INDUSTRY CERTIFIED
PX4/Ardupilot Specialist
INTERNATIONAL STANDARD
100% QUALITY TRAINING
Master the Autopilot. Define the Flight.!
This specialist course trains Engineering Candidates to master PX4 and ArduPilot open-source autopilots. You will gain deep knowledge of firmware structure, MAVLink, and advanced tuning parameters. The training involves hands-on firmware flashing, real-time PID tuning, autonomous mission design, and robust failsafe configuration. You will become an expert in configuring, tuning, and validating professional-grade autonomous systems.
Duration
0
Days of Training
Upto
0
Seats Available
Modules
0
In way of Practical
HANDS-ON PRACTICAL SESSIONS ON
Firmware Upload
on Hardware
Hands-on practice flashing the desired PX4 or ArduPilot code onto the Flight Controller.
PID Tuning in
Real-Time
Adjusting the control loop parameters live to achieve stable and responsive flight handling.
Log Data
Extraction
Learning to download and interpret detailed flight logs for performance review and debugging.
FailSafe Trigger
Test
Physically testing failure scenarios (e.g., disconnecting a radio) to verify correct autopilot response.
QGCS & Mission
Planner Setup
Learning to install, connect, and configure the chosen Ground Control Station software.
Creating Auto
Flight Missions
Using the GCS to program and execute complex autonomous routes and commands.
SITL Test
Flights
Conducting simulated missions to test mission logic and failsafes before real flight.
Sensor Calibration
Process
Executing the step-by-step procedures to ensure all onboard sensors are accurate.
Telemetry link
Configuration
Setting up the wireless data connection for real-time monitoring and control from the ground station.
Custom mode
Configuration
Creating and defining unique flight modes tailored to specific mission requirements.
THEORY SESSIONS ON
PX4 & ArduPilot
Overview
Learning the features, differences, and core philosophies of the two leading open-source autopilots.
GCS Types and
Comparison
Analyzing different Ground Control Station (GCS) software like QGroundControl and Mission Planner.
Parameter tree
& Tuning Guide
Mastering the vast set of configuration variables used to customize and optimize flight performance.
FailSafe Setting &
Triggers
Defining and configuring the emergency procedures the autopilot executes upon system failure.
Flight Controller
Firmware Basics
Understanding the fundamental software components and processes that control flight.
Firmware File
Structure
Learning to navigate and understand the organization of the code files within the autopilot system.
Mission Planning
Logic
Learning the underlying rules and commands used to program autonomous flight paths.
MAVLink
Communication Protocol
Understanding the fundamental software components and processes that control flight.
Sensor Calibration
Logic
Understanding the mathematical process used to ensure sensors provide accurate data to the firmware.
SITL simulation
Principles
Understanding how to use Software-In-The-Loop (SITL) to test code safely in a simulated environment.