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Welcome To The First Digital Military Flying School

Digital Combat Academy (DCA) is the first structured online military flight academy built on professional-grade combat simulators widely used by aviation enthusiasts and even real-world pilots as a low-cost alternative when full simulators aren’t accessible.

DCA delivers the structure and professionalism worthy of a true military training environment. Its curriculum draws from real-world flight instruction principles and global combat aviation doctrines, offering cadets exposure to multiple operational perspectives, including both Western and Eastern tactical traditions.

Cadets advance through a carefully designed syllabus that builds skill, discipline, and confidence step by step:

  • Aerodynamics and flight fundamentals
  • Clear communication and radio discipline
  • Increasingly complex flight scenarios
  • Emergency drills and high-stress simulations
  • Safety mindset and operational risk management
  • The “why” behind every checklist and procedure
The Digital Combat Academy is developed in collaboration with Vincent ‘Jell-O’ Aiello and the Fighter Pilot Podcast

Digital Combat Academy exists to inspire and prepare future aviators through authentic training, real discipline, and a strong foundation in combat aviation; creating a generation of virtual pilots who fly with purpose, precision, and pride.

Academy Program

A four-phase cadet program modeled after real-world military training pipelines. Each phase combines classroom instruction with in-sim flight training, guided by real military pilots acting as instructors. The program culminates in ceremonial graduation and permanent alumni privileges.

  • Phase I – Foundation (Yak-52)
  • Phase II – Basic Jet Transition (MB-339A)
  • Phase III – Advanced Jet Training (MB-339A)
  • Phase IV – Specialization (By Aircraft)
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Phase I

Program intent

Produce a pilot who can think, plan, communicate, manage risk, and operate to standard before any aircraft-specific phase begins. The purpose of Phase I is to establish a common professional baseline that supports efficient progression in later phases.

Output at graduation (what “Phase I complete” means)

A cadet can:

  • brief and debrief to a standard, using evidence and action items
  • apply a consistent risk decision process (go, no-go, continue, abort)
  • demonstrate solid aero understanding and energy reasoning
  • read weather, airspace, publications, and charts with competence
  • demonstrate instrument proficiency at the ground-school level: explain the IFR framework and correctly brief and sequence common procedures (clearances, holds, approaches, missed), with full in-aircraft execution taught and graded in later phases
  • understand formation fundamentals as a safety and precision discipline
  • operate inside a documentation system (SOP, checklists, standards language, revisions)

Track A: Academics (theory)

GS-01 Indoctrination and Academy Standards

Purpose: Build the “operating system” of the Academy: standards language, documentation discipline, safety culture, evaluation culture.

  • GS-01.1 Mission of the Academy and the Meaning of Professional Standard Within a Simulation-Based Training Environment
  • GS-01.2 Standards language: shall, should, may; warning, caution, note
  • GS-01.3 Rules hierarchy and compliance expectations
  • GS-01.4 Documentation control: using current versions, revision awareness
  • GS-01.5 Stop authority and training rules (how we terminate an unsafe event)
  • GS-01.6 How grading, remediation, and progression gates work

cadet artifacts produced:

  • Signed Standards Covenant
  • Readiness Limits
  • “How this Academy works” quick reference card

GS-02 Aeronautical Decision Making, Risk, and Human Performance Under Pressure

Purpose: Build disciplined decision-making habits that support timely, defensible action under pressure.

  • GS-02.1 ADM frameworks and the anatomy of bad decisions
  • GS-02.2 Risk management workflow and risk controls
  • GS-02.3 CRM concepts adapted to single-pilot and multiplayer formation contexts
  • GS-02.4 Operational Risk Management as a pre-event and in-event habit
  • GS-02.5 Threat and error thinking (what went wrong, when, and why)

cadet artifacts produced:

  • ORM worksheet template used for every lab
  • Decision gates checklist (go, no-go, continue, abort, divert)

GS-03 Regulations, Flight Rules, and Professional Operating Procedures

Purpose: A pilot who understands what governs what, and how to operate consistently.

  • GS-03.1 Priority of regulations and guidance, how conflicts are resolved
  • GS-03.2 PIC responsibilities, planning obligations, flight plan logic
  • GS-03.3 Professional preflight planning, weather, NOTAMs concept, alternates
  • GS-03.4 How we standardize planning inside the Academy (SOP layer)

GS-04 Air Traffic System and Communications

Purpose: Build comm discipline and ATC flow competence.

  • GS-04.1 Air traffic system overview and services
  • GS-04.2 Radio discipline: brevity, clarity, readbacks, error correction
  • GS-04.3 VFR and IFR communication patterns (conceptual)
  • GS-04.4 Formation and multi-ship communication expectations, with emphasis on safety, clarity, and brevity

cadet artifacts produced:

  • Standard radio script pack (templates)
  • “Comms error recovery” checklist

GS-05 Aircraft Construction, Principles of Flight, Aerodynamics, Flight Controls

Purpose: Build the “why” behind everything that will later become performance, energy, and fighter fundamentals.

  • GS-05.1 Aircraft construction and the meaning of limitations
  • GS-05.2 Lift, drag, thrust, weight, stability, control
  • GS-05.3 Aero deeper dive: air properties, airspeeds, CG, wing design
  • GS-05.4 Stalls, spins, energy management foundations
  • GS-05.5 Flight controls, trim, control harmony, workload management
  • GS-05.6 Visual References, Sight Picture, and Outside Scan

This module establishes the aerodynamic and energy-management foundation required for later advanced aircraft phases.

GS-06 Engines and Aircraft Systems, From Fundamentals to Pilot Decision Use

Purpose: Develop sufficient systems knowledge to identify abnormal indications early, make sound decisions, and protect the aircraft.

  • GS-06.1 Engine fundamentals (piston, turbine concepts)
  • GS-06.2 Fuel, electrical, hydraulics, pneumatics, environmental basics
  • GS-06.3 Indications: what matters, what is noise, what is a trend
  • GS-06.4 Systems thinking in emergencies: aviate, navigate, communicate
  • GS-06.5 Limitations mindset and “protect the aircraft” philosophy

GS-07 Flight Manuals, Checklists, Standard Operating Procedures

Purpose: Teach disciplined use of manuals, checklists, and standard operating procedures in order to prevent procedural drift.

  • GS-07.1 What manuals are, what checklists are, and why pilots obey them
  • GS-07.2 Checklist philosophy: do-confirm, read-do, challenge-response
  • GS-07.3 Academy SOP structure and how it evolves

GS-08 Weight and Balance, Performance Planning, and Operating Margins

Purpose: Build a pilot who plans with margins and understands why performance is not negotiable.

  • GS-08.1 CG, stability, controllability, and acceptable operating margins
  • GS-08.2 Performance planning mindset: runway, density altitude, winds, configuration
  • GS-08.3 Operational margins and personal minimums

GS-09 Flight Instruments and Instrument Flying Fundamentals

Purpose: Build instrument competence as a control skill, not just a rules skill.

  • GS-09.1 Instrument systems, errors, and interpretation
  • GS-09.2 Scan, control, trim, cross-check discipline
  • GS-09.3 Spatial disorientation and instrument reliance
  • GS-09.4 Partial panel mindset and “fly the aircraft first” priorities

GS-10 IFR Procedures, Navigation Infrastructure, and Approach Theory

Purpose: The instrument ground-school foundation that supports later procedural execution and standardization.

  • GS-10.1 IFR system overview: how the system works
  • GS-10.2 Clearances, routing, altitudes, lost comm concepts
  • GS-10.3 Holds, approaches, minimums, alternates, missed-approach logic
  • GS-10.4 Approach plate literacy and briefing structure
  • GS-10.5 Procedure-to-execution bridge for later aircraft phases

Optional deepening reference:

  • Optional instructor reference: standards-based military primary instrument training examples.

GS-11 Weather Theory and Weather Services, From Theory to Decision

Purpose: Teach weather as a decision tool, not trivia.

  • GS-11.1 Atmosphere, stability, fronts, convection, turbulence
  • GS-11.2 Weather products and services literacy
  • GS-11.3 Forecast interpretation and confidence, what to trust when
  • GS-11.4 Decision scenarios: go, no-go, divert, “continue” traps

GS-12 Navigation, Charts, Publications, and Practical Planning

Purpose: Make navigation a skill, not an app.

  • GS-12.1 Dead reckoning fundamentals and why it still matters
  • GS-12.2 Visual navigation and practical planning
  • GS-12.3 Radio navigation concepts and GPS concepts
  • GS-12.4 Timing, drift, wind correction, fuel planning logic
  • GS-12.5 Publications discipline: how to find the right answer quickly

GS-13 Airspace and Airport Operations

Purpose: Build rule awareness and operational confidence in controlled environments.

  • GS-13.1 Airspace classes, services, responsibilities
  • GS-13.2 Airport ops, runway incursions, taxi discipline
  • GS-13.3 Ops planning around airspace constraints

GS-14 Aeromedical Factors, Human Limits, and Aerospace Physiology

Purpose: Make pilots understand their body as a flight system, especially relevant for later high-G training.

  • GS-14.1 Hypoxia, hyperventilation, fatigue, dehydration, meds and performance
  • GS-14.2 Vision, vestibular illusions, spatial disorientation
  • GS-14.3 G tolerance concepts and performance degradation

GS-15 Formation Fundamentals, Safety, Precision, and Discipline

Purpose: Formation is introduced as a precision discipline, with safety contracts and closure control.

  • GS-15.1 Roles, contracts, and standard formation expectations
  • GS-15.2 References and closure control concepts
  • GS-15.3 Deconfliction, knock-it-off logic, and disciplined communication
  • GS-15.4 Prep culture: chair-flying the event, brief discipline

GS-16 Emergency Foundations and Abnormal Event Management

Purpose: Build the decision framework, not aircraft-specific EP memorization.

  • GS-16.1 Priorities: aviate, navigate, communicate
  • GS-16.2 Recognition before reaction: indications and trends
  • GS-16.3 “Land as soon as practical” style thinking
  • GS-16.4 Evidence-based debriefing of abnormal decisions

GS-17 Mission Planning, Briefing Standards, Debrief Method, and Self-Critique

Purpose: This module establishes the planning, briefing, debriefing, and self-assessment discipline required for later practical phases.

  • GS-17.1 Planning outputs: route, altitudes, fuel logic, risks, contingencies
  • GS-17.2 Brief structure: objective, timeline, contracts, gates, contingencies
  • GS-17.3 Debrief structure: facts, timeline, errors, causes, fixes
  • GS-17.4 Self-assessment standards, corrective action items, and recurring error tracking

cadet artifacts produced:

  • Standard brief template
  • Standard debrief template
  • Personal “Top 5 recurring errors” tracker

Track B: Yak-52 Practical Lessons

Each practical event shall define prerequisites, training objectives, conduct items, completion standards, knock-it-off criteria, and debrief focus items.

LAB-01 Yak-52 Academy Standards Sortie

Training rules, stop calls, roles, ORM gates in practice, event termination and reset.

LAB-02 Yak-52 Baseline Handling and Trim Discipline

Straight and level, heading control, speed control, trim, workload management, visual attitude references, horizon picture, nose position, disciplined inside-outside scan.

LAB-03 Yak-52 Precision Turns and Vertical Control

15, 30, 45, 60 degree bank turns, altitude holds, climbs, descents, level-offs to tolerance, outside reference use for bank control, pitch picture, rollout references.

LAB-04 Yak-52 Slow Flight, Stalls, Energy Awareness

Coordination, AoA awareness, stall recognition and recovery, energy management fundamentals.

LAB-05 Yak-52 Patterns and Stabilized Approaches

Traffic pattern discipline, stabilized approach criteria, go-around decision and execution, runway sight picture, visual turn points, downwind/base/final references, traffic scan.

LAB-06 Yak-52 Communications Practical

Radio discipline, readbacks, corrections, workload management, standard call structure.

LAB-07 Yak-52 Navigation Practical

Dead reckoning and visual nav, checkpoints, timing, drift, loss of position recovery plan, visual checkpoint acquisition and outside scan discipline.

LAB-08 Yak-52 Weather Decision and Divert Practical

Go or no-go, continue or abort, divert logic, fuel gates, get-there-itis traps.

LAB-09 Yak-52 Systems Indications and Limitations Practical

What matters vs noise, trend monitoring, conservative actions, protect-the-aircraft mindset.

LAB-10 Yak-52 Instrument Scan Fundamentals

Scan, control, trim, straight and level, standard-rate turns, climbs, descents.

LAB-11 Yak-52 Formation Fundamentals Practical

Contracts, references, closure control, rejoins concepts, deconfliction and knock-it-off logic.

LAB-12 Yak-52 Capstone Practical

Full brief, execute, debrief loop. Includes a planned objective plus at least one injected abnormal that forces a decision gate, reinforce visual reference discipline and scan management.