Terminal Learning ObjectiveAction: Identify the fundamentals of flight relatingto Unmanned Aircraft System operationsCondition: Given a classroom environment, laptop computer, DVD with presentations, Federal Aviation Regulation/Aeronautical Information Manual (FAR/AIM), Army Regulation (AR) 95-23 Unmanned Aircraft System Flight Regulations, FAA-CT-8083-25A Handbook of Aeronautical Knowledge, Field Manual (FM) 3-04.203 Fundamentals of Flight, Training Circular (TC) 1-600 Unmanned Aircraft Systems Commander’s Guide and Aircrew Training Manual, and student handoutsStandard: Apply the fundamentals of flight relating to Unmanned Aircraft System in accordance with AR 95-23 and TC 1-600
AR 95-23 and TC 1-600•AR 95-23 (4-9) and TC 1-600 (3-18)•Hands on performance test–The evaluation will be conducted per appropriate ATM•Phase II: Academics–Aerodynamics •Lift•Drag •Airflow
Aircraft Components•FM 3-04.203
Physical Laws•FM 3-04.203 Chpt. 1 •Newton’s Laws of Motion–Inertia:A body at rest will remain at rest, and a body in motion will remain in motion–Acceleration:The force required to produce a change in motion of a body is directly proportional to its mass and rate of change in its velocity–Action/Reaction:For every action, there is an equal and opposite reaction and accounts for 25% of lift
Reaction Lift•FM 3-04.203 (1-7)•Reaction Lift- results from the downward deflection of air as it leaves the trailing edge
Fluid Flow•FM 3-04.203 (1-5)•Bernoulli’s Principle–Describes the relationship between internal fluid pressure and fluid velocityWhat does this look like?