What to Expect on Your First Day of Drone Training at CIGPL
Quick Summary
- Your first day is split between document verification, orientation, and ground school covering aviation law, airspace zones, and basic flight principles. You will not fly a real drone on Day 1.
- Bring your Aadhaar card, a secondary government ID, your Class 10 certificate, a medical fitness certificate from an MBBS doctor, and four passport-size photographs with a white background.
- The atmosphere is structured and discipline-focused, similar to any professional aviation environment, but the instructors are approachable and the learning environment is collaborative.
- Fear of crashing is the most common concern new students have, and it is addressed specifically through simulator sessions and a dual-control buddy box system used during live flights.
Starting something new always comes with questions. If you have enrolled in drone training at CIGPL or are seriously thinking about it, you are probably wondering what walking through those doors on Day 1 actually feels like.
Will it be overwhelming? Will you be expected to fly a drone straight away? What if you have never held a flight controller before?
This article answers all of that. It walks you through exactly what happens from the moment you arrive to the moment you leave at the end of your first day, what to bring, what to wear, who you will meet, and what to expect from the rest of the course. Think of it as your pre-training briefing.
What You Need to Bring on Day 1
Before anything else happens, the training coordinators at CIGPL will verify your documents. This is not optional or skippable. The DGCA requires RPTOs to upload verified trainee data to the Digital Sky Platform before training can officially begin. If any document is missing, your enrollment is put on hold until it is produced.
Here is exactly what to bring:
Aadhaar Card (mandatory, primary ID): It must be e-KYC compliant and linked to your active mobile number and email address. You will need it for OTP verification on government portals. If your mobile number is not linked to your Aadhaar, get that sorted before arriving.
Secondary government ID: Any one of the following: Passport, Voter ID, Driving Licence, or Ration Card. This cross-verifies your identity and citizenship.
Class 10 marksheet or passing certificate: The original and a scanned copy. This proves you meet the minimum educational requirement that the DGCA sets for RPC eligibility.
Medical fitness certificate: This is the one most new students ask about. You do not need the stringent aviation medical required for commercial airline pilots. You need a basic fitness certificate signed and stamped by any registered MBBS or MD doctor, with their registration number clearly written on it.
The doctor will check your vision (you need to be able to distinguish an object 30 cm by 30 cm at 25 metres, with or without glasses), your colour vision (you must be able to tell VIBGYOR colours apart, which matters for reading drone status lights and aviation signals), and your hearing. They will also confirm you are free from any physical or mental condition that would affect your ability to operate a drone safely. This is a routine appointment, not a hospital admission.
Four passport-size photographs: Hard copies with a white background. One soft copy in JPG or PNG format as well. These go into your RPTO file and your digital profile on the DGCA platform.
| Document | What to Bring | Why It Is Needed |
|---|---|---|
| Primary ID | Aadhaar Card (e-KYC, linked mobile) | Identity verification and OTP generation |
| Secondary ID | Passport, Voter ID, Driving Licence, or Ration Card | Cross-verification of citizenship |
| Education proof | Class 10 marksheet, original and copy | Confirms baseline literacy for aviation law |
| Medical certificate | Signed by MBBS/MD, with registration number | Confirms visual acuity, colour vision, hearing |
| Photographs | 4 hard copies, 1 soft copy (white background) | RPTO file and digital RPC profile |
What the Facility Looks Like
Your instructors at CIGPL are DGCA-certified Remote Pilot Instructors. Many come from backgrounds that include ex-military UAV operations, commercial aviation, and GIS mapping. They are not hobbyists. Their approach is methodical and safety-focused, with a zero-tolerance policy for reckless behaviour on the flight line.
That said, they are approachable. The goal of Day 1 is to make sure you understand the seriousness of what you are learning, not to intimidate you. Questions are encouraged. Confusion is expected and welcomed.
The students around you will be more diverse than you might expect. A single training cohort at CIGPL typically includes agricultural workers training for Kisan Drone operations, civil engineers learning topographical mapping, photographers looking to legalise their aerial work, and professionals from industries like infrastructure and defence. This mix creates a genuinely interesting peer environment. You will learn things from your fellow students that the curriculum alone cannot teach.
The Instructors and Your Fellow Students
CIGPL operates out of the NFSSA Campus in Hapur, Uttar Pradesh, a controlled environment designed for aviation training. Walking in, you will notice quickly that this is not an informal workshop or a hobbyist meetup. The setup reflects the discipline of a professional aviation training environment.
The classrooms are air-conditioned, equipped with projectors and aeronautical charts, and set up for focused learning. You will spend a significant portion of your first two days here.
The simulator laboratory has dedicated PC stations with specialist flight simulation software and Mode 2 radio controllers, which is the industry standard configuration for drone operations. These are the machines you will use before you ever touch a real drone.
The maintenance lab is where drones are taken apart and put back together. You will handle electronic speed controllers, flight controllers, batteries, and payload mounting systems here. This is where the hardware makes sense for the first time.
Before any outdoor session, there is a safety briefing room for weather analysis, pre-flight risk assessment, and operational planning. Finally, the outdoor flying zones are open, designated spaces in Green Zones, free from power lines, dense populations, and commercial aviation corridors. These are where the live training happens from Day 4 onwards.
The Day 1 Schedule: Hour by Hour
Here is how a typical first day at CIGPL unfolds.
9:00 AM: Arrival and Document Verification
You arrive at the campus and head to the administration desk. Training coordinators review your Aadhaar card through e-KYC, cross-reference your secondary ID, and check your medical fitness certificate carefully. Once everything is verified, you are added to the batch roster and your details are prepared for upload to the Digital Sky Platform. This step can take 30 to 45 minutes depending on the batch size.
10:00 AM: Orientation and Safety Briefing
The Chief Flight Instructor gathers the full cohort for orientation. You learn who your instructors are, what the full course schedule looks like, and what the academy’s rules are. This session sets the tone for everything that follows. The CFI makes one point very clearly: a commercial drone is not a toy. It shares airspace with passenger aircraft and military helicopters. It carries legal liabilities. The safety standards here reflect that.
You are briefed on airfield rules: no walking near armed drones, mandatory closed-toe footwear outdoors, and complete obedience to instructor commands during live sessions. These are not suggestions.
10:30 AM: Aviation Law and the Drone Rules 2021
The first formal academic session covers Indian aviation law. The instructor walks through the Drone Rules 2021 in plain language: how drones are classified by Maximum All-Up Weight, what each category means legally, and what the consequences of flying without certification are.
A major portion of this session focuses on the Digital Sky Platform and the concept of No Permission, No Takeoff (NPNT). The instructor projects the live national airspace map and teaches the class to identify Green, Yellow, and Red zones. You learn what you can do in each zone and what happens if you cross into restricted airspace. This is not abstract information. It is the legal framework you will be operating within for your entire career.
12:00 PM: Lunch Break
A reasonable break to eat, rest, and absorb the morning’s content. Most students use this time to ask informal questions and get to know their cohort.
1:00 PM: Principles of Flight and Aerodynamics
The afternoon begins with the physics of how drones stay airborne and how pilots control them. Using physical models and aerodynamic diagrams, the instructor explains pitch, roll, and yaw: the three axes of movement. You learn how changing propeller speeds in different combinations moves the drone forward, sideways, or spins it left and right.
More complex concepts come next: the centre of gravity, how a full liquid payload shifts the drone’s balance during an agricultural spray run, and the differences between multirotor and fixed-wing flight dynamics. By the end of this session, you understand why the drone does what it does, not just that it does it.
2:30 PM: ATC Procedures and Radio Telephony
Even though most civilian drone operations happen in uncontrolled airspace, understanding how aviation communication works is mandatory. You learn the phonetic alphabet (Alpha, Bravo, Charlie…), how to report your position and altitude, and how to monitor ATC frequencies for situational awareness. Collision avoidance is covered in detail: who has right-of-way, when to yield, and how to avoid airspace incursions.
4:00 PM: Hardware Familiarisation
The day ends with your first hands-on session in the maintenance lab. You handle the actual components you will soon be flying: carbon-fibre propellers, lithium-polymer batteries, flight controllers, and ground station interfaces. The instructor walks through each component, explaining its function and its failure modes. You learn why a punctured LiPo battery is dangerous, why compass calibration matters, and what a pre-flight checklist actually checks for. This session makes everything from the morning’s theory more concrete.
5:00 PM: End of Day Debrief
The instructor recaps the day’s content, answers final questions, and outlines what Day 2 will cover (meteorology, ATC procedures in depth, and maintenance theory). You leave with a clear picture of where you are heading.
What the Rest of the Course Looks Like
To give you context for Day 1, here is how the full 5 to 7 day course is structured.
| Phase | Typical Timing | What Is Covered |
|---|---|---|
| Ground School (Theory) | Days 1 and 2, 14 to 16 hours | Aviation law, aerodynamics, meteorology, ATC, maintenance |
| Simulator Training | Day 3, 2 to 3 hours | Muscle memory, basic manoeuvres, emergency handling |
| Practical Live Flight | Days 4 and 5, minimum 4.5 hours | Pre-flight checks, manoeuvres, autonomous missions, final test |
The simulator sessions on Day 3 are where the theory starts feeling physical. You practise hovering, altitude control, and multi-axis coordination on a virtual drone before touching the real thing. Instructors also induce artificial emergencies, GPS loss, sudden wind gusts, low battery warnings, to make sure you know how to respond without panicking.
Live flying begins on Day 4 under dual-control supervision. The course ends with a DGCA-mandated practical test where you autonomously plan a mission, fly it correctly, and handle a simulated emergency without instructor input.
The Fear of Crashing: How It Is Handled
This is the most common concern new students bring to training. The drones you will eventually fly are worth several lakhs of rupees. A mid-air mistake can mean property damage and legal liability. The anxiety around that is completely understandable.
CIGPL addresses this through two specific systems.
First, the simulator. Before you fly anything real, you spend hours in a virtual environment that mimics real flight with genuine fidelity. When you crash in the simulator, you press reset. The brain still builds the muscle memory and spatial awareness it needs, without the financial or emotional stakes. By the time you reach a real drone, a large part of the learning has already happened.
Second, the buddy box dual-control system. During your first live flights, you hold what is called the Slave controller. Your instructor holds the Master controller. You fly. If you make a critical error or become spatially disoriented, the instructor flicks a switch and takes over instantly. You do not have to worry about losing control because the safety net is always there. This system allows students to concentrate on learning rather than on not crashing.
The pre-flight checklist is the third layer. Aviation safety is built on procedure, not luck. By the time you complete training, checking propeller integrity, verifying battery cell voltages, confirming GPS satellite count, and calibrating the compass before every flight will feel like second nature. Most hardware failures are preventable. The checklist is how you prevent them.
What to Wear and Bring for Flying Days
For the outdoor sessions starting on Day 4, practical preparation matters.
Footwear: Closed-toe shoes are mandatory. No sandals, chappals, or open-toe anything near the flight line. Agricultural drone propellers spin at thousands of RPM. The kinetic energy they carry is enough to cause serious injury.
Eyewear: Polarised sunglasses are strongly recommended. Maintaining Visual Line of Sight with a drone against a bright sky without proper eyewear leads to sun blindness and disorientation. This is not optional on sunny flying days.
Clothing: Comfortable, breathable, appropriate for outdoor sun exposure. Avoid very loose or baggy clothing that could catch on equipment or lanyards.
If your course includes agricultural drone training, basic Personal Protective Equipment may be required during sessions involving agrochemical handling.
After Training: Getting Your RPC
Once you pass both the written theory exam and the practical flying test, the RPTO initiates your certification.
Your assessment scores, flight logs, and verification data are uploaded to the Digital Sky Platform by the CIGPL administration team. The DGCA processes the application, and your Remote Pilot Certificate is issued digitally within 7 to 15 days.
While waiting, use the time to sort out your commercial drone purchase if you have not already. Make sure the model you are buying has a valid DGCA Type Certificate, then register it on the Digital Sky Platform to get your UIN. Your RPC and your drone’s UIN together are what make you legal to fly commercially.
The RPC remains valid for 10 years. Renewal involves a refresher course to keep you updated on regulatory changes.
Why Training at a DGCA-Approved RPTO Matters
India’s drone market has a large number of informal operators, weekend courses, and unapproved training centres. None of these produce a valid Remote Pilot Certificate. Completing an informal course and flying commercially is still illegal, still voids your insurance, and still carries the same penalties as flying with no training at all.
Training at a DGCA-approved RPTO like CIGPL is the only pathway to legal commercial operation. It is also the only pathway to professional employment. Major infrastructure companies, government agencies, and agricultural enterprises will not hire uncertified pilots for any commercial work. Corporate drone insurance is void for uncertified operators. Formal government tenders require certified pilots by law.
You can verify our DGCA approval and the certifications we hold on our certifications and approvals page.
| Feature | DGCA-Approved RPTO Like CIGPL | Informal or Unapproved Training |
|---|---|---|
| Legal recognition | Issues the mandatory RPC | Unrecognised, flying remains illegal |
| Curriculum | 40-hour standardised DGCA syllabus | Ad-hoc, often skipping critical modules |
| Safety systems | Dual-control buddy box for live flights | Single controller, higher crash risk |
| Insurance | Certification validates commercial cover | Uncertified flying voids all policies |
| Career access | Required for government tenders and corporate hiring | Irrelevant for professional roles |
FAQs
No prior knowledge is expected or required. The course is designed for complete beginners and covers everything from the basics of how drones work to aviation law and practical flying. You are not behind if you have never held a controller before.
That is completely fine. The requirement is that you can see clearly enough to distinguish objects at the specified distance, with or without corrective lenses. Glasses are allowed. Many certified drone pilots wear them.
Yes. The DGCA allows RPC holders between 18 and 65 years of age. Age is not a barrier, provided you meet the basic medical fitness criteria.
No. Day 1 is entirely focused on document verification, orientation, and ground school theory. Simulator sessions begin on Day 3 and live flying starts on Day 4.
If you do not pass the written or practical test, you will be given the opportunity to attempt it again after additional practice. The goal of the course is for you to graduate as a competent, confident pilot, and instructors work toward that outcome throughout the programme.
CIGPL is located on the NFSSA Campus in Hapur, UP. For students travelling from other cities, it is worth contacting the institute directly to ask about accommodation options or nearby facilities before you arrive.
The RPC is the legal foundation for all commercial drone flying. The Surveillance and Mapping course is a technical specialisation that adds photogrammetry, GIS software, and data processing skills on top of the RPC. You can learn more about both on our drone training page.
Summary
Your first day at CIGPL is a day of foundations. You will not fly. You will not touch a controller. But by the time you leave at 5 PM, you will understand how Indian airspace works, why the Drone Rules 2021 exist, how drones stay in the air, and what you need to do to fly one legally. That understanding is what the next four days build on.
The course is intensive but structured. The instructors know what they are doing. The systems in place for student safety during live flying, the simulator sessions and the dual-control buddy box, are specifically designed to make the learning experience manageable even for complete beginners.
If you want to see what the full Remote Pilot Certificate course covers in detail, or if you are interested in combining it with our Surveillance and Mapping Drone Course, visit our training page for the complete picture.
The first step is always the one that feels biggest. After Day 1, most students say it felt much more manageable than they expected.
