04All AccessCUE All Access
More understanding.
More confident decisions.
125 complete lessons spanning cockpit skills, airmanship, instrument procedures, weather, navigation, and airliner operations, with dedicated iniBuilds A320neo V2, A321LR, and A330 and Working Title 787-10 practice. Learn at your pace, repeat any decision, and take each guided exercise into your home simulator.
125 lessons11 focused course sections
Your paceUnlimited retries
One purchaseNo subscription
Review the one-time price before paying. Promotion codes can be entered at Stripe Checkout. There is no recurring CUE charge.
125 lessons
All Access
Cockpit Skills
Focused simulator lessons for landing energy, trim, automation, descent planning, navigation setup, wind, and workload.
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08All AccessConfiguration management
Speed Brakes with Purpose
Use drag deliberately and remove it when the job is done
09All Access10All Access11All Access12All Access13All AccessAll Access · 20+ minute labs
Airmanship Labs in Your Simulator
Long-form, scenario-led sessions you run in your own simulator, connecting aircraft state, risk, systems, weather, and airport decisions.
P01All AccessP02All AccessAerodynamics and control
Slow Flight and Stall-Cue Detective
Recognize the pattern before one dramatic indication takes over
P03All AccessP04All AccessAirport judgment
Crosswind, Wake, and Runway Choices
Compare interacting hazards before committing to the runway
P05All AccessAircraft performance
Hot, High, and Heavy
Notice when familiar controls produce unfamiliar performance
P06All AccessP07All AccessP08All AccessNavigation and diversion
VFR Route/Lost/Diversion
Turn uncertainty into a structured simulator decision
P09All AccessP10All AccessHuman factors
Night and Low-Visibility Illusion Lab
Cross-check a compelling picture with dependable cues
Ground-school-style · All Access
Basic Airmanship
A plain-language foundation in how airplanes, instruments, weather, airports, airspace, planning, and pilot decisions fit together.
G01All AccessDecision-making and human factors
Think Ahead: Risk and Human Performance
Turn vague concern into a clear simulator decision
G02All AccessG03All AccessPrinciples of flight
Air, Pressure, Density, and Lift
Connect the atmosphere to what the airplane can do
G04All AccessG05All AccessAerodynamic limits
Stalls, Turns, Load Factor, and Loading Effects
Protect angle-of-attack and energy margins
G06All AccessFlight controls
Controls, Flaps, Trim, and Autopilot Basics
Know what each control changes and what it cannot promise
G07All AccessG08All AccessG09All AccessOperating information and loading
Know the Book, Limits, Documents, and Loading
Use aircraft-specific information before making assumptions
G10All AccessAircraft performance
Performance Without Guesswork
Read the chart, respect the assumptions, keep a margin
G11All AccessG12All AccessWeather information
Reports, Forecasts, and Datalink Limits
Build a weather picture without mistaking data for certainty
G13All AccessAirport operations
Airport Language: Signs, Lights, and Patterns
Turn airport cues into deliberate ground and traffic-pattern actions
G14All AccessG15All AccessNavigation and planning
Navigation and the Flight-Planning Story
Make route, wind, time, fuel, and position agree
All Access · Gate-to-gate skills
Airliner Operations
Ten practical lessons that connect cold-and-dark setup, FMS planning, procedures, automation, descent, arrival preparation, briefings, go-arounds, and the full gate-to-gate flight.
A01All AccessAirliner setup
Cold & Dark to Ready to Taxi
Build the airplane in layers instead of hunting for switches
A02All AccessA03All AccessFMS and navigation
Build the Flight Plan in the FMS
Turn a route into something the airplane can actually follow
A04All AccessDeparture and arrival planning
SID, STAR, and Route Constraints
Read the restrictions before the automation has to meet them
A05All AccessAutomation management
Managed vs Selected Automation
Know whether the system is following the plan or your immediate command
A06All AccessEnergy management
Descent Planning in an Airliner
Give altitude, speed, and configuration enough room to work together
A07All AccessArrival preparation
Setting Up the Arrival
Turn runway, weather, routing, and approach data into one coherent picture
A08All AccessWorkload management
Approach Briefing Without Information Overload
Brief the things that change what you will actually do
A09All AccessGo-around and automation
Go-Around Automation and Mode Awareness
Expect the mode changes before the airplane surprises you
A10All AccessIntegrated airliner operations
Gate to Gate: Putting It Together
Use the whole flight as one connected chain of decisions
All Access · Airplane handling
Handling and Energy
Twenty-four simulator lessons connecting attitude, energy, wind, takeoff and landing decisions, ground reference maneuvers, and abnormal-situation planning.
H01All AccessHandling and energy
Preflight as a State Check
Catch a saved-flight setup that no longer matches the plan
H02All AccessHandling and energy
Taxi Control in a Crosswind
Match ground-control inputs to the changing wind relationship
H03All AccessHandling and energy
Attitude First, Trend Second
Stop a delayed instrument from driving repeated corrections
H04All AccessHandling and energy
Roll Into a Level Turn
Coordinate the transition instead of fixing the turn afterward
H05All AccessHandling and energy
Climb Angle Versus Climb Rate
Know whether you need distance clearance or altitude per minute
H06All AccessHandling and energy
Descent With a Balanced Scan
Keep a descent-rate target from hiding growing airspeed
H07All AccessHandling and energy
The Aircraft Energy Budget
Account for altitude and speed as connected stores of energy
H08All AccessHandling and energy
Power, Drag, and Total Energy
Explain why the same pitch attitude can produce a different path
H09All AccessHandling and energy
Catch the Energy Deficit Early
Recognize shrinking options before the path and speed both fail
H10All AccessHandling and energy
Slow Flight Before the Warning
Notice changing control response while the aircraft remains controllable
H11All AccessH12All AccessHandling and energy
The Skidding Base-to-Final Turn
Do not use rudder to force a late runway alignment
H13All AccessHandling and energy
Ground Effect Is Not a Climb
Separate lifting off from having enough energy to climb away
H14All AccessHandling and energy
Crosswind Departure Ground Track
Recheck drift when the airplane leaves the runway
H15All AccessHandling and energy
Prebrief the Simulated Rejected Takeoff
Make the decision before momentum and workload rise
H16All AccessH17All AccessH18All AccessHandling and energy
Pattern Spacing With Changing Wind
Build the pattern from ground geometry rather than a stopwatch
H19All AccessHandling and energy
A Forward Slip With a Purpose
Use a documented technique for a specific path problem
H20All AccessH21All AccessHandling and energy
Crosswind Touchdown to Rollout
Keep checking control and alignment after wheel contact
H22All AccessHandling and energy
Night Departure Without an Outside Horizon
Keep the climb anchored to reliable simulated references
H23All AccessHandling and energy
Constant-Speed Propeller State
Read power and RPM as related but different indications
H24All AccessHandling and energy
Choose a Reachable Virtual Landing Area
Judge options by path and margin rather than the nearest airport label
All Access · Charts and guidance
Instrument Procedures
Eighteen simulator lessons connecting departures, routes, holds, arrivals, approach guidance, minima, and missed-approach planning to the displayed aircraft state.
I01All AccessInstrument procedures
Departure Procedure Before the Route
Read the departure's purpose and notes before loading the SID
I02All AccessInstrument procedures
Climb Gradient to Climb Rate
Convert a distance requirement using current ground speed
I03All AccessInstrument procedures
Chart Path Versus Clearance
Keep the published route separate from the instruction to fly it
I04All AccessInstrument procedures
Fly-By Versus Fly-Over Waypoints
Predict the turn instead of judging it from the waypoint dot
I05All AccessInstrument procedures
Enroute Altitudes Answer Different Questions
Do not substitute an obstacle figure for a complete route altitude
I06All AccessI07All AccessInstrument procedures
Navigation Source Before Course
Verify what is driving the guidance before correcting the needle
I08All AccessInstrument procedures
Build the Hold Before Entry
Draw the inbound course and turn direction before pressing HOLD
I09All AccessInstrument procedures
Hold Wind and Inbound Result
Use the completed inbound leg to evaluate the correction
I10All AccessInstrument procedures
STAR Profile and Current Instruction
Read each constraint without mistaking a profile for a command
I11All AccessInstrument procedures
Approach Chart as a Connected Plan
Link the final path, minimums, and missed approach before starting
I12All AccessInstrument procedures
Decision Altitude Versus Descent Floor
Do not treat DA and MDA as interchangeable labels
I13All AccessInstrument procedures
Visual Descent Point Without a Dive
A late runway sighting does not create a suitable landing path
I14All AccessInstrument procedures
Localizer Armed Is Not Captured
Verify lateral and vertical guidance as separate states
I15All AccessInstrument procedures
RNAV Minimums and Supported Capability
Select the line your simulated equipment actually supports
I16All AccessInstrument procedures
Circling Plan and Visibility Margin
Understand the maneuver before leaving the straight-in path
I17All AccessInstrument procedures
Early Missed Approach Path
A decision to stop the approach does not move the procedure's turn point
I18All AccessInstrument procedures
Chart and Navigation Database Mismatch
Resolve different names and legs before letting the route fly
All Access · Planning decisions
Weather, Navigation, and Planning
Ten lessons for interpreting weather trends, pressure references, forecast timing, wind corrections, fuel consequences, and navigation checkpoints in a home simulator.
W01All AccessWeather and navigation
Temperature, Dew Point, and Fog Trend
Treat a narrowing spread as a cue to investigate
W02All AccessWeather and navigation
Stable and Unstable Air Patterns
Use the air mass to anticipate the kind of weather problem
W03All AccessWeather and navigation
Front Timing and the Arrival Window
Compare the route's weather change with when you will get there
W04All AccessWeather and navigation
Convective Weather and Delayed Radar
Do not turn a weather image into a precise gap-finding tool
W05All AccessWeather and navigation
Icing Layer and Exit Plan
Recognize a changing aircraft state before assuming protection solves it
W06All AccessWeather and navigation
Altimeter Units and Pressure Reference
Catch a unit or reference mismatch before judging altitude
W07All AccessWeather and navigation
TAF Change Groups and Arrival Time
Read the period a forecast statement actually describes
W08All AccessWeather and navigation
True and Magnetic Before Wind Correction
Put directions on one reference before comparing them
W09All AccessWeather and navigation
Wind Triangle and Fuel Consequence
A correct heading can still leave the arrival plan wrong
W10All AccessWeather and navigation
Checkpoint Errors: Find the Cause
Use timing and position errors as evidence instead of correcting blindly
All Access · iniBuilds MSFS
Airbus A320 Family
Ten lessons for the iniBuilds A320neo V2 and A321LR: EFB loading, flight-plan review, performance inputs, FCU intent, FMA evidence, thrust control, arrivals, and go-arounds.
AB01All AccessA320neo and A321LR systems
A320 Family: EFB Loading and FMGS
Check that the numbers describe the airplane actually loaded
AB02All AccessA320neo and A321LR systems
A320 Family: Power and Alignment State
Confirm readiness instead of racing through the overhead
AB03All AccessA320neo and A321LR systems
A320 Family: MCDU Route Review
Resolve the route's meaning before removing a discontinuity
AB04All AccessA320neo and A321LR systems
A320 Family: Takeoff Performance Inputs
Recalculate when runway, weather, loading, or configuration changes
AB05All AccessA320neo and A321LR systems
A320 Family: FCU Push, Pull, and Intent
Match the mode to the job rather than the knob's appearance
AB06All AccessAB07All AccessA320neo and A321LR systems
A320 Family: Thrust Detents and Autothrust
Separate lever position from the thrust the system is commanding
AB08All AccessA320neo and A321LR systems
A320 Family: Approach Data Refresh
Bring runway, weather, and performance into the same arrival plan
AB09All AccessA320neo and A321LR systems
A320 Family: ILS and Landing Capability
Do not infer the landing mode from an APP request
AB10All AccessA320neo and A321LR systems
A320 Family: Go-Around Phase and Path
Verify thrust, guidance phase, and the next route leg independently
All Access · iniBuilds MSFS
Airbus A321LR Differences
Three focused lessons on A321LR loading, digital radio and audio state, and engine-start and brake-state dependencies. Continue here after the A320 Family course.
LR01All AccessA321LR differences
A321LR: Loading Is a New Aircraft Case
Replace A320 assumptions with the LR model's own limits
LR02All AccessA321LR differences
A321LR: Digital Radio and Audio State
Confirm active frequency, audio, and transmit selection separately
LR03All AccessA321LR differences
A321LR: Engine Start and Brake State
Understand the system reason behind the documented sequence
All Access · iniBuilds MSFS
Airbus A330
Eight lessons covering engine indications, fuel layouts, passenger and freighter setup, performance, arrival mass and energy, approach modes, and parking power.
C01All AccessA330 systems and operation
A330 Engine Variants: N1 and EPR
Read the installed engine's primary thrust indication
C02All AccessA330 systems and operation
A330-200 and -300 Fuel Layout
Compare the modeled tanks before judging a fuel-page difference
C03All AccessA330 systems and operation
A330 Passenger and Freighter Ground Setup
Match loading and door controls to the P2F configuration
C04All AccessA330 systems and operation
A330 Takeoff Case and FMGES Data
Check the widebody case behind the performance output
C05All AccessA330 systems and operation
A330 Arrival Mass and Fuel Prediction
Recheck the landing case when a long flight becomes a short one
C06All AccessA330 systems and operation
A330 Heavy Arrival Energy Plan
Give the current loading and configuration enough room to settle
C07All AccessA330 systems and operation
A330 ILS Capture and Automatic Landing State
Read the capability the current model actually reports
C08All AccessA330 systems and operation
A330 Parking Power and Shutdown
Verify the new source before removing the old one
All Access · Working Title MSFS
Boeing 787-10
Seven lessons connecting loading units, displays, CDU route review, takeoff targets, forecast winds, VNAV boundaries, and approach modes to a deliberate simulator flight.
B01All Access787-10 systems and operation
787-10: Loading Units and CDU Weight
Make the simulator setup and performance pages describe the same load
B02All Access787-10 systems and operation
787-10: Display Layout and Powered State
Keep essential flight and EICAS information visible while preparing
B03All Access787-10 systems and operation
787-10: Route Review Before EXEC
Confirm the whole path before making the modification active
B04All Access787-10 systems and operation
787-10: Takeoff Data and MCP Target
Match calculated values, panel selection, and takeoff-mode evidence
B05All Access787-10 systems and operation
787-10: Wind Forecast and VNAV Prediction
A calculated profile is only as current as its inputs
B06All Access787-10 systems and operation
787-10: VNAV Descent and MCP Boundary
Keep the selected altitude and constraint edits distinct
B07All Access787-10 systems and operation
787-10: Approach Modes and Disconnect Control
Verify the landing sequence and rehearse a true disconnect input