The aircraft braking system utilizes hydraulic pressure from the pilot's brake pedal to engage brake units near the wheels. These units convert hydraulic pressure into mechanical force to apply friction pads to brake discs or drums, gradually reducing speed through generated heat. Anti-skid features prevent wheel locking to aid control. Regular maintenance is essential for sustained braking system performance to ensure the safe deceleration and control of aircraft during landing and taxiing.

1. AIRCRAFT BRAKE SYSTEM
Ensuring Safe Deceleration and Control

2. Intheworldof aviation,safety isparamountatall stages of
flight,includinglandingandgroundoperations.
Theaircraftbrakesystem playsavitalrole inensuringthesafe
deceleration, control, andtaxiingofaircraft.
Let'sdiveintotheworldof aircraftbrakesystems and
understandhowthey contributetothe safetyandefficiencyof
airtravel.

3. Howdoesthebrakingsystemofanaircraftwork?
Theaircraftbrakingsystemutilizeshydraulicpressure,generatedbythe
pilot'sbrakepedalinputandtransmittedthroughbrakelines,toengage
brakeunitsnearthewheels.Theseunitsconverthydraulicpressureinto
mechanicalforce,applyingfrictionpadstobrakediscsordrums.

4. Howdoesthebrakingsystemofanaircraftwork?
Thisfrictiongeneratesheat,graduallyreducingspeed.Anti-skidfeatures
preventwheellocking,aidingcontrol.Thesystemalsoassistsinground
maneuvering,whilecoolingmechanismsmanagegeneratedheat.Regular
maintenanceisessentialforsustainedperformance.

5. AircraftDiscBrakes
• Aircraft utilize disc brakes within their landing gear to
slow down the wheels upon ground contact. These
brakes can be engaged either through hydraulic or
pneumatic systems.
01
ThrustReversers
• Known as reverse thrust, involves temporarily redirecting an
aircraft engine's exhaust to face forward instead of backward.
This opposes the aircraft's forward motion, resulting in
deceleration.
02
Classification ofthe AircraftBrakingSystem

6. Anti-skid System
• Fast jet aircraft often feature multiple wheels on each
side, and these planes employ a system where a single
pedal operates all the brakes on one side. This design
is implemented to prevent the wheels from locking up,
especially during intense braking maneuvers.
03
Classification ofthe AircraftBrakingSystem

7. RegularInspections
-Essentialforensuringbrakesystemintegrity.
-Checkforwear,leakage,andproperfunctioning.
BrakeOverhaul
-Periodicmaintenanceinvolvingdisassembly,
inspection,and replacementofcomponentsas needed.
Maintenance andInspection

8. Inconclusion,aircraftbrakesystemsplayan
indispensableroleinensuringsecurelandingsand
efficient groundoperations.Thesesystemsareessential
forcontrolleddeceleration duringlandingsandtaxiing.

9. Theevolutionfrom traditionalmechanicalsystemsto
modernhydraulicandelectronicsystemsreflectsa
journeytowardsimprovedefficiency andsafety.This
progression underscores theaviationindustry's
dedicationtoadvancingbraketechnology,resultingin
saferandmoreefficient airtraveloperations.

10. PREPARED BY:LUNA,JON KYLE
THANKYOU!