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Duration 14 hours
Course Outline
Introduction to the Evo Max 4T
- Key technical specifications and capabilities
- Component breakdown and system architecture overview
- Initial configuration and calibration procedures
Operational Safety Protocols
- Preflight preparation and risk assessment techniques
- Emergency response strategies and failsafe mechanisms
- Foundational maintenance and troubleshooting
Legal Frameworks and Regulations
- Summary of AAC guidelines and local drone laws
- Licensing prerequisites and certification criteria
- Operator liabilities and legal obligations
Best Practices for Aerial Missions
- Flight planning methodologies and mission architecture
- Strategies for effective data acquisition
- Environmental factors impacting flight safety
Theoretical Certification Module
- Core principles of drone aerodynamics
- Basics of navigation and communication systems
- Airspace control and operational restrictions
Practical Evo Max 4T Module
- Exercises conducted within a simulator environment
- Execution of basic and advanced flight maneuvers
- Scenario-driven operations (e.g., inspection, surveillance)
Certification Readiness and Review
- Mock assessments and performance evaluations
- Preparing for the practical examination
- Overview of the official certification and licensing pathway
Recap and Future Recommendations
Requirements
- Familiarity with fundamental aeronautical principles
- Practical experience with remote-controlled devices or drones
- General awareness of safety best practices
Intended Audience
- Active drone operators
- Field technicians
- Professionals aiming to obtain drone certification or licenses