Shack Posted August 24, 2018 Posted August 24, 2018 Anyone else think the AIM Rail vape trail a bit overly done? I like the concept, but hopefully some thought is used as to when a Contrail actually forms on the missile rail. Maybe I've just had a bit too much espresso this morning :smilewink: Intel i9 14900K @5.5 MHz, 64GB DDR 5 RAM at 6000 MHz, RTX4090, Pimax Crystal HMD, HOTAS: Winwing F16EX / Orion 2 Throttle base / Top Gun MIP / F-16 ICP setup. Genetrix JetSeat on a DOF Reality P6, 6 axis Motion Platform
Shack Posted August 24, 2018 Author Posted August 24, 2018 (edited) Not as over done as the fuel dump. Agree. If atmosphere is simulated, devs please consider programming accurate atmospheric conditions that would warrant when contrails would form. “Contrails usually form at high altitudes; usually above 8,000 m (26,000 ft), where the air temperature is below −36.5 °C (−34 °F). They can also form closer to the ground when the air is cold and moist” Edited August 24, 2018 by Shack Intel i9 14900K @5.5 MHz, 64GB DDR 5 RAM at 6000 MHz, RTX4090, Pimax Crystal HMD, HOTAS: Winwing F16EX / Orion 2 Throttle base / Top Gun MIP / F-16 ICP setup. Genetrix JetSeat on a DOF Reality P6, 6 axis Motion Platform
FZG_Immel Posted August 24, 2018 Posted August 24, 2018 Anyone else think the AIM Rail vape trail a bit overly done? I like the concept, but hopefully some thought is used as to when a Contrail actually forms on the missile rail. Maybe I've just had a bit too much espresso this morning :smilewink: I don't think its too overdone.. but clearly, on hornets, the presence of an aim9P or aim9x (in my experience in the swiss air force) would drastically reduce the phenomenum. Sometimes at landing you would only see it from the empty rail. [sIGPIC]https://forums.eagle.ru/signaturepics/sigpic70550_3.gif[/sIGPIC] Asus Z390-H - SSD M.2 EVO 970 - Intel I9 @5.0ghz - 32gb DDR4 4000 - EVGA 3090 - Cougar FSSB + Virpil WRBRD + Hornet Stick - Thrustmaster TPR Pedal + WinWing MIP + Orion + TO and CO pannels - Track IR5
Doum76 Posted August 24, 2018 Posted August 24, 2018 Agree. “Contrails usually form at high altitudes; usually above 8,000 m (26,000 ft), where the air temperature is below −36.5 °C (−34 °F). They can also form closer to the ground when the air is cold and moist” i'm no real pilot experienced, but simply using my eyes from thousands of videos online on youtube, and it seems pretty much close to it, though it seems a bit too long in DCS, from videos the trail seems a bit shorter and main difference is, in real life, water particules reflects the light, shich doesn<t look always as white from the many angles you look it from from where the sunlight comes from, but since it is not modeled in DCS and always looks white, well it always seems intence, but again i ratehr a bit intence trail than none :) As for if aim9p or aim9x would make a difference, i cannot say as i am not a pshycisian, but since lots of Aerobatics or demo Hornets without any weapons on the rail and still produce the trail i presume it's part of the deal. They are not contrails but wingtip vortices, contrails are produces at high altitude indeed, but from engines, wingtip vortices which what he spokes off can be produced at very low altitude, what produce them is changes in temperature and air pressure changes which can be created by high g's maneuver or sorta, from what i do remember reading back then, just Youtube some F/A-18 demo videos and you'll see, most of them below thousand of feet or even on take off when they rotate.
FZG_Immel Posted August 26, 2018 Posted August 26, 2018 Here is an old video I took when I was in the Swiss af. Look at how the wingtip vortex are only coming out of one wing http://s1207.photobucket.com/user/Shungito/media/5ABA1862-B775-479E-85BA-FA0E9DE90EE7-166-0000000BA093D96F_zps42e757a6.mp4 [sIGPIC]https://forums.eagle.ru/signaturepics/sigpic70550_3.gif[/sIGPIC] Asus Z390-H - SSD M.2 EVO 970 - Intel I9 @5.0ghz - 32gb DDR4 4000 - EVGA 3090 - Cougar FSSB + Virpil WRBRD + Hornet Stick - Thrustmaster TPR Pedal + WinWing MIP + Orion + TO and CO pannels - Track IR5
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