Overview

This course is designed to deepen previously acquired knowledge through advanced flight test techniques tailored to rotary-wing platforms.

Key Features

A particular focus is placed on procedures for expanding the helicopter flight envelope, including high-risk testing scenarios, as well as operations under one-engine-inoperative (OEI) conditions. The course also addresses helicopter-specific testing elements such as ADS-33 compliance, teetering and rigid rotor assessments, height/velocity envelope exploration, engine-off landings (EOL) including relight procedures, and Category A takeoff and landing profiles. Core flight test skills are further reinforced through autorotation procedures and a comprehensive final evaluation exercise.
To prepare participants for greater responsibilities within complex test programs and certification processes, the course also covers more comprehensive certification standards such as EASA CS-29. Additionally, the course strengthens students’ understanding of modern flight control systems. To support this, participants will undergo simulator-based training as well as perform missions with Variable Stability Systems (VSS) — in-flight simulators capable of replicating the stability and dynamic characteristics of various helicopter configurations during flight.

Course Structure

The training is organized into six blocks:

• flight test management
• performance testing
• flight control systems and handling qualities testing
• systems testing
• FTI / engines / human factors
• final project

Prerequisites:

• completed CAT 2 course
• basic English language proficiency
• valid medical certification confirming physical fitness (Class 2 or Class 1)
• engineering degree or equivalent technical background

Note: The course has a high academic and operational workload.