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Can pilots see other planes on radar?

It's important to note that pilots do not see other planes on radar directly. Instead, air traffic controllers use radar to track the location and altitude of planes in their airspace, and then communicate this information to pilots through their cockpit instruments and radios.



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The answer is quite simple, no, they don't actually see anything at night. Before takeoff, pilots scan the sky to avoid hazards and prevent compromising the entire flight.

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How do pilots see at night if airplanes don t have front lights? Starlight, moonlight, and ground-light can give good visibility of terrain, coastlines, clouds, and other things pilots need to see, without any light coming from the airplane.

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As confirmed by the tracker website Flightradar24, 4.79 million people followed Queen Elizabeth II's coffin's flight journey on the company's website.

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LOW FLYING AIRCRAFT CANNOT BE DETECTED BY STANDARD RADAR BECAUSE OF INTERFERENCE FROM CLUTTER. LOW FLYING AIRCRAFT CANNOT BE DETECTED BY STANDARD RADAR BECAUSE OF INTERFERENCE FROM CLUTTER.

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I often see military flights in the sky, which do not appear on FlightRadar24. I do understand that low-flying military airplanes do no necessarily get picked up by these trackers, and that some military aircrafts switch of transponders. However some flight do appear on this ADSB-Tracking website.

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Broadly and generally, the reasons a pilot may leave the flight deck in flight can be grouped into two categories: first, physiological breaks – restroom, stretch, or required rest on longer routes; and second, operational breaks – handling a passenger, aircraft, or crew issue that requires the pilot to leave the ...

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The majority of pilots likely fall somewhere in between?having no preference, pro or con, when it comes to dating another pilot. Of the pilots interviewed, only one—F/O Fallon Winslow (Alaska)—said she had a hard-and-fast rule. “I made a 'no pilot' dating rule very early in my career.

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While pilots can't actually see turbulence, they often know what is coming up, thanks to reports from other planes, weather reports, and radar equipment. However, clear air turbulence (severe turbulence occurring in cloudless areas) can sometimes catch pilots off guard.

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Steering clear of other planes Enter TCAS, or Traffic Alert and Collision Avoidance System. It is also sometimes referred to as ACAS (Airborne Collision Avoidance System). This system works independently of all other systems onboard, simply keeping a lookout for transponders of other aircraft in the vicinity.

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Yes, weather radar can help predict convective turbulence and clear air turbulence. Most commercial aircraft now pack weather radar – from the Airbus A321 to the Boeing 777.

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The device could have an electrical short or catch on fire. Pilots would want to shut it down rather than risk a fire spreading to the rest of the cockpit or airplane.

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The airplanes appear to fly slower because we perceive angular velocity when we look at them or for that matter from them. Because they fly quite high you observe them from quite a distance. Further there are no other stationary objects close by with whom you could compare their speed.

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The position is calculated based on many different parameters and in most cases it's quite accurate, but for long flights the position can in worst cases be up to about 100 km (55 miles) off. In settings there is an option to set for how long time you want to see estimated aircraft on map.

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Pilots walk around the aircraft to ensure that the aircraft's exterior is safe and secure. Pilots are looking for various problems such as: Loose parts. Fluid Leaks, such as hydraulic or fuel.

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The pilot can sleep for no more than 40 minutes, and must wake up at least half an hour before the descent for landing. They get the first 15 minutes after the nap to fully awaken, during which they can't resume actually flying the plane, unless they need to help deal with an emergency.

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Fatigue is particularly prevalent among pilots because of unpredictable work hours, long duty periods, circadian disruption, and insufficient sleep. These factors can occur together to produce a combination of sleep deprivation, circadian rhythm effects, and 'time-on task' fatigue.

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