In the cruise phase, tailwinds make flights more efficient by reducing fuel burn (due to the reduced drag).
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Because headwind increases the lift, pilots prefer to land and take off in headwind. Tailwind is wind blowing from behind the aircraft. It reduces the lift and aircraft generally avoid taking off or landing in tailwind.
This type of wind blows in the direction in which the object is moving; as a result, it increases the speed of the object and reduces the time needed to reach the destination. During the takeoff, the tailwind decreases aircraft performance by reducing climb angle and increasing takeoff distance.
Other special cases include a tailwind, where the plane and wind are acting in the same direction. As you may suspect, the speed of the aircraft increases when there is a tailwind and decreases when there is a headwind.
The airplane will still fly; it just takes considerably more runway to depart. Most Pilot's Operating Handbooks (POHs) will use a phraseology in their takeoff roll performance charts such as increase ground roll 10% for every 2 kts of tailwind or similar.
There are many reasons to avoid a takeoff or landing with a tailwind. These range from the fact that takeoff and landing distance requirements will be longer to reduced climb gradient due to higher ground speed over distance.
If you are already in the air, going to another airport to land may be the better option. There are many reasons to avoid a takeoff or landing with a tailwind. These range from the fact that takeoff and landing distance requirements will be longer to reduced climb gradient due to higher ground speed over distance.
Headwinds are what work against an aircraft because these winds blow against an aircraft's flight path. Planes flying against headwinds are essentially slowed down by that wind. Think about running into the wind: it's much harder to run into the wind than with the wind (more on this later).
Even a bit of tailwind can be a hazard. Tailwind conditions can have adverse effects on aircraft performance and handling qualities in the critical flight phases of takeoff, approach and landing. Tailwind, for instance, increases the required runway length to land on or takeoff from.
The Boeing 747 Jumbo Jet reached a top speed of 825 miles per hour which was boosted by a strong jet-stream and tailwind of over 200 miles per hour. Aircraft that cross the Atlantic between North America and Europe flying eastbound are usually boosted by a tailwind that can shave several hours off their flight time.