THE AIRCRAFT
What a drone is, what it is made of, and what each major component does.
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VYOMAX / TRAINING
LEARN THE
SYSTEM.
We do not start with the sticks. We start with understanding — then build the confidence to operate the aircraft.
BUILDTRAINSUPPORT
01 / WHY TRAINING
A DRONE IS ONLY HALF THE SYSTEM.
Flying is only one part of working with a drone. The other part is understanding what the aircraft is doing, how to look after it, and when something needs attention.
VYOMAX training is built around that idea: enough theory to make the practical work meaningful, and enough practical work to make the theory stick.
02 / CHOOSE YOUR TRACK
SCHOOLS / COLLEGES
UNDERSTAND. FLY. EXPLORE.
A practical introduction to drones for students. We start with the system, then the controls, then the confidence to fly it safely.
OUTCOME
Identify the major parts of a drone, explain what they do, complete a basic pre-flight check, safely perform fundamental flight manoeuvres, and know when to stop and ask for help.
HOW IT FLIES
Thrust, weight, pitch, roll, yaw and throttle — explained through the aircraft itself.
FIRST FLIGHT
Pre-flight checks, controller orientation, take-off, hover and controlled landing.
CONTROLLED FLIGHT
Basic movement, turns, combined inputs and progressive flight exercises.
LOOK AFTER THE SYSTEM
Battery handling, propeller checks, basic inspection and post-flight care.
WHERE NEXT?
A first look at FPV, advanced flight, building, robotics and other ways to go further.
Session length can be adapted to the batch and institution. Around two hours is a practical starting point; additional sessions can be used for larger groups or more flight practice.
INSTITUTIONS / PROFESSIONAL TEAMS
UNDERSTAND. FLY. OPERATE.
A modular foundation for teams that need more than stick control. The depth can extend from operation to maintenance, technical work and application-specific training.
OUTCOME
Understand the major aircraft systems, operate the aircraft safely, carry out basic inspection and troubleshooting, and progress into technical or application-specific modules where required.
SYSTEM FAMILIARISATION
Airframe, propulsion, flight control, communications, power and the role of each system.
FLIGHT OPERATION
Pre-flight, take-off, hover, manoeuvres, landing, emergency response and post-flight procedure.
TROUBLESHOOTING
Observe a symptom, isolate the likely cause, inspect the system and decide the next action.
MAINTENANCE
Propellers, motors, frame, wiring, connectors, batteries and post-incident inspection.
TECHNICAL HANDS-ON
Assembly, soldering, wiring and configuration where the organisation requires a technical lab capability.
APPLICATION MODULE
Adapt the foundation to the team's actual operating environment and mission requirements.
Professional training is modular. A team that needs operators does not need to complete the technical build modules; organisations establishing a lab can extend the program accordingly.
03 / TRAINING PLATFORMS
THE AIRCRAFT IS PART OF THE LESSON.
Our training platforms are chosen around the learning objective. Start with a durable platform for fundamentals, progress into better control, then move into FPV when the learner is ready.
BASIC configuration
ADVANCED configuration
FPV configuration
Configuration varies by training level.
04 / PROGRESSION
LEARN ENOUGH TO GO FURTHER.
Basic training is not meant to be the finish line. It should leave the learner comfortable with the aircraft and curious about what comes next.
01UNDERSTAND
Know what the aircraft is doing.
02OPERATE
Fly it safely and deliberately.
03EXPLORE
Choose the next skill, system or application.
05 / PROFESSIONAL MODULES
GO DEEPER WHEN THE JOB REQUIRES IT.
OPERATE
Flight and system familiarisation for teams that need capable operators.
MAINTAIN
Inspection, basic troubleshooting and care of the aircraft.
BUILD
Assembly, soldering, wiring and configuration for technical teams and lab setups.
DEPLOY
Application-specific modules built around the organisation's actual requirement.
06 / NEXT STEP