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Course Outline
Introduction to Evo Max 4T
- Technical specifications and key features
- Overview of drone components and system architecture
- Initial configuration and calibration procedures
Operational Safety Protocols
- Pre-flight preparations and risk assessments
- Emergency response procedures and failsafe mechanisms
- Essential maintenance and troubleshooting guidelines
Applicable Legislation and Regulations
- Review of AAC directives and local drone regulations
- Requirements for licensing and certification
- Operator legal obligations and responsibilities
Best Practices for Aerial Operations
- Mission planning and flight route design
- Data acquisition strategies
- Environmental factors impacting safe flight operations
Theoretical Certification Module
- Fundamentals of drone aerodynamics
- Basics of navigation and communication systems
- Airspace management protocols and restrictions
Practical Module with Evo Max 4T
- Simulation-based training exercises
- Execution of basic and advanced flight maneuvers
- Scenario-driven operations (e.g., inspection, surveillance)
Certification Preparation and Review
- Practice examinations and performance evaluations
- Preparation for practical assessments
- Guidance regarding the official certification and licensing process for government entities
Summary and Next Steps
Requirements
- Foundational knowledge of aeronautical principles
- Practical familiarity with remote-operated systems and unmanned aerial vehicles
- Comprehensive awareness of established safety protocols
Target Audience
- Pilots operating remotely piloted aircraft
- Technical personnel conducting field operations
- Candidates pursuing official certification or licensure for government
14 Hours
