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THE CURRICULUM FOUR COURSES · ONE METHODOLOGY MIXED REALITY TRAINING

A curriculum built
on deep practice.

The Approach

Four courses. One integrated methodology. Designed by an FAA-certified flight instructor, delivered through mixed reality.

001 The Accelerated Pilot Curriculum

Four courses. One path from first flight to professional.

The Accelerated Pilot curriculum takes you from first VR flight to commercial pilot — one course at a time, each building on the last. The path mirrors the progression of in-aircraft flight training.

Available
01

Learn to Fly Solo

Solo-ready
Winter 2026/27
02

Learn to Fly Cross Country

Private-Pilot-ready
Coming 2027
03

Learn to Fly In the Clouds

Instrument-rated
Coming Soon
04

Learn to be Paid to Fly

Commercial-ready

Each course is a complete training program in its own right — with its own syllabus, Phase Checks, and Graduation Phase Check. Courses can be taken in sequence, or you can enter the curriculum at the level appropriate for your current flight experience.

What makes Accelerated Pilot different from other flight training resources is not any single course. It's the integrated methodology that runs through all four: deep practice in immersive VR, scenario-based training aligned with FAA guidance, and the same brief-fly-debrief-log rhythm that in-aircraft CFIs use with their students.

The rest of this page explains that methodology — why it works, how it's built, and what transfers to the aircraft.

002 Why Mixed Reality

Because immersion is what makes learning transfer.

Flight training has always been constrained by one fact: an airplane is a difficult place to learn. The cockpit is noisy, the engine is running, every minute costs money. Students are rushed, distracted, and working at the edge of their cognitive capacity before they've learned the basics.

Mixed reality changes that — but not by replacing the cockpit with something cheaper. It changes it by putting the student inside a cockpit their brain actually treats as real.

In VR, your head is the camera. Turn to look at the runway on base, and you see the runway. Look down at the instruments, and your eyes move the way a pilot's eyes move. Check for traffic over your shoulder, and you're practicing the scan pattern you'll use in the aircraft. The view isn't something you manipulate with a mouse or a hat switch. It's something you experience through natural head movement — the same way you experience the world in an actual cockpit.

Pair that visual immersion with a physical yoke and rudder pedals, and something significant happens. Your hands feel resistance as you roll into a turn. Your feet coordinate pressure on the rudder. Your eyes track the horizon as it banks. Your brain doesn't process this as "I watched myself fly a pattern." It processes it as "I flew a pattern."

That's why deep practice works in VR. The skills you build aren't abstract, procedural knowledge. They're embodied experience — the kind of learning that transfers to in-aircraft flight training because your brain is encoding it the same way it would encode an actual flight.

003 The Science of Deep Learning

How skill actually gets built.

For decades, researchers in psychology, sports science, and education have studied what separates people who become genuinely skilled from people who plateau. The findings are consistent.

Skill is built through deliberate practice — a term coined by psychologist K. Anders Ericsson to describe the specific kind of effortful, focused, feedback-driven practice that leads to mastery. It's not the same as "putting in the hours." Two people can spend a thousand hours at a task and end up with radically different skill levels, because one of them practiced deliberately and the other just accumulated repetitions.

In 2009, journalist Daniel Coyle synthesized this research into a more accessible framework in his book The Talent Code. He called it deep practice — practice that operates at the edge of your ability, where you make mistakes, recognize them, and correct them.

Deep practice has a handful of requirements:

Focus

You have to be fully engaged with what you're doing, not distracted or passive.

The Sweet Spot

You have to be working at the edge of your ability — not too easy, not too hard. Right at the point where you're making mistakes you can recognize and fix.

High Repetition

Skills are built through many attempts, not a few. The more repetitions you can do deeply, the faster the skill develops.

Tight Feedback

You have to know when you're doing it right and when you're doing it wrong, and you have to know quickly enough to course-correct.

For flight training, all four requirements have traditionally been hard to meet. Focus is difficult in a distracted cockpit. Repetition is expensive — every attempt costs an aircraft hour. Feedback happens in the moment, limited by what a CFI can observe while also managing the flight. Students progress, but slowly, and inconsistently.

Every course in the Accelerated Pilot curriculum is built from the ground up around deep practice principles. Every lesson is focused on a specific skill. Every mission is designed to place you in the sweet spot. The low cost of sim time makes high repetition possible. And coaching Phase Checks provide the tight feedback that accelerates skill development.

This is how deep learning works. And mixed reality is, for the first time, a medium that makes it accessible to every aspiring pilot.

004 Scenario-Based Training

The FAA's preferred way to train pilots.

Over the past two decades, the FAA has increasingly emphasized scenario-based training as the preferred methodology for developing safer, more capable pilots. The shift is visible across multiple Advisory Circulars — AC 61-98, AC 61-145, AC 120-109 — where the FAA frames scenario-based training as the approach that best develops aeronautical decision-making.

The distinction matters. Traditional maneuver-based training teaches pilots how to perform tasks — how to execute a steep turn, how to recover from a stall, how to fly a pattern. Scenario-based training goes further. It teaches pilots how to think — how to integrate multiple skills under realistic conditions, how to make decisions, how to recognize when something isn't right and respond appropriately.

Both approaches are necessary. The FAA's guidance consistently recommends building foundational skills through maneuver-based training, then layering in scenario-based training to develop judgment and decision-making.

Every lesson across the Accelerated Pilot curriculum is built around a pre-built MSFS 2024 scenario, supported by a detailed scenario description in the workbook. A typical scenario specifies:

  • The aircraft and its configuration
  • The starting position and altitude
  • The weather conditions
  • The specific skill being practiced
  • The achievement standard you're working toward
  • The mission context that gives the flight its purpose

Here's an example from Learn to Fly Solo — the workbook brief for an S-turns lesson:

For today's scenario, you are flying for the Civil Air Patrol — a worthwhile organization involved with many important tasks related to preserving lives.

Today's flight is to inspect local roads. After recent storms, there's been extensive flooding, and CAP has been asked to help assess the damage to assist with repairs.

You'll need to pass back and forth across the roads while your co-pilot surveys the site and communicates with ground personnel over the radio.

It's important you fly this maneuver precisely, using S-turns, so your co-pilot has time to survey the site — and yet move efficiently over the length of the roads.

An S-turn on its own is a maneuver. In this scenario, the same maneuver is a tool — one that has to be flown with precision because a team depends on it. The student isn't just hitting the achievement standard. They're thinking like a pilot who's been asked to do a job.

This is how deep practice and scenario-based training come together: focused skill-building within realistic contexts that teach you to think like a pilot, not just move controls like one. Every course in the curriculum is built this way.

005 The Four-Component Structure

What every course includes.

A complete flight training program needs more than video lessons. In-aircraft flight training uses a structured system of instruction, practice, reference, and documentation. Every course in the Accelerated Pilot curriculum delivers all four components.

01
Instruction

Video Lessons

Structured instruction from an FAA-certified flight instructor.

Every skill in every syllabus has a dedicated video lesson — not a generic "how to fly" video, but a focused explanation of the specific skill, the sight picture, the technique, and the achievement standard. Lessons are organized into progressive modules that build from foundational skills to the culminating proficiencies of each course.

The instruction style mirrors how a CFI teaches a one-on-one ground lesson: brief, precise, and directly actionable. You're not watching a lecture. You're receiving a pre-flight briefing.

02
Practice

Pre-Built MSFS 2024 Scenarios

Scenario-based training aligned with FAA guidance.

Every lesson has a matching scenario — an MSFS 2024 mission file with the aircraft configured, the weather set, and the starting position placed. You load the scenario, fly the maneuver, meet the standard, and move on.

Scenarios are designed to place you at the edge of your current ability — the deep-practice "sweet spot" where skill is built. As you progress through a course's syllabus, scenarios increase in complexity, adding variables like crosswinds, traffic, and emergency conditions.

03
Habit

Custom Aircraft Checklist

Built for the course aircraft. Printable, laminatable, usable.

Pilots use checklists. Every flight. Every time. Each course includes a purpose-built checklist covering the full sequence of procedures every student pilot performs — preflight, before-engine-start, runup, pre-takeoff, and shutdown. It's built to be printed, laminated, and kept at your training workstation.

The checklist isn't a reference document. It's a habit-builder. By the time you transition to in-aircraft training, using a checklist will be automatic.

04
Record

Mission Workbook

Where practice becomes training.

For every lesson, the workbook provides a pre-flight brief outlining what you're about to practice, the achievement standards you're working toward, space to record your observations after flying, and a place to note what you want to work on next.

By the end of a course, you've built a complete training record — the documented progression of your skills, lesson by lesson. It's the kind of record student pilots build with their CFIs in in-aircraft training, translated into an in-sim format.

006 How a Lesson Works

The rhythm of in-aircraft flight training, delivered in VR.

Every lesson in every course follows the same structure in-aircraft flight training uses. The rhythm has four parts, and you repeat it for every lesson in every syllabus.

  1. 01

    Brief.

    Watch the video lesson from your instructor. Read the workbook brief for the maneuver. Complete any reading assignments or optional quizzes included in the lesson to reinforce the knowledge before you fly. By the time you put on the headset, you know what you're going to do, how you'll know you did it, and why it matters.

  2. 02

    Fly.

    Load the MSFS 2024 scenario. Execute the maneuver, recording your flight with the flight recorder. Repeat it until you meet the achievement standard.

  3. 03

    Debrief.

    Replay the recording of your flight. Watch what you actually did — not what you thought you did. Compare your performance against the achievement standards in the workbook. Identify what worked, what didn't, and what to work on next. If you're in the Coached tier and this is a Phase Check lesson, your instructor will review the same recording and meet with you for a live debrief.

  4. 04

    Log.

    Record your observations in the workbook — conditions flown, standards met, areas for refinement, notes for next time. Track your progress. Move to the next lesson.

This rhythm — brief, fly, debrief, log — is the same rhythm an in-aircraft CFI uses with their student. We didn't invent it. We translated it into a form that works in a home training environment, and we use it consistently across every course in the curriculum.

007 Phase Checks Across the Curriculum

How progress is evaluated.

Every course in the curriculum includes structured evaluation points called Phase Checks — moments where a student demonstrates mastery of a phase of training before moving forward. This mirrors how in-aircraft flight training uses stage checks in the traditional pathway.

Milestone Phase Checks happen at natural transition points within a course's syllabus. The number and focus of milestone Phase Checks vary by course — each syllabus places them where direct evaluation most accelerates skill development.

The Graduation Phase Check comes at the end of every course. It's a two-part evaluation designed to tell you exactly where you stand before you transition to in-aircraft training for that certificate or rating:

  • Ground Review — an oral-style review of the aeronautical knowledge for the certificate or rating the course prepares you for. This portion is delivered by your FAA-certified flight instructor and qualifies as ground training under 14 CFR Part 61. Your CFI will log the session in your logbook with an appropriate endorsement. The length of the ground review varies by course.
  • Flight Review — a prescribed set of maneuvers flown to the appropriate Airman Certification Standards for the course. Your CFI reviews the recording and you meet live to walk through the evaluation together. This portion is not FAA-loggable flight time because a home VR setup is not an FAA-approved Aviation Training Device.

Phase Checks and the Graduation Phase Check are available only to students in the Coached tier of a course. Self-Study students work through the same scenarios and use the same achievement standards, but evaluate their own performance using the workbook.

Students who successfully pass their Graduation Phase Check — demonstrating flight performance to the course's ACS standards — receive a Certificate of Completion from Accelerated Pilot. The Certificate is not an FAA certificate or rating, but it documents successful completion of that course's curriculum and includes a logbook endorsement for the FAA-loggable ground training portion.

Learn more about coaching
008 What Transfers, and What Doesn't

An honest account of what in-sim training can and can't do.

In-sim flight training isn't a substitute for in-aircraft training. Any program that claims otherwise is selling you something other than the truth.

What the Accelerated Pilot curriculum does is prepare you to excel when you do get in the aircraft — not replace the need to be there.

What Transfers Well
  • Procedures and flows.

    Preflight checklists, before-engine-start, taxi procedures, runup, pre-takeoff flows. By the time you reach in-aircraft training, these will be automatic.

  • Scan patterns.

    How your eyes move across the instruments, the horizon, and outside the aircraft. Heavily trainable in VR.

  • Sight pictures.

    What the world should look like during level flight, climbs, descents, pattern legs, and landing attitudes. Strong VR-to-aircraft transfer.

  • Pattern work and radio procedures.

    Pattern entries, radio phraseology, pattern leg execution. These skills transfer almost completely.

  • Radio practice beyond the basics.

    Our Traffic Patterns instruction covers foundational non-towered radio procedures. Students who want to extend their radio work can use the free LiveATC service to listen to real-world controller-pilot communication, or explore services that let them practice making radio calls with live virtual controllers.

  • Instrument scan and cross-check.

    For courses that cover instrument flight, the systematic scan of the instrument panel trains well in VR — especially in glass cockpit aircraft where the displays are digital anyway.

  • Emergency decision-making.

    Recognizing problems, running memory items, executing procedures. Arguably trained better in VR than in-aircraft, because you can practice scenarios safely that wouldn't be safely practiced in an actual aircraft.

  • Muscle memory for control inputs.

    With a quality yoke and rudder pedals, basic control coordination transfers well.

What VR Can't Replace
  • Physiological feel of flight.

    The seat-of-the-pants cues — G-forces, acceleration, vestibular information. These are things your body needs to experience in an actual aircraft.

  • Logged flight time.

    A home VR setup is not an FAA-approved Aviation Training Device. Time spent in any Accelerated Pilot course does not count toward FAA logging requirements for any certificate or rating.

Our position is simple: VR is the most effective preparation for in-aircraft training that's ever been available to aspiring pilots. It's not a replacement for the aircraft. It's what you do before — and between — your lessons in the aircraft.

009 Ground School

Flight training, not ground school.

The Accelerated Pilot curriculum teaches flight training — the skills, procedures, and decision-making required to operate an aircraft. It does not teach the aeronautical knowledge required for FAA written exams.

Ground school and flight training are complementary halves of pursuing any pilot certificate or rating. Flight training is what we do. Ground school is taught by other providers who specialize in it — Gold Seal, King Schools, Sporty's, and Pilot Institute all offer comprehensive online ground schools for every certificate and rating. We recommend pairing each Accelerated Pilot course with a reputable ground school appropriate for the certificate or rating you're preparing for.

For students in any Coached tier, completion of the appropriate ground school is a prerequisite for that course's Graduation Phase Check — because the ground portion of the Graduation Phase Check evaluates aeronautical knowledge taught by a ground school, not in our curriculum.

010 Hardware Requirements

What you need to train.

Every course in the Accelerated Pilot curriculum runs on the same core VR setup — consumer VR hardware and a sim-capable PC. The one-time hardware investment is real, but after initial setup, every hour of training is free.

Essentials · Shared Across the Curriculum
  • VR headset (Meta Quest 3 recommended)
  • Sim-capable PC — able to run Microsoft Flight Simulator 2024 in VR
  • High-quality GPU from MSFS 2024's supported list — critical. Insufficient GPU performance is the most common cause of poor VR experiences.
  • Microsoft Flight Simulator 2024 — purchase only after following the installation instructions in our VR Flight Training Setup Guide; not all distribution channels are compatible with course content
  • Yoke, rudder pedals, trim wheel, and throttle quadrant
  • Dedicated powered USB hub
  • Flight recorder (we provide our recommended flight recorder free with each course)
Networking · For Standalone Headsets like Quest 3
  • Virtual Desktop (streaming software, purchased separately)
  • Dedicated WiFi router
  • 20–50 Mbps internet connection

Course-specific aircraft and MSFS 2024 edition requirements are detailed on each course page. The setup process is covered in detail on each course's Module 1 lessons — most students complete setup in 2–4 hours.

Download the free VR Flight Training Setup Guide
011 Sources and Further Reading

The research behind the methodology.

The Accelerated Pilot curriculum is grounded in established research on skill acquisition, deliberate practice, and scenario-based training. Key references include:

  • Coyle, Daniel.
    The Talent Code: Greatness Isn't Born. It's Grown. Here's How.
    Bantam Books, 2009.
  • Ericsson, K. Anders, and Robert Pool.
    Peak: Secrets from the New Science of Expertise.
    Houghton Mifflin Harcourt, 2016.
  • Federal Aviation Administration.
    Advisory Circular 61-98, Currency Requirements and Guidance for the Flight Review and Instrument Proficiency Check.
  • Federal Aviation Administration.
    Advisory Circular 61-145, Flight Instructor Enhanced Qualification Training Program.
  • Federal Aviation Administration.
    Advisory Circular 90-66, Non-Towered Airport Flight Operations.
  • Federal Aviation Administration.
    Advisory Circular 120-109, Stall Prevention and Recovery Training.
Ready to start

Ready to start training?

Learn to Fly Solo is available now and is the natural entry point to the Accelerated Pilot curriculum. The remaining courses are in development — join a waitlist to be notified when each launches.