sustain.
Assuming repeatable scenario playback automatically produces structured grading
FlightGear and X-Plane can run repeatable practice, but training scoring and rubric enforcement often require external workflows or add-ons. Aerowinx PSX keeps evaluation aligned to lesson steps, which reduces grading drift across runs.
Buying for aircraft systems depth without budgeting setup and integration time
DCS World can deliver deep cockpit systems interaction, but hardware control setup and performance tuning create a steep setup curve. Prepar3D can support consistent replay, but lesson authoring and scenario setup can become time-consuming for new instructors.
Choosing a simulator without confirming instructor operating station workflow fit
Microsoft Flight Simulator and Infinite Flight can support practice patterns, but they lack an instructor operating station workflow for classroom-style supervision and structured grading rubrics. CAE and TRU Simulation + Training provide governed instructor session control that matches instructor-led delivery needs.
Overlooking add-on dependency and variation in cockpit depth across aircraft packages
FlightGear and X-Plane outcomes can vary because cockpit depth depends on the selected community aircraft packages and add-on quality. DCS World reduces this variance when training is aligned to its aircraft modules, while CAE focuses consistency on training database-driven lesson execution.
Underestimating the operational overhead from scenario complexity
TRU Simulation + Training can standardize instructor-led scenario delivery, but scenario complexity can increase operational overhead for instructors. OnTop can keep aircraft setup, prompts, and evaluation aligned per scenario, but scenario setup can take more configuration time than instructors expect.
How analysts built the Flight Training Simulator Software short list
Analysts gathered named simulator and instructor-station offerings and then traced every candidate to the original published tool descriptions in the reference source. Analysts checked each cited capability against the vendor documentation and current changelog materials, then kept the capability only when the description matched those sources.
Analysts also retained specific differentiators, including FlightGear’s mission and scenario scripting that produces repeatable training runs from predefined events and aircraft states, because that capability connects directly to repeatability within the simulation workflow. Analysts used cited benchmark material only when the benchmark was explicitly identified as the source for a performance claim, and they did not reuse performance claims that were not tied to a published benchmark.
Frequently Asked Questions About Flight Training Simulator Software
How do CAE and Aerowinx PSX support lesson authoring tied to repeatable scenario execution?
Which simulator is better for scripted procedure practice without a governed curriculum stack, FlightGear or Prepar3D?
How do integration and plugin ecosystems differ between DCS World and X-Plane for instructor workflows?
When does mission building and multiplayer coordination matter more in DCS World than in OnTop?
What breaks if a training program needs higher fidelity aircraft systems modeling, and the team uses Microsoft Flight Simulator instead of CAE or DCS World?
Which tool supports higher-frequency procedural practice on common devices, Infinite Flight or X-Plane?
How do TRU Simulation + Training and OnTop handle instructor operating station workflows during live sessions?
How should admin controls and security be evaluated when flight training needs RBAC and audit-ready instructor activity, CAE vs Aerowinx PSX?
How do data migration and lesson portability concerns change across FlightGear and CAE when moving training content between organizations?
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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