![aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange](https://i.stack.imgur.com/ch95S.jpg)
aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange
![aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange](https://i.stack.imgur.com/9LRdb.jpg)
aerodynamics - Why does condensation form on the wing especially during take-off and landing? - Aviation Stack Exchange
![Wolter Peeters on Twitter: "#LateFinal #16R @ #Mascot. Condensation forms in a pocket of lower air pressure above the wing of an aircraft landing at #KingsfordSmithAirport. @smh https://t.co/AH2yLIm9o1" / Twitter Wolter Peeters on Twitter: "#LateFinal #16R @ #Mascot. Condensation forms in a pocket of lower air pressure above the wing of an aircraft landing at #KingsfordSmithAirport. @smh https://t.co/AH2yLIm9o1" / Twitter](https://pbs.twimg.com/media/DuW_MK2UUAAHliT.jpg)
Wolter Peeters on Twitter: "#LateFinal #16R @ #Mascot. Condensation forms in a pocket of lower air pressure above the wing of an aircraft landing at #KingsfordSmithAirport. @smh https://t.co/AH2yLIm9o1" / Twitter
![Why is the Concorde, and not other aircraft, getting this fog/condensation, over the wing, at *takeoff*? - Aviation Stack Exchange Why is the Concorde, and not other aircraft, getting this fog/condensation, over the wing, at *takeoff*? - Aviation Stack Exchange](https://i.stack.imgur.com/5QF22.jpg)
Why is the Concorde, and not other aircraft, getting this fog/condensation, over the wing, at *takeoff*? - Aviation Stack Exchange
![Will we see wing condensation anytime soon? - General Discussion - Microsoft Flight Simulator Forums Will we see wing condensation anytime soon? - General Discussion - Microsoft Flight Simulator Forums](https://forums.flightsimulator.com/uploads/default/original/4X/1/6/f/16fbdb5672eb721f3d400c0560e9660811160daf.jpeg)
Will we see wing condensation anytime soon? - General Discussion - Microsoft Flight Simulator Forums
![Aircraft in heavy fog with wing condensation and aircraft vortex. Aviation aerodynamics shown in airplane with over the wing votices condensating Stock Photo - Alamy Aircraft in heavy fog with wing condensation and aircraft vortex. Aviation aerodynamics shown in airplane with over the wing votices condensating Stock Photo - Alamy](https://c8.alamy.com/zooms/9/7e31f85dca7a49d184d3b02bff668dc9/2h8ydn5.jpg)
Aircraft in heavy fog with wing condensation and aircraft vortex. Aviation aerodynamics shown in airplane with over the wing votices condensating Stock Photo - Alamy
![David Perell on Twitter: "I just learned about “wing clouds” on airplanes and they're absolutely beautiful https://t.co/H76BAxgQ5k" / Twitter David Perell on Twitter: "I just learned about “wing clouds” on airplanes and they're absolutely beautiful https://t.co/H76BAxgQ5k" / Twitter](https://pbs.twimg.com/media/EcxaLiwUcAEwGkv.jpg)
David Perell on Twitter: "I just learned about “wing clouds” on airplanes and they're absolutely beautiful https://t.co/H76BAxgQ5k" / Twitter
![aerodynamics - What could cause a distinct tube of condensation over a wing? - Aviation Stack Exchange aerodynamics - What could cause a distinct tube of condensation over a wing? - Aviation Stack Exchange](https://i.stack.imgur.com/tc2mk.jpg)
aerodynamics - What could cause a distinct tube of condensation over a wing? - Aviation Stack Exchange
![Question #1: Why does this condensation on the wing form in this matter? Parallel or striped lines along the length of the wing. : r/Planes Question #1: Why does this condensation on the wing form in this matter? Parallel or striped lines along the length of the wing. : r/Planes](https://preview.redd.it/w8xegmsp1y041.jpg?auto=webp&s=289b5192f2176aa246a70d2eeb03978fac4e2945)