₦airaland Forum

Aircraft landing gear is a marvel of engineering, designed to ensure stability, absorb shock, and provide control during landings and takeoffs. Let’s explore the key components that make this possible:

✈️Flap Track Fairing
An aerodynamic cover that reduces drag around the flap mechanism, helping to streamline the aircraft during flight and descent.

🛠️Ailerons
Mounted on the trailing edge of the wings, ailerons control the aircraft's roll, allowing the pilot to make smooth turns and stabilize the aircraft during landing.

🔗Torque Link
Connects the landing gear's moving components, ensuring that the wheels remain properly aligned during extension and retraction, contributing to smooth movement.

🛑Shock Absorber
A critical part of the landing gear system that cushions the aircraft on touchdown, absorbing the energy from landing impacts and preventing damage to the structure.

🔩Bogie Beam Attachment
This component connects the bogie (the structure holding multiple wheels) to the main landing gear, distributing loads evenly across the gear assembly.

🚗Bogie Beam Assembly
A support structure designed to handle the weight of the aircraft by evenly distributing the load across multiple wheels, crucial for large aircraft like the Airbus A380.

⚙️TRIS
While "TRIS" might refer to a specialized or manufacturer-specific component, it's possible it involves a unique system for landing gear integration or positioning.

🛑Brake Rod
Transfers mechanical force from the hydraulic system to the brakes, allowing the aircraft to decelerate quickly after touchdown.

⚙️Sliding Tube Cylinder
Enables vertical movement in the landing gear to accommodate shock absorption, ensuring a smooth compression and rebound on landing.

⚖️Pitch Trim Actuator
Regulates the aircraft's pitch, particularly during the critical phases of landing and takeoff, by adjusting the aircraft's balance and angle.

🧭Lower Link Bogie Alignment
Ensures the alignment of the wheels on the bogie for smooth landing and taxiing, preventing uneven wear on the tires.

🧭Upper Link Bogie Alignment
Works with the lower link to maintain proper alignment, keeping the wheels in position and ensuring balanced load distribution.

🚪Leg Fairing Door
This aerodynamic cover shields the landing gear when retracted, minimizing drag and improving fuel efficiency during flight.

🔄Retraction Actuator
A hydraulic or electric mechanism that retracts or extends the landing gear, ensuring smooth and reliable operation during takeoff and landing.

🏗️Side Stay Assembly
A structural component that locks the landing gear in place when deployed, preventing it from collapsing under the aircraft’s weight during landing or taxiing.

PotatoSalad:
Nice read. This is the kind of nairaland posts we had back in 2012. Tutorials and all until people like Helinuses and Righteousness89 were able to afford smartphones and turned this space upside down.

PotatoSalad:
Nice read. This is the kind of nairaland posts we had back in 2012. Tutorials and all until people like Helinuses and Righteousness89 were able to afford smartphones and turned this space upside down.

Racoon:
https://www.facebook.com/share/p/8hxyaRTvv6ctkfmN/?mibextid=oFDknk

Racoon:
Aircraft tyres are structured with many inbuilt safety features to enable them withstand tremendous stress and strain especially @ take off and landings. I don't know how much maximum pressure the average aircraft tyre is meant to withstand, but it is understandable that it may depends on the maximum take off weight of the aircraft and rolling speed.

I guess the Concorde's case is unique due to the spacer between the tyres which helps to clear any runway debris in the course of take of. Failure to restore back this critical component created a cascade of events leading to the disastrous crash of AF 4590 Concorde on 25th of July, 2000 @ Gonnes near France.

OboOlora:
Nothing overly complex, it's just like the system of a car when on the ground and like the feet of an eagle when in the air

OboOlora:
Nothing overly complex, it's just like the system of a car when on the ground and like the feet of an eagle when in the air

PotatoSalad:
Nice read. This is the kind of nairaland posts we had back in 2012. Tutorials and all until people like Helinuses and Righteousness89 were able to afford smartphones and turned this space upside down.

OboOlora:
Nothing overly complex, it's just like the system of a car when on the ground and like the feet of an eagle when in the air

Omoawoke:
The engineering works on this tire alone! Not to think of the science and technology behind it