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It is also known as electrically actuated brakes, a type of braking system that utilize electrical energy to engage and control the brakes on an aircraft.

• Electric Brakes

• Hydraulic Brakes

• Mechanical Brakes

• Brakes

First commercial aircraft that is equipped with the electrical braking system

• Cessna 172

• Airbus 320

• Boeing 787 Dreamliner

• Bombardier Q400

It operates by converting electrical energy into mechanical force.

• Hydraulic Brakes

• Mechanical Brakes

• Brakes

• Electric brakes

The electric brakes are controlled by the pilots pressing the tops of the rudder pedals using their hand, demanding the rate of braking which they require.

• TRUE

• FALSE

RIBS stands for

• REMOTE INTERGRANULAR BRAKING SERVICES

• REMOTE INTEGRATED BRAKING SUPPLY

• REMOTE INTEGRATED BRAKING SERVICES

• REMOTE INTERGRANULAR BRAKING SUPPLY

The following are the advantages of Electrical Brake System, except one

• Higher Initial Cost

• Reduced Maintenance

• Higher System Redundancy

• Reduced Aircraft Assembly Time

Electric brakes operate by converting electrical energy into mechanical force, allowing precise control over the braking process.

• FALSE

• TRUE

It occurs when the wheels stop spinning because of severe brake applications

• RIBS

• ANTI-SKID

• LIFT

• SKID

To avoid excessive braking, to prevent skidding, and loss of control.

• RIBS

• ANTI-SKID

• LIFT

• SKID

THE FOLLOWING ARE THE COMPONENTS OF ANTISKID SYSTEM, EXCEPT ONE

• antiskid computer

• wheel-speed sensors

• axle remote data concentrator

• control valves