Pre-Flight Academy
Know Before You Fly
Every great pilot started exactly where you are — with a dream and zero experience. SAC’s Pre-Flight Academy is our gift to every aspiring aviator in Nepal. A free, comprehensive guide covering everything you need to know before joining your CPL program — written in simple English, backed by verified aviation standards, and designed to give you the confidence to take that first step.
Disclaimer: The content in SAC's Pre-Flight Academy is provided for general reference and preparatory purposes only. It is not a substitute for formal ground school training, official aviation examinations, or instruction from a certified flight instructor. All information is accurate to the best of our knowledge at the time of publication — however aviation regulations, procedures, and standards are subject to change. Always refer to the latest publications from ICAO, FAA, EASA, CAAN, or your respective aviation authority for official guidance. SAC accepts no liability for decisions made based solely on this content.
Understanding Aviation & The Industry
Welcome to your first step in the SAC Pre-Flight Academy. Before you ever sit in a cockpit, it helps to understand what aviation actually is, how the global industry works, and where you fit into it. This module gives you the big picture — simply explained, no experience needed.
What is Aviation?
Aviation is the science, art, and industry of designing, building, operating, and maintaining aircraft. It covers everything from a small two-seat training aircraft to the largest commercial jets carrying hundreds of passengers across continents.
Aviation is divided into two main categories:
- Civil Aviation All non-military aviation. This includes commercial airlines, private flying, cargo operations, flight training, and aerial work such as photography and survey. This is the world you are entering as an aspiring commercial pilot.
- Military Aviation Aviation operated by armed forces for defence, transport, and combat purposes. A completely separate career path with different training and requirements.
As an aspiring Commercial Pilot (CPL), you are entering the world of civil aviation — specifically, the commercial airline and general aviation sector.
How the Global Aviation Industry Works
Aviation is one of the most regulated industries in the world — and for good reason. When an aircraft is flying at 35,000 feet carrying 300 passengers, there is no room for error. Every pilot, every aircraft, every airline, and every airport must follow strict international rules and standards.
These rules are set and monitored by aviation authorities — government bodies responsible for safety, licensing, and operations within their country or region. As a Nepali student training abroad, you will interact with multiple aviation authorities throughout your career.
Aviation is governed by the Chicago Convention of 1944 — an international agreement signed by 193 countries that established the foundation for global aviation rules and created ICAO. Every country you train in follows principles set by this agreement.
Key Aviation Authorities You Need to Know
Here are the most important aviation authorities relevant to you as a Nepali aspiring pilot. You will hear these names constantly throughout your training and career:
Types of Aircraft — What Will You Fly?
Aviation covers many different types of aircraft. As an aspiring pilot, it helps to understand the basic categories — because your training and licence will be specific to the type of aircraft you fly.
- Fixed Wing Aircraft Aircraft with wings that do not move — like the planes you see at airports. Most CPL students train on fixed-wing aircraft such as the Cessna 172. This is what most Nepali students train on for their CPL.
- Rotary Wing Aircraft (Helicopters) Aircraft that use rotating blades to fly. Helicopter pilots train for a separate licence called CPL-H. Nepal has a very active helicopter industry.
- Drones / RPAS Remotely Piloted Aircraft Systems. Drones are flown without a pilot on board. This is a rapidly growing field globally and in Nepal. A separate licence and training is required.
- Gliders Aircraft with no engine that use air currents to fly. Not commonly pursued as a career but a great way to build early flying skills.
Aviation Career Paths — It's More Than Just Flying
Most people think aviation careers are only about flying — but the industry is vast. Here are the main career paths available to you:
At SAC, we specialise in guiding Nepali students toward Commercial Pilot (CPL), Aircraft Maintenance Engineering (AME), and Aeronautical Engineering programs at verified partner schools worldwide. Explore our programs →
The Pilot Training Pathway
So you want to become a Commercial Pilot — but where do you actually start? This module walks you through the complete pilot training journey, from your very first lesson to your airline career. Think of it as your roadmap to the cockpit — explained simply, step by step.
Your Journey from Zero to Commercial Pilot
Becoming a Commercial Pilot is a structured journey — each stage builds on the previous one. You cannot skip steps. Every hour you fly, every exam you pass, and every rating you earn brings you closer to the cockpit of a commercial aircraft. Here is the complete pathway, explained simply:
Your very first official aviation document. An SPL authorises you to fly an aircraft solo — meaning without an instructor — for the first time. It is issued after your initial medical check and basic ground training at your flight school. Think of it as your learner's permit for flying.
Your first real pilot licence. A PPL allows you to fly an aircraft for personal use — but not for payment. You will learn basic manoeuvres, navigation, emergency procedures, and how to handle an aircraft in various weather conditions. FAA PPL requirements →
After your PPL, you need to build more flight hours before moving to the next stage. This is where you fly as Pilot in Command (PIC) — meaning you are fully responsible for the aircraft with no instructor. It builds your confidence, decision-making skills, and real-world flying experience. This is a critical stage that many students underestimate.
One of the most important ratings in your training. An Instrument Rating (IR) teaches you to fly using only your cockpit instruments — without seeing outside the aircraft. This is essential for flying in clouds, at night, and in poor visibility conditions. All commercial airline operations require an IR. Without it, you cannot fly in bad weather.
Commercial aircraft have more than one engine. A Multi-Engine Rating (ME or MEL — Multi-Engine Land) teaches you to fly twin-engine aircraft and handle emergency situations like engine failure. Airlines require this rating — you cannot fly a commercial airliner on a single-engine rating alone.
This is your primary goal — the qualification that allows you to fly professionally and be paid. With a CPL, you can work as a First Officer (co-pilot) at an airline, fly charter flights, become a flight instructor, or work in cargo and aerial operations. In Nepal, you must convert your foreign CPL to a CAAN licence before flying commercially. Learn about SAC's CPL programs →
After earning your CPL, one of the smartest career moves is becoming a Certified Flight Instructor (CFI) and Certified Flight Instructor — Instrument (CFII). This allows you to teach other students to fly — and most importantly, build significant flight hours while getting paid. SAC partner Hillsboro Aero Academy (HAA) offers students the opportunity to build hours through CFI and CFII after program completion — a major career advantage.
The highest level of pilot licence — required to act as Captain (Pilot in Command) on a commercial airliner. The ATPL is not something you train for immediately after CPL — you earn it by accumulating the required flight hours and passing advanced theory examinations. It is the pinnacle of a pilot's career and the licence required to command a commercial aircraft carrying passengers.
The 2025 Boeing Pilot and Technician Outlook projects a global demand for 660,000 new qualified pilots through 2044 — meaning the career you are working towards has exceptional long-term prospects globally.
Pilot Licence Comparison at a Glance
Here is a simple comparison of the main pilot licences — so you understand exactly what each one allows you to do:
| Licence | What It Allows | Min. Hours | Min. Age |
|---|---|---|---|
| SPL | Solo flight under supervision — no passengers | — | 16 years |
| PPL | Fly for personal use — no payment allowed | 40–60 hrs | 17 years |
| CPL | Fly professionally and be paid — First Officer at airlines | 200 hrs (FAA) | 18 years |
| ATPL | Act as Captain (PIC) on commercial airliners | 1,500 hrs (FAA) | 23 years |
Two Ways to Train — Integrated vs Modular
There are two main approaches to CPL training. Understanding the difference early helps you make a better financial and career decision:
- Complete each stage separately at your own pace
- Pay in stages — more budget-friendly
- Takes longer — 18 to 36 months typically
- More flexible for those managing costs
- Good if you need breaks between stages
- One continuous program — zero to CPL in one go
- Faster — typically 12 to 18 months
- More structured — higher completion rates
- Better for students with full funding ready
- Preferred route at all SAC partner schools
What Does a Typical Day at Flight School Look Like?
Many students wonder what life at flight school actually looks like day to day. Here is a realistic picture of a typical training day:
- Early morning (6:00–7:00 AM) Weather briefing. Check conditions for the day's flights. Weather determines everything in aviation.
- Morning (7:00–9:00 AM) Ground school theory class. Covers subjects like air law, navigation, meteorology, and aircraft systems.
- Mid-morning to afternoon Flight sessions with your instructor. Pre-flight inspection, the actual flight, and post-flight debrief.
- Evening Self-study. Review the day's lessons, prepare for tomorrow's ground school topics, and log your flight hours in your logbook.
- Weather days When flying is cancelled due to weather, extra ground school or simulator sessions are scheduled instead.
Flight training is demanding — physically and mentally. The students who succeed are the ones who treat it like a full-time professional commitment from day one, not a casual course. Go in prepared, go in focused, and go in with realistic expectations. Visit our FAQ for more →
Aviation Terminology & Jargon
Every profession has its own language — and aviation has one of the most unique and precise vocabularies in the world. When you arrive at flight school, you will hear words and phrases that sound completely foreign at first. This module gives you a head start — learn these terms now and you will feel far more confident on day one.
Why Aviation Language Matters
In aviation, communication must be clear, precise, and unambiguous. A misunderstood word at 10,000 feet can have serious consequences. That is why pilots, air traffic controllers, and aviation professionals worldwide use standardised language — based on ICAO standards — so that a pilot from Nepal and an air traffic controller in the Philippines understand each other perfectly.
ICAO mandates that all pilots and air traffic controllers operating internationally must demonstrate English language proficiency at a minimum of ICAO Language Proficiency Level 4. This is assessed as part of your licence requirements. Your COMPASS test also includes an Aviation English assessment.
The Phonetic Alphabet
The first thing every aviation student must memorise is the NATO Phonetic Alphabet — also called the ICAO Phonetic Alphabet. Instead of saying individual letters — which can sound similar over radio (B and D, M and N) — pilots use specific words for each letter to avoid confusion.
| Letter | Phonetic Word | Pronunciation |
|---|---|---|
| A | Alpha | AL-fah |
| B | Bravo | BRAH-voh |
| C | Charlie | CHAR-lee |
| D | Delta | DEL-tah |
| E | Echo | EK-oh |
| F | Foxtrot | FOKS-trot |
| G | Golf | Golf |
| H | Hotel | hoh-TEL |
| I | India | IN-dee-ah |
| J | Juliet | JEW-lee-ET |
| K | Kilo | KEY-loh |
| L | Lima | LEE-mah |
| M | Mike | Mike |
| N | November | no-VEM-ber |
| O | Oscar | OSS-car |
| P | Papa | PAH-pah |
| Q | Quebec | keh-BEK |
| R | Romeo | ROW-me-oh |
| S | Sierra | see-AIR-rah |
| T | Tango | TANG-go |
| U | Uniform | YOU-nee-form |
| V | Victor | VIK-tah |
| W | Whiskey | WISS-key |
| X | X-ray | ECKS-ray |
| Y | Yankee | YANG-key |
| Z | Zulu | ZOO-loo |
Instead of saying "flight NR123" a pilot says "November Romeo One Two Three"
Start practising the phonetic alphabet today — spell your own name, your city, anything. Make it second nature before you arrive at flight school.
Essential Aviation Numbers
Numbers in aviation are also spoken differently. Each digit is spoken individually:
| Number | Spoken As |
|---|---|
| 0 | Zero |
| 1 | Wun |
| 2 | Too |
| 3 | Tree |
| 4 | Fower |
| 5 | Fife |
| 6 | Six |
| 7 | Seven |
| 8 | Ait |
| 9 | Niner |
Altitude 15,000 feet is spoken as "One Fife Thousand" — not "fifteen thousand"
The word "nine" sounds too similar to the German word "nein" (meaning no) over radio — so "niner" is used internationally to avoid confusion.
Basic ATC Communication Phrases
Air Traffic Control (ATC) is the ground-based team that guides aircraft safely through the sky and at airports. As a student pilot, you will communicate with ATC from your very first solo flight. Here are the most common phrases you will hear and use:
| Phrase | Meaning |
|---|---|
| Roger | I have received and understood your message |
| Wilco | I understand and will comply (Will Comply) |
| Affirmative | Yes |
| Negative | No |
| Standby | Wait — I will get back to you |
| Say Again | Please repeat your last message |
| Cleared | Authorised to proceed as requested |
| Hold Position | Stop and do not move |
| Mayday Mayday Mayday | Emergency — life is in danger |
| Pan Pan Pan | Urgent situation — not immediately life-threatening |
| Traffic in Sight | I can see the other aircraft you mentioned |
| Runway Vacated | I have cleared the runway |
| Squawk | Set a specific code on your transponder |
| Go Around | Abort landing — climb away and try again |
| Readback | Repeat back my instructions to confirm you understood |
- In real aviation communications, you never say "Yes" or "No" — you always say "Affirmative" or "Negative."
- And you never say "Repeat" — you say "Say Again" (because "repeat" has a specific military meaning — fire again).
Essential Aviation Jargon Every Student Must Know
Here are the most important aviation terms you will encounter from day one of flight school — grouped by category:
- AirspeedHow fast the aircraft is moving through the air. Different from ground speed. Measured in knots (nautical miles per hour).
- AltitudeHeight above sea level. Measured in feet in most countries.
- HeadingThe direction the aircraft's nose is pointing. Measured in degrees (0° to 360°).
- PitchThe nose of the aircraft moving up or down.
- RollThe aircraft tilting left or right (banking).
- YawThe aircraft's nose moving left or right without banking.
- ThrottleControls engine power. Push forward for more power, pull back for less.
- FlapsMoveable surfaces on the wings that increase lift and drag — used during takeoff and landing.
- RudderThe vertical control surface on the tail — controls yaw (left/right movement of the nose).
- AileronControl surfaces on the wings that control roll (banking left or right).
- ElevatorControl surface on the tail that controls pitch (nose up or down).
- StallNot an engine failure. A stall occurs when the wings lose lift because the angle of attack is too high. Recovery is a critical skill taught early in training.
- CrosswindWind blowing across the runway rather than directly down it. Landing in crosswind conditions is a key skill for all pilots.
- VFRVisual Flight Rules — flying by looking outside and navigating visually. Requires good weather and visibility. Student pilots begin with VFR.
- IFRInstrument Flight Rules — flying using only cockpit instruments — used in clouds, at night, and in poor visibility. Requires an Instrument Rating (IR).
- WaypointA specific geographical point used in navigation — like a checkpoint on a road map.
- TrackThe actual path the aircraft follows over the ground.
- BearingThe direction from one point to another, measured in degrees.
- NDBNon-Directional Beacon — a ground-based radio navigation aid that helps pilots find their position.
- VORVHF Omnidirectional Range — a more precise radio navigation system used by pilots to navigate along airways.
- METARA standardised weather report for a specific airport at a specific time. You will read these daily in flight school.
- TAFTerminal Aerodrome Forecast — a weather forecast for an airport — usually valid for 24–30 hours.
- VisibilityHow far a pilot can see horizontally. Poor visibility is one of the most common reasons flights are delayed or cancelled.
- CeilingThe height of the lowest layer of clouds covering the sky. Low ceiling means low clouds — limits VFR flying.
- TurbulenceIrregular air movement that causes the aircraft to bump and shake. Caused by weather, terrain, and jet streams.
- Wind ShearA sudden change in wind speed or direction over a short distance. Dangerous during takeoff and landing.
- QNHAtmospheric pressure setting used to calibrate the aircraft's altimeter for accurate altitude readings.
- RunwayThe paved strip where aircraft take off and land. Runways are numbered by their magnetic heading — Runway 27 faces approximately 270° (West).
- TaxiwayThe paved path aircraft use to move between the runway and terminal — like a road for aircraft on the ground.
- Apron / RampThe area where aircraft are parked, refuelled, and loaded.
- TowerThe ATC facility that controls aircraft movements at and around an airport.
- ClearanceOfficial permission from ATC to do something — take off, land, enter airspace.
- TransponderAn electronic device in the aircraft that sends a signal to ATC radar, identifying the aircraft's position and altitude.
- LogbookYour official personal record of every flight you have ever made. You will maintain this throughout your entire career — it is your most important professional document.
- AirspaceThe defined area of sky around airports and countries. Different classes of airspace have different rules.
Don't try to memorise everything at once. Focus on the phonetic alphabet first — then ATC phrases — then the jargon categories one by one. By the time you arrive at flight school, just being familiar with these terms will give you a significant head start over other students.
Principles of Flight: How Does an Aircraft Actually Fly?
Have you ever looked up at a massive commercial jet and wondered — how does something that heavy actually stay in the air? The answer lies in the principles of flight — the fundamental science behind aviation. This module explains how aircraft fly in the simplest possible way. No complex mathematics — just clear, visual explanations that will make everything click.
The Four Forces of Flight
Every aircraft in the sky — from the smallest training plane to the largest commercial jet — is controlled by exactly four forces acting on it at all times. Understanding these four forces is the foundation of everything you will learn in flight school.
These four forces are Lift, Weight, Thrust, and Drag — and they work together in a delicate balance to determine an aircraft's path through the air.
- Lift vs Weight — vertical battle (up vs down)
- Thrust vs Drag — horizontal battle (forward vs backward)
When all four forces are in balance — the aircraft flies straight and level. When a pilot changes one force — the aircraft climbs, descends, accelerates, or turns.
Force 1 — Lift
Lift is the upward force that keeps the aircraft in the air. It is generated by the wings as air flows over and under them.
The wing is shaped in a special curved profile called an airfoil. The top surface is more curved than the bottom. When air flows over the wing, it travels a longer distance over the top — which makes it speed up. As airflow speed increases over the top of a wing, pressure decreases — this is known as Bernoulli's Principle. The higher pressure below the wing pushes upward — creating lift.
Fast air on top = low pressure. Slow air below = high pressure. The difference pushes the wing — and the aircraft — upward.
- Speed — faster airspeed = more lift
- Wing size — larger wings = more lift
- Angle of Attack — the angle the wing meets the air. More angle = more lift (up to a point)
- Air density — thinner air at high altitude = less lift
Force 2 — Weight
Weight is the downward force provided by gravity. Everything on the aircraft — the airframe, engines, fuel, passengers, and cargo — contributes to weight. Lift must overcome weight to fly.
- Fuel load — a full fuel tank is significantly heavier than an empty one
- Passengers and cargo
- The aircraft's own structure and engines
Every aircraft has a Maximum Takeoff Weight (MTOW) — the maximum weight at which it can safely fly. Pilots calculate this before every single flight.
Force 3 — Thrust
Thrust is the force that propels the airplane forward through the air. It is produced by the aircraft's engine and propeller (on training aircraft) or jet engines (on commercial airliners).
The engine pushes the aircraft forward. Without thrust, there is no airspeed. Without airspeed, there is no lift. Without lift, the aircraft cannot fly.
- Engine power setting — controlled by the throttle
- Propeller efficiency
- Air density — engines produce less thrust at high altitude
- Aircraft weight — heavier aircraft need more thrust
Force 4 — Drag
Drag is the force pushing backwards, limiting the speed of the aircraft. It is essentially air resistance — the friction of the air against the aircraft as it moves forward. Everything on the aircraft that sticks into the airflow creates drag — the fuselage, wings, landing gear, antennas. Drag always opposes forward movement.
- Induced Drag — created as a by-product of generating lift. More lift = more induced drag. Cannot be avoided.
- Parasite Drag — caused by the shape and surface of the aircraft moving through the air. Reduced by streamlining the design.
How the Four Forces Work Together
Here is how the four forces interact in different phases of flight:
| Phase of Flight | What Happens |
|---|---|
| Takeoff | Thrust increases → airspeed builds → lift increases → lift exceeds weight → aircraft climbs |
| Cruise | Lift = Weight / Thrust = Drag — all four forces balanced |
| Climb | Thrust exceeds drag → aircraft accelerates → lift exceeds weight → aircraft climbs |
| Descent | Thrust reduced → drag exceeds thrust → lift reduces → weight pulls aircraft down |
| Landing | Thrust reduced → flaps extended → airspeed reduced → lift decreases → aircraft settles onto runway |
Lift is the most apparent force — it is what gives an aircraft the ability to fly. But without thrust to create airspeed, lift cannot be generated at all. The four forces are completely interdependent.
The Three Axes of Flight
An aircraft does not just move forward — it moves in three dimensions simultaneously. Every movement of the aircraft happens around one of three axes — imaginary lines that pass through the aircraft's centre of gravity.
- RunsFrom wingtip to wingtip
- ControlsNose up or nose down movement
- Control SurfaceThe Elevator — on the tail
- RememberThink: nodding your head yes
- RunsFrom nose to tail
- ControlsBanking left or right
- Control SurfaceThe Ailerons — on the wings
- RememberThink: tilting your head to one side
- RunsFrom top to bottom through the centre
- ControlsNose left or right movement
- Control SurfaceThe Rudder — on the tail
- RememberThink: shaking your head no
Remember PRY — Pitch (elevator), Roll (ailerons), Yaw (rudder). Say it out loud until it sticks.
What is a Stall? (And Why It's Not What You Think)
One of the most misunderstood concepts for beginner students is the stall. When most people hear "stall" they think the engine has stopped. In aviation, a stall has nothing to do with the engine.
A stall occurs when the angle of attack becomes too high — the wing can no longer generate sufficient lift. The airflow over the wing separates and lift is suddenly lost.
Important: The engine can be running perfectly and the aircraft can still stall. A stall is about the wing — not the engine.
- Flying too slowly
- Pulling the nose up too sharply
- Banking too steeply in a turn
- Any combination of these
- Lower the nose — reduce angle of attack
- Apply full power — increase thrust
- Level the wings
- Climb away once airspeed is restored
Stall recovery is one of the first and most critical skills taught in flight training. You will practise it many times until it becomes instinctive.
How Weather Affects Flight
As a pilot, weather is not just a background condition — it directly affects every one of the four forces of flight.
- WindHeadwind increases effective airspeed and lift — good for takeoff and landing. Tailwind reduces effective airspeed. Crosswind makes landing more challenging.
- TemperatureHot air is less dense. Less dense air = less lift and less engine power. Hot, high-altitude airports require careful performance calculations before every flight.
- AltitudeAs altitude increases, air becomes thinner. Less dense air = less lift, less thrust, less engine power. Aircraft performance decreases with altitude.
- Rain & IceIce on the wings disrupts airflow and destroys lift — one of the most dangerous conditions in aviation. De-icing procedures are critical before flight in icing conditions.
- TurbulenceIrregular air movement that disrupts smooth airflow over the wings. Causes the bumpy ride you feel on commercial flights.
Lukla Airport in Nepal (elevation 2,860 metres / 9,383 feet) — the gateway to Everest — requires specially trained pilots because the thin air significantly reduces aircraft performance. This is why mountain flying in Nepal is considered some of the most demanding in the world.
Principles of flight is one of the most important ground school subjects you will study — and also one of the most fascinating. Once you understand why an aircraft flies, everything else in your training starts to make sense. You will cover this in much greater depth in your formal ground school — this module is just your starting point.
Navigation Basics: How Do Pilots Find Their Way?
Before GPS existed, pilots navigated by looking out the window and following rivers, roads, and landmarks. Today, pilots use a combination of modern technology and traditional techniques — and understanding all of them is a requirement for your licence. This module explains the basics of aviation navigation in simple, clear language.
What is Aviation Navigation?
Navigation in aviation is the process of planning and controlling the path of an aircraft from one point to another — safely and accurately.
Navigation in the air is the process of manoeuvring an aircraft from the origin to a destination while monitoring the process during the flight. Unlike driving a car where you can stop and ask for directions, a pilot must always know exactly where the aircraft is — at every moment of every flight. Getting lost in the air is not an option.
The first pilots navigated by following railway lines on the ground — literally flying from station to station. Today, a modern airliner can navigate with centimetre-level precision using satellite technology — all while flying at 900 km/h at 35,000 feet.
VFR vs IFR: The Two Ways to Fly
Everything in aviation navigation begins with understanding the difference between VFR and IFR — two completely different sets of rules for two different flying environments.
VFR means flying by looking outside the aircraft and navigating using what you can see — landmarks, roads, rivers, coastlines, and the horizon.
- Used in good weather with sufficient visibility
- Pilot must be able to see clearly outside the aircraft
- Minimum visibility requirements must be met
- Student pilots always begin training under VFR
- Think of it as driving a car on a clear day — you navigate by what you see
IFR means flying using only the cockpit instruments — without any visual reference to the ground. Used when flying in clouds, at night, or in poor visibility.
- Requires an Instrument Rating (IR) — a separate qualification after CPL
- Pilot relies entirely on instruments for navigation
- Used by all commercial airlines on every flight
- Think of it as driving a car completely blindfolded — you rely entirely on your instruments
If the weather is less than VFR prescribes, pilots must use instrument flight rules — operating the aircraft by referencing instruments rather than visual reference.
Three Methods of Navigation
The three methods of navigation by air are pilotage (navigating by correlating visible landmarks from a map), dead reckoning (making calculations of direction and distance from a known position), and radio navigation (using VOR or GPS).
The oldest and most basic form of navigation. The pilot looks outside, compares what they see to an aviation map (called a Sectional Chart), and identifies landmarks to confirm position.
Examples of landmarks used:
- Rivers and lakes
- Roads, highways, and railway lines
- Towns and cities
- Mountains and prominent terrain features
- Coastlines
When is it used? Student pilots use pilotage extensively during early VFR training. It builds fundamental situational awareness.
Dead reckoning is navigation by calculation — using known information to estimate your current position. The pilot uses:
- Last known position — where you were
- Heading — which direction you are flying
- Airspeed — how fast you are going
- Time elapsed — how long you have been flying
- Wind — how the wind is pushing the aircraft off course
Simple example: If you left Kathmandu flying North at 120 knots for 30 minutes with no wind — dead reckoning tells you that you are approximately 60 nautical miles North of Kathmandu.
Important: Wind significantly affects where the aircraft actually goes versus where the nose is pointing. Pilots must calculate and correct for wind drift on every flight.
Radio navigation uses ground-based or satellite-based electronic signals to determine the aircraft's position with much greater precision than pilotage or dead reckoning. Radio navigation enables navigation via IFR — navigation aids are known as NAVAIDs and are always part of flying IFR.
The main radio navigation systems you will learn:
- Ground-based radio transmitters that send signals outward in all directions. The aircraft's VOR receiver picks up the signal and determines the aircraft's bearing — called a "radial" — from the VOR station. Pilots navigate by flying to or from VOR stations along defined airways — like roads in the sky.
- An older radio navigation system that transmits a signal in all directions. The aircraft's ADF (Automatic Direction Finder) instrument picks up the signal and points toward the NDB station. NDBs are still used in many less developed regions and remain an important part of instrument approaches. Nepal uses NDB approaches at several airports.
- The precision navigation system used to guide aircraft to the runway in poor visibility. ILS provides both lateral guidance (left/right) and vertical guidance (glidepath) to the runway threshold. Used at major airports worldwide including Tribhuvan International Airport, Kathmandu.
- CoverageAvailable globally — anywhere in the world
- ConditionsWorks in all weather conditions
- AccuracyAccurate to within metres
- UsageUsed on virtually all modern aircraft — student pilots learn GPS navigation alongside traditional methods
Even though GPS is everywhere today, flight schools still teach VOR and dead reckoning thoroughly — because GPS can fail. A pilot who only knows GPS navigation is a vulnerable pilot. You must know all methods.
Aviation Charts and Maps
Pilots do not use Google Maps. Aviation has its own specialised charts — published by aviation authorities and updated regularly.
- The standard map used for VFR navigation. Shows terrain, landmarks, airspace boundaries, airports, radio navigation aids, and restricted areas. The FAA publishes aeronautical charts for all stages of VFR and IFR navigation including training, planning, departures, en route, approaches, and taxiing.
- Used for IFR navigation at altitude. Shows airways, waypoints, VOR stations, and altitude restrictions along defined routes.
- Used during the final phase of flight — the approach and landing. Shows the exact procedure for safely descending from cruising altitude to the runway in all weather conditions.
Aviation charts have expiry dates and must always be current. Using an outdated chart in flight is both illegal and dangerous.
Key Navigation Concepts Every Student Must Know
- A compass points to Magnetic North — not True North (the geographical North Pole). The difference between the two is called magnetic variation or magnetic declination — and it varies depending on where you are in the world. Pilots must account for this in every navigation calculation.
- HeadingThe direction the aircraft's nose is pointing
- TrackThe actual path the aircraft follows over the ground
- Wind CorrectionWind pushes the aircraft off its heading — the actual track is different from the heading. Pilots calculate a wind correction angle to compensate.
- Specific geographical points used in navigation — like checkpoints on a road. Modern GPS navigation is entirely waypoint-based. Each waypoint has a specific name, coordinates, and frequency.
- The sky is divided into defined sections called airspace classes — each with different rules about who can fly there and what equipment is required. Understanding airspace is a critical part of navigation and a major ground school subject.
- Official notices issued to pilots about temporary changes affecting aviation — closed runways, military exercises, temporary restricted areas, navigation aid outages. Checking NOTAMs before every flight is mandatory.
Nepal's airspace is some of the most complex and challenging in the world. Flying in the Himalayan region requires special training, authorisations, and navigation skills due to extreme terrain, rapidly changing weather, and high-altitude performance challenges. Nepali pilots flying in the mountains are among the most skilled in the world.
Navigation is one of the subjects students find most challenging at first — but also one of the most satisfying once it clicks. You will spend many hours in ground school studying charts, airways, and navigation systems. This module gives you the vocabulary and concepts to walk in prepared. Your formal training will take it much deeper.
Aviation Weather: Why the Sky is a Pilot's Most Important Subject
Weather is not just a background condition for pilots — it is one of the most critical factors in every single flight decision. More aviation accidents are caused by weather-related factors than almost any other cause. Understanding weather is not optional for a pilot — it is a core survival skill. This module introduces you to the basics of aviation weather in simple, clear language.
Why Weather Matters So Much in Aviation
Unlike driving a car where you can pull over and wait for a storm to pass, a pilot in the air must make real-time decisions about weather — often with limited time and limited options. A wrong decision about weather can be fatal.
- Lift — reduced by ice on wings, turbulence, and low air density in heat
- Thrust — engines produce less power in hot, high-altitude, humid conditions
- Drag — increased by rain, ice, and turbulence
- Weight — ice accumulation adds significant weight to the aircraft
Weather is cited as a contributing factor in approximately 30% of all general aviation accidents globally. Learning to read, interpret, and respect weather is one of the most important skills you will develop as a pilot.
How Pilots Get Weather Information
Before every flight, pilots conduct a thorough weather briefing — checking current conditions and forecasts for their entire route. Here are the main weather products pilots use:
METAR — Current Weather Report
A METAR is the most important weather document a pilot reads before flight. It tells you exactly what the weather is at a specific airport right now — wind speed and direction, visibility, cloud cover, temperature, pressure, and any significant weather phenomena like rain, fog, or thunderstorms. METARs are issued hourly and valid until the next report.
VNKT 171200Z 24010KT 6000 FEW020 SCT040 25/18 Q1013
- VNKT — Tribhuvan International Airport, Kathmandu (ICAO code)
- 171200Z — 17th of the month at 1200 UTC (Zulu time)
- 24010KT — Wind from 240° at 10 knots
- 6000 — Visibility 6,000 metres
- FEW020 — Few clouds at 2,000 feet
- SCT040 — Scattered clouds at 4,000 feet
- 25/18 — Temperature 25°C, dewpoint 18°C
- Q1013 — Atmospheric pressure 1013 hectopascals
You do not need to memorise this now — you will learn to decode METARs in depth during ground school. But knowing what a METAR is before you arrive gives you a head start.
TAF — Weather Forecast for Airports
A Terminal Aerodrome Forecast (TAF) is a point meteorological forecast covering expected weather for a 24 to 30-hour timeframe within a 5 statute mile radius of the airport. TAFs use the same codes as METARs — so learning one helps you understand both.
A METAR reports current conditions — a TAF forecasts future conditions. Plan with the TAF, verify with the METAR.
PIREP — Pilot Report
A PIREP is a weather report submitted by a pilot who is actually flying — reporting what they are experiencing in real time. PIREPs are invaluable because they give ground truth about actual conditions in the air — not just what instruments on the ground are measuring. PIREPs report: turbulence, icing, cloud tops, visibility, and wind at altitude.
SIGMET and AIRMET — Weather Warnings
An official weather warning issued for severe conditions significant to all aircraft — severe turbulence, severe icing, volcanic ash, and tropical cyclones. A Convective SIGMET implies severe or greater turbulence, severe icing, and low-level wind shear.
Absolute rule: Never fly through or under a Convective SIGMET area. There is no safe altitude to fly through a thunderstorm. Detour, delay, or divert.
Similar to a SIGMET but for less severe conditions — moderate turbulence, moderate icing, and reduced visibility. Still taken very seriously by pilots.
Cloud Types Every Pilot Must Know
Clouds are not just scenery for pilots — they are critical weather indicators. Understanding cloud types helps you predict weather conditions, identify hazards, and make go/no-go decisions. Clouds are classified by their altitude and appearance:
- Cirrus Thin, wispy, ice-crystal clouds. Generally indicate fair weather but can signal an approaching weather system.
- Cirrostratus Thin sheet of high cloud covering the sky. Often creates a halo around the sun or moon — a sign of approaching rain.
- Cirrocumulus Small, white puffs at high altitude. Rare — sometimes called a "mackerel sky."
- Altostratus Grey or blue-grey sheet covering the sky. Indicates approaching precipitation. Diffuses sunlight — no shadows.
- Altocumulus White or grey patches, often in waves or rows. Can indicate turbulence.
- Stratus Flat, grey, featureless layer of cloud — like fog that has lifted. Reduces visibility significantly. Common cause of VFR flight cancellations.
- Stratocumulus Lumpy, grey-white cloud layer. Most common cloud type worldwide. Generally not associated with heavy rain.
- Nimbostratus Dark, thick, rain-producing cloud layer. Associated with continuous steady rain or snow. Poor visibility.
- Cumulus The classic white fluffy cloud. In their small, fair-weather form they indicate stable conditions. As they grow taller they become increasingly dangerous.
- Cumulonimbus (CB) The most dangerous cloud in aviation. A fully developed thunderstorm cloud extending from near the ground to 60,000 feet. Contains severe turbulence with up to 6,000 ft/min updrafts and downdrafts, hail, microbursts, and lightning. Pilots never fly through a cumulonimbus cloud — ever.
The one cloud every student pilot must remember immediately is the Cumulonimbus (CB) — identify it, avoid it, and never underestimate it.
The Most Dangerous Weather Hazards in Aviation
The single most dangerous weather phenomenon for aircraft. A thunderstorm contains multiple hazards simultaneously — severe turbulence, lightning, hail, icing, microbursts, and wind shear. The FAA recommends at least 20 nautical miles lateral separation from any severe thunderstorm or cell with tops at 35,000 feet or above.
When an aircraft flies through supercooled water droplets, ice forms on the wings, propeller, and engine intakes. Ice disrupts airflow over the wings and destroys lift. Even a thin layer of ice the thickness of sandpaper can reduce lift by up to 30%. De-icing equipment and procedures are critical in cold weather operations.
Wind shear is a rapid change in wind speed, wind direction, or both occurring over a short distance. Low-level wind shear near the ground significantly affects takeoffs and landings. A sudden airspeed loss on final approach due to wind shear is one of the most dangerous situations a pilot can face.
Fog reduces visibility to near zero — making VFR flight impossible and IFR approaches extremely challenging. Radiation fog (forming overnight in valleys) is particularly common in Nepal, especially at Kathmandu and Pokhara airports during winter months.
Turbulence is irregular air movement causing rapid unplanned aircraft motions — it can develop anywhere from near the surface to very high in the atmosphere.
- Light — slight bumpiness. Drinks may spill.
- Moderate — significant bumpiness. Difficult to walk. Unsecured items move.
- Severe — aircraft is momentarily out of control. Objects thrown around cabin.
- Extreme — aircraft is violently tossed. Structural damage possible.
Particularly relevant for Nepal. When strong winds cross mountain ranges they create powerful invisible waves of turbulence on the downwind side — sometimes extending hundreds of kilometres from the mountains. Himalayan mountain wave turbulence is among the most severe in the world.
Weather Decision Making — The Go/No-Go Decision
One of the most important skills a pilot develops is the ability to make a confident Go/No-Go decision based on weather. This means honestly assessing whether conditions are safe for the planned flight — and having the discipline to say No when they are not.
- Current METAR at departure and destination airports
- TAF forecast for the entire flight duration
- PIREPs from other pilots along the route
- Any active SIGMETs or AIRMETs
- Your own experience level and aircraft capability
- Fuel reserves if a diversion is required
"It is always better to be on the ground wishing you were in the air than to be in the air wishing you were on the ground."
Nepal experiences some of the most dramatic and rapidly changing weather in the world — due to the Himalayan range forcing weather systems to behave unpredictably. The monsoon season (June to September) brings heavy precipitation, low visibility, and significant turbulence across much of the country. Nepali pilots must develop exceptional weather awareness compared to pilots training in more stable environments.
Aviation weather is one of the deepest and most fascinating subjects in your ground school curriculum. This module gives you the foundational vocabulary and concepts — your formal training will take you much further into meteorology, weather charts, and real-time weather decision making. Respect weather — it is the one factor in aviation that no amount of skill can fully overcome.
Aviation Regulations & Safety: The Rules That Keep Flying Safe
Aviation is the safest form of mass transportation in the world — and it did not get that way by accident. It is the result of decades of carefully developed regulations, strict safety systems, and a deeply ingrained safety culture that permeates every level of the industry. This module introduces you to the regulatory framework and safety principles that govern every flight, everywhere in the world.
Why Aviation is So Heavily Regulated
Every industry has rules — but few industries are regulated as thoroughly as aviation. The reason is simple: when something goes wrong in aviation, the consequences can be catastrophic and irreversible. A mistake on a production line can be fixed. A mistake at 35,000 feet usually cannot.
- Protect the lives of passengers, crew, and people on the ground
- Ensure every pilot, aircraft, and airline meets verified minimum standards
- Create a globally consistent framework so aviation works safely across all countries
- Learn from past accidents and prevent them from happening again
ICAO has developed over 12,000 Standards and Recommended Practices (SARPs) across 19 Annexes to the Chicago Convention — many of which are constantly evolving in tandem with the latest developments and innovations in aviation. Every country that operates civil aviation follows these standards.
The Global Regulatory Framework
Understanding how aviation regulations are structured globally helps you understand why certain rules exist and who is responsible for enforcing them.
Signed in 1944 and now ratified by 193 countries, the Chicago Convention established the fundamental principles of international civil aviation. It created ICAO and defined how countries cooperate on aviation standards, airspace, and safety.
ICAO — The Standard Setter: ICAO does not directly regulate airlines or pilots — it sets the international standards that all member states must follow. These standards are published in 19 Annexes covering everything from pilot licensing to aircraft noise, from security to environmental protection.
- Annex 1 — Personnel Licensing (pilot licences, medical requirements)
- Annex 2 — Rules of the Air (basic flight rules)
- Annex 6 — Operation of Aircraft (commercial airline operations)
- Annex 11 — Air Traffic Services (ATC rules and procedures)
- Annex 19 — Safety Management Systems
National Aviation Authorities — The Enforcers: Each country's aviation authority takes ICAO standards and turns them into national regulations — the laws that directly apply to pilots, airlines, and aircraft in that country.
| Authority | Country / Region | Regulations |
|---|---|---|
| CAAN | Nepal | Nepal Civil Aviation Regulations (NCAR) |
| FAA | USA | Federal Aviation Regulations (FARs) |
| EASA | Europe | EASA Regulations / Part-FCL |
| CAAP | Philippines | Philippine Civil Aviation Regulations (PCARs) |
| CASA | Australia | Civil Aviation Safety Regulations (CASRs) |
| DGCA | India | Civil Aviation Requirements (CARs) |
Airspace Classes
The sky is not an open free-for-all. It is divided into clearly defined sections called airspace classes — each with specific rules about who can fly there, what equipment is required, and whether ATC clearance is needed. ICAO standardised Classes A through G — Classes A to E are controlled airspace, and Classes F and G are uncontrolled.
- RulesIFR only — no VFR permitted. ATC clearance required at all times.
- Used forHigh-altitude airways where commercial airliners fly — typically above 18,000 feet in most countries.
- LocationSurrounds major and regional airports.
- RulesATC communication and clearance required. Both IFR and VFR permitted with clearance. Specific equipment requirements apply.
- IFRRequires ATC clearance.
- VFRPermitted without ATC clearance. Covers many en route airways at lower altitudes.
- RulesNo ATC clearance required. Pilot is responsible for separation from other aircraft.
- Used forRemote areas and low altitudes — where student pilots often begin their early VFR training.
Every flight you make will pass through different classes of airspace. Knowing what each class requires — clearances, radio calls, equipment — is mandatory knowledge for your licence examinations.
Flight Rules Every Pilot Must Know
- Right of WayWho gives way to whom when aircraft meet. Less manoeuvrable aircraft have right of way. An aircraft in distress always has right of way.
- Altitude RulesSpecific minimum altitudes above terrain, built-up areas, and people.
- Formation FlyingStrict rules govern flying in close proximity to other aircraft.
- Avoiding CollisionsPilots must always maintain vigilance and take action to avoid other aircraft regardless of ATC instructions.
- Fatigue is one of the most serious hidden hazards in aviation. Regulations limit how many hours a pilot can fly per day, per week, and per month — and mandate minimum rest periods between duties. These limits exist because exhausted pilots make fatal errors.
- AlcoholNo flying within 8 hours of consuming any alcohol (FAA minimum — many operators require 12 hours). Blood alcohol must be below the permitted limit.
- MedicationNo flying under the influence of any medication that impairs cognitive or physical function. Even common cold medicine can be disqualifying — pilots must check every medication before flying.
Safety Management in Aviation
Modern aviation does not just react to accidents — it actively works to prevent them through structured safety management systems.
An SMS is a structured system by which an organisation takes an active role in the identification, analysis, and mitigation of safety issues that occur in normal operations. SMS is now a requirement for international commercial aircraft operators, international airports, and air traffic services.
- Safety Policy — the organisation's commitment to safety at the highest level
- Safety Risk Management — identifying hazards and assessing risks before they become accidents
- Safety Assurance — continuously monitoring and verifying that safety standards are being met
- Safety Promotion — training, communication, and building a positive safety culture
CRM teaches pilots how to work effectively as a team in the cockpit — using all available resources (people, equipment, information) to make the safest possible decisions. CRM is mandatory for all commercial pilots worldwide.
- Communication — clear, assertive, and effective communication between crew members
- Situational Awareness — always knowing where you are, what is happening, and what might happen next
- Decision Making — structured approaches to making good decisions under pressure
- Leadership and Teamwork — how the Captain and First Officer work together effectively
- Threat and Error Management — identifying threats before they become errors, and catching errors before they become accidents
Many of the world's most significant aviation accidents — including those that led to fundamental changes in safety procedures — were caused not by technical failures but by human factors: communication breakdowns, overconfidence, fatigue, and poor crew dynamics. CRM was developed specifically in response to these accidents.
The Safety Culture of Aviation
Aviation has developed what is widely considered the strongest safety culture of any industry in the world. Key elements of this culture include:
- A system where individuals are not punished for honest mistakes — encouraging open reporting of errors and near-misses so the industry can learn from them. Fear of punishment suppresses reporting, which means hazards go undetected. Just culture removes that fear.
- Pilots, engineers, and ATC are required to report safety incidents — even minor ones. This data is analysed to identify systemic problems before they lead to accidents.
- Every airline and flight school has detailed SOPs — step-by-step checklists and procedures for every phase of flight. SOPs exist because human memory is fallible. Checklists are not a sign of inexperience — they are a sign of professionalism.
- Pilots use checklists for everything — before engine start, before takeoff, after landing, in emergencies. The checklist is one of aviation's most important safety tools. You will begin using checklists from your very first lesson.
Regulations and safety may sound dry at first — but they are the foundation of everything you will do as a professional pilot. The pilots who take regulations seriously, build strong safety habits early, and embrace the safety culture of aviation are the ones who have long, successful, incident-free careers. Start building these habits now — before you ever sit in a cockpit.
Pre-Departure: Your Final Checklist Before You Fly
You have studied the theory. You have chosen your school. Your NOC is approved. Now comes the most exciting — and most nerve-wracking — part of your journey: leaving Nepal and beginning your flight training abroad. Module 8 is your complete pre-departure guide. Everything you need to do, prepare, carry, and know before you board that flight. Follow this checklist carefully and you will arrive at your training school confident, prepared, and ready to fly.
8.1 — Documents Checklist
Never travel without these. Keep originals and carry at least two sets of photocopies in separate bags.
- Valid Nepali Passport — minimum 6 months validity beyond your intended stay
- Student Visa — issued by the embassy of your training country
- CAAN NOC — No Objection Certificate from Civil Aviation Authority of Nepal
- MoEST NOC — No Objection Certificate from Ministry of Education, Science and Technology
- COMPASS Test Result Certificate
- Class 1 Medical Certificate — valid and not expired
- Offer / Acceptance Letter from your flight school
- +2 Marksheet and Character Certificate — notarised copies
- Citizenship Certificate — notarised copy
- Bank Statement — showing proof of funds for tuition and living expenses
- Flight School Fee Payment Receipt — if fees already paid
- SAC guidance letter / recommendation letter
- Travel insurance policy document
- Personal accident and medical insurance policy
- Emergency contact list — school, SAC, family
- Accommodation confirmation letter or address
8.2 — Financial Preparation
Aviation training is a major financial commitment. Get your finances organised before departure.
- Confirm your tuition fee payment plan with your school — know exactly when each installment is due
- Carry sufficient funds for your first 2–3 months of living expenses in cash or travel card
- Set up an international bank account or travel money card — Wise, Revolut, or a USD account
- Inform your Nepal bank of your travel so cards are not blocked abroad
- Keep emergency funds separate — minimum USD 1,000 accessible at all times
- Understand the local currency and exchange rates of your training country
Foreign currency remittance for education abroad requires proper documentation. Ensure all fee remittances were done through official banking channels with MoEST NOC — this protects you legally and makes future remittances easier.
8.3 — Health & Medical Preparation
Your Class 1 Medical Certificate is essential — but your physical health matters just as much.
- Complete a full health check-up — eyes, ears, heart, blood pressure
- Visit your dentist — dental issues can be expensive abroad and may affect your medical
- Get all recommended vaccinations for your destination country — check with your doctor
- Carry a 3-month supply of any regular medications with a doctor's prescription
- Understand the medical facilities available near your training school
- Keep a copy of your medical history and blood group card in your travel documents
If your health condition changes after your Class 1 Medical was issued — inform CAAN and your school immediately. Flying with an undisclosed medical condition is a serious aviation safety violation.
8.4 — Packing Essentials
Pack smart — you are going for 12–18 months, not a holiday.
- Formal and semi-formal clothing — most flight schools have dress codes
- Comfortable casual clothing for ground school and off days
- Study materials — aviation textbooks, notebooks, calculator (aviation approved)
- Laptop or tablet — essential for ground school, online resources, and communication
- Adapter plugs for your destination country's power sockets
- Nepali food items — daal, chiura, spices — you will miss home food
- First aid kit — paracetamol, antiseptic, bandages, personal medications
- Nepali SIM card — keep for when you return; get a local SIM on arrival
Use a waterproof, hard-cover document folder. Keep all originals here — never pack it in checked luggage. Always carry it as hand luggage.
8.5 — Understanding Your Training Country
Every country where SAC's partner schools are located has its own culture, rules, and way of life. Prepare yourself mentally.
- ClimateWarm, tropical year-round — pack light breathable clothing.
- LanguageEnglish is widely spoken — communication is easy.
- CultureRespectful, friendly culture — you will feel welcome quickly.
- TransportJeepneys, tricycles, Grab — affordable and accessible.
- Cost of LivingUSD 400–600/month for comfortable student living.
- Emergency911
- ClimateFour seasons — pack for cold winters if training in Oregon or similar states.
- TransportDriving is essential — consider getting an International Driving Permit before leaving Nepal. Public transport is limited outside cities.
- Cost of LivingUSD 1,200–1,500/month as required by HillsBoro and most US schools.
- HealthcareHealthcare is expensive — ensure your insurance coverage is comprehensive.
- Emergency911
- CultureFamiliar culture — adjustment is easier for Nepali students.
- LanguageHindi and English widely spoken.
- Cost of LivingINR 15,000–25,000/month depending on location.
- Emergency112
8.6 — Communication & Staying Connected
Being abroad for the first time can feel isolating. Stay connected from day one.
- Set up WhatsApp, Viber, and email on your phone — your primary communication tools
- Save SAC's contact details — hello@sudishaviation.com.np | +977-9801023896 | +977-9823756630
- Save your school's emergency contact and student support number
- Create a family group chat for regular updates
- Consider a VPN service — useful for accessing Nepali content and banking apps abroad
- Buy a local SIM card immediately on arrival
- Register with your nearest Nepali Embassy or Consulate — this is important for emergencies
- Share your accommodation address and local number with your family and SAC
8.7 — Mental Preparation
This is the section most students overlook — and the one that matters most. Flying training is mentally demanding. The first weeks abroad will test you — new country, new culture, new pressure, no family.
- Homesickness is normal — almost every student experiences it in the first 4–6 weeks
- Ground school theory is intense — it requires consistent daily study
- Flight training can be frustrating — some days nothing clicks; that is normal
- Your first solo flight will be one of the most memorable moments of your life
- Set clear, realistic goals — focus on weekly progress, not the finish line
- Build a routine immediately — study schedule, sleep, exercise, meals
- Connect with other Nepali students at your school — your community abroad
- Stay in regular contact with family — but do not let homesickness pull you back
- If you are struggling — contact SAC. We are here throughout your training journey
Every commercial pilot who flies today was once exactly where you are — nervous, excited, and unsure. The ones who succeeded are the ones who showed up every day and kept going.
8.8 — SAC Pre-Departure Briefing
Before you depart, every SAC student receives a personalised Pre-Departure Briefing from our team.
- Final document verification — we check everything one last time
- School contact details and arrival instructions
- What to expect in your first week at the school
- Emergency procedures and who to call if things go wrong
- How SAC supports you throughout your training — not just before departure
Contact us at hello@sudishaviation.com.np or WhatsApp +977-9823756630 at least 2 weeks before your departure date.
Module 8 Summary — Your Pre-Departure Checklist
- All documents ready — originals + 2 copies each
- Finances organised — tuition paid, living funds ready
- Medical check completed — health confirmed, medications packed
- Packing done — essentials, documents folder in hand luggage
- Destination country researched — culture, transport, emergency numbers
- Communication set up — WhatsApp, email, family informed
- SAC Pre-Departure Briefing completed
- Ready to fly.
You are about to do something most people only dream about. You are going to learn to fly.
It will be hard. There will be days when you question everything. But on the day you take off alone for the first time — with no instructor beside you, just you and the aircraft and the sky — every sacrifice will make perfect sense.
SAC will be with you every step of this journey — before departure, during training, and when you return to Nepal ready to convert your licence and begin your career.
The sky is not the limit. It is just the beginning.
— Team SAC