How does a pilot steer the plane while taxiing?

Steering is achieved by turning a nose wheel or tail wheel/rudder; the pilot controls the direction travelled with their feet. Larger jet aircraft have a tiller wheel on the left side of the cockpit that acts as a steering wheel allowing the nosewheel to be turned hydraulically.



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The short answer
In a nutshell, with wheels on the ground, an aircraft is steered with what is known as a tiller. This device is found at the flight deck and is equivalent to the steering wheel of a car but is designed to be operated with one hand.

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During takeoff, pilots use other control mechanisms to steer airplanes. They'll typically still adjust the tiller to ensure the airplane is aligned with the runway, but they other steering techniques as well, including throttling. With throttling, the pilot can control the amount of power produced by the engines.

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Taxiing is most commonly performed using an airplane's own propulsion system. For propulsion, most airplanes have either jet engines or propellers. Engaging the propulsion system allows airplanes to move while on the runway. Some airplanes also have thrust reversers.

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One of these procedures is the so-called 'Single-engine Taxi-out', which aims to save fuel during taxiing. Together with this, the costs for the entire flight are reduced.

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While many airplanes can land by use of automation, the vast majority of landings are still done manually.

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But how do pilots know where to taxi the aircraft? ATC will issue pilots with route instructions on how to get to the departure runway. This is given via a series of taxiways and may include restrictions such as holding points along the route.

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Torque Effect
Newton says for every action there is an equal and opposite reaction. And the airplane rolling left is a reaction of the propeller turning hard to the right (almost all airplanes propellers spin to the right or clockwise as viewed from inside the cockpit).

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All pilots have to do is follow the beams down to 200 feet above the ground, at which point they must be able to see the runway and its approach lights. If not, by federal law, they must climb back up into the soup and decide whether they want to try another approach or go to an alternate airport.

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Transferring too much weight onto the nosewheel causes a situation called wheelbarrowing, which can lead to a loss of directional control, prop strike, or nose gear collapse. On top of those problems, with little to no weight on your main landing gear, you have little braking action.

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In order for a plane to take off, it must be going fast enough for the wings to generate enough lift to overcome the force of weight. A Boeing 747 under standard conditions must be going 296kph (184 mph) to take off. Additionally, weather factors can affect the ground speed need for takeoff.

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The truth is that the majority of aviation accidents happen on the runway during takeoff or landing, not while the airplane is cruising in the air. Three reasons why airport runway accidents are the most common of all aviation accidents: Takeoffs and landings are when planes are closest to the ground.

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