March 11, 20197 yr Commercial Member There is a member tatfsn who started a topic about the F50 airfile and N2 going above the red line. So he was trying to use N1 92% during takeoff and using up too much runway. But this bird you would use N1 99% and the N2 should be 99% as well. With N1 at high rpm this will match N2 at high rpm but this scale will change as you lower the rpm. Based on a video watching a real F50 idle was at 31.2% N1 and the N2 was around 58%. So i basically matched this. Same for the high rpm the video showed the N1 and N2 at 99%. So these low rpm setting to high rpm settings is the new sliding scale. As you go from low speeds to high speeds the max N1 99% will drop to around 92% N1 at high speeds. I also increased the N1 ratio to throttle lever position so there is a higher increase in N1 percent with a low throttle setting giving you even more throttle range at higher rpm. This will help on maintaining the correct throttle position so the speed does not run away. Please test this new update and post some feedback. http://www.mediafire.com/file/aolxc3eb8oqa7ux/F50_AIRFILE.zip/file Edited March 12, 20197 yr by Flysimware
March 11, 20197 yr Thank you! A. Ortega AMD Ryzen 7 9800X3D Processor, MSI MAG B850 Tomahawk MAX WiFi Motherboard, Samsung 980 Pro 2TB SSD, Samsung 870 4TB SATA, Nvidia GeForce RTX 5090 Founders Edition Video Card, Rosewill VMG 1000W 80+ Gold Power Supply, Phanteks XT Pro Ultra Mid-Tower Gaming Chassis, Windows 11 x64 Home, 2.5gb fiber ISP.
March 11, 20197 yr 5 hours ago, Flysimware said: I also increased the N1 ratio to throttle lever position so there is more N1 with a low throttle setting giving you even more range for higher rpm. This will again help on maintaining the correct setting so the speed does not run away. Please test this new update and post some feedback. Throttle reaction is much more predictible now, in my opinion. It behaves the way I expect a throttle to change the speed of an engine. -J 13700KF | RTX 4090 @ 1440 | 64GB DDR5 | 2 x 1TB SSDs | 1TB M.2 NVMe
March 11, 20197 yr 3 hours ago, Twenty6 said: Throttle reaction is much more predictible now, in my opinion. It behaves the way I expect a throttle to change the speed of an engine. +1 Thanks Pascal
March 12, 20197 yr Thanks so much for this; I honestly didn't expect it! Needless to say, I tested the aircraft with the new .air file immediately. The change in throttle response is much more precise and intuitive now. As for my concern about the N2, I couldn't be happier now. I tried a departure from Runway 33 at KPVB (4000 feet) and to my delight, noted that when spooled up to 97% N1, the N2 readings remained comfortably just below the red line. It's such an enhancement to the capabilities and operational flexibility of the aircraft! Once again Flysimware demonstrates that it is absolutely first rate in product support and respect for its customers!
March 16, 20197 yr Question regarding N1, at FL37 I notice that at full throttle N1 doesn't go above about 92% is that what one would expect in the real aircraft. I cruise at around N1 84% but was curious about N1 at attitude? Using v1.8c on P3D v2.4 Thanks Martin
March 16, 20197 yr 1 hour ago, MartinRex007 said: Question regarding N1, at FL37 I notice that at full throttle N1 doesn't go above about 92% is that what one would expect in the real aircraft. I cruise at around N1 84% but was curious about N1 at attitude? Using v1.8c on P3D v2.4 Thanks Martin Assuming you mean FL 370, then 92% is a reasonable max N1 value according to a RW corporate pilot. Al
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