AFOQT Airplane Components Chapter 4 Part 1

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Last updated 4:49 PM on 6/11/26
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18 Terms

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Turbine Engines

Compress & ignite air, generating high-speed exhaust that propels aircraft. power & efficiency

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Avionics

Electronic system on aircraft

Navigation, communication, monitoring, GPS, radio, altitude

Critical for coms w/ aircraft controllers & cockpit displays

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Hydraulic & Pneumatic Systems

Ensures immediate & precise responses. Essential for landing gear, brakes, flight control movement.

Use incompressible fluids (oil) to transmit force & control aircraft components

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Fuel Systems

Store & deliver fuel necessary for engines to operate.

Fuel stored in tanks within wings or fuselage.

Fed through tanks→ engines through pipes, pumps, valves

Avgas = Piston

Jet-A = Turbines

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Flight Controls

Enable pilot to move aircraft

control yoke, stick, pedals, linkages

foot pedals control rudder for yaw adjustments

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Piston Engines

Controlled explosions within cylinders set the propeller in motion.

Reliable & simple

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Powerplant

Contains 1 or more engines

Generates thrust to propel aircraft

Engines can be piston, turboprop, jet powered

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Landing Gear

facilitates takeoff & landing. includes main landing gear

Designs: Tricycle, tailwheel

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Rudder

allows pilot to control yaw

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Horizontal vs. Vertical Stabilizer

Horizontal- maintains aircraft pitch stability while elevators control pitch during flight

Vertical - prevents lateral motion

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Empennage

rear tail section

Contains horizontal & vertical stabilizer, elevators, & rudder

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Swept- wing design

high speed/ supersonic aircraft

Reduce drag & enhance performance at higher velocities

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Low wing designs

improved aerodynamics & increased maneuverability

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High wing designs

Above fuselage

enhanced stability & easier ground visibility

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Wings

Lift * stability of aircraft. curved upper surface & flat lower surface.

Equipped w/ ailerons & responsible for roll control. enable bank left/right

maintained by spars & ribs

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Flaps

on edge of wings. increase lift & reduce landing speeds

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Fuselage

Central structure of aircraft. cylindrical & necessary framework where wings & tail attached

Houses cockpit, passenger cabin, cargo holds

Accommodates systems- avionics & hydraulics