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Bubble or quits

Coming soon.Cessna T-50 Bobcat..FM need adjusting badly as it takes off like rocket.....needs sorting...been 2 days getting to not blow up on runway...seems game doesnt like gears that just move up and down...only works if rotation is added to gearstrut....been pulling hair out finding this out.....based on Eds Whirlwind.....I am currently redoing fm...the wing data is too good.....should be more like the DH Moth fm or the chipmunks data... 4 skins and some nice templates all freeware ex Alphasim....some great models ....might do a cockpit as its pretty basic and needs its own...to do it justice... I really like this litte cessna beauty

my old B and variant what if F and CR and the dam mods.

Main Panels done for early variant

For dog sake. Do you really need to quote the whole post with all those screenies? We have seen that nearly a year ago...While allenjb42 post was enjoyable at the time ...your quote is not. Definitely not. Really hard to see a point of copying those pictures and asking questions while you could use a private message system - which works perfectly fine on this forum. not to mention ...You did not bring anything valuable to the screenshot thread from yourself. as for screenie.. my new substitutes for the most common stock ground objects...

The skin is already released as part of Daddyairplane's 707-300 pack Obligatory screenshot: Holy s**t, the Muj have got hold of some SAMs!

View File New Mirage III sights Hi!!! As you may have noticed, the Mirage III sights are a bit too dull against bright skies, and there's not enough contrast against it for propper aiming. A couple Mig-21s got lucky because of this. With the help of Ivanbasic, I am uploading the modified TGAs. Just drag them to your Mirage III cockpit folder, inside the Mirage III main directory, in the mods folder. If you don't have a "Cockpit" folder, create one. You can use this sights in every aircraft that has a Mirage III cockpit (Shahak, for instance). Thanks to Ivanbasic!!! I hope you like it, feel free to modify it!! (if you kow how to improve it, do it and upload it ;) ) I hope you like it. Regards, Ignacioc91 Submitter ignacioc91 Submitted 09/22/2013 Category Avionics  

What russouk2004 said is the main culprit as I downloaded the file fine after reading his post.

thanks for your reply, this is valuable information. I'll post back here if I ran into any other doubt while testing

"All Aboard"...."Drinks Ready ?"

A VW-1 Warning Star departs NAS Barbers Point for the start of another 16 hour Barrier Patrol

While my tips are probably more helpful for prop. aircraft, I recommend nonetheless tinkering with the following values outlined below (I've had success with this for my FE2 tweaks, also for prop. aircraft in SF2). Relevant section to tinker with is of course [Rudder] in the appropriate data.ini. ----- [Rudder] SystemType=CONTROL_SURFACE InputName=YAW_CONTROL ReverseInput=TRUE MaxDeflection=25.0 -----> this is often the crudest but most effective value to tweak first (see info. for entry immediately below) MinDeflection=-25.0 -----> this is often the crudest but most effective value to tweak first (reduce the value in increments of about 2.0 and retest to satisfaction, higher values give more rudder response since greater arc of movement, lower values give smaller arc, etc.; for example, 20.0/-20.0 will give less rudder movement than 25.0/-25.0) CDdc=0.0073 -----> drag effect on rudder movement (higher value, more drag, lower value, less drag, usually doesn't require tinkering with) Cydc=0.0362 -----> side force when moving rudder left/right (decrease in increments of about 0.005 and retest to satisfaction, for less effect during rudder movement) Cldc=0.0010 -----> roll moment when moving rudder left/right (helps to pitch wings up/down during rudder movement, higher value for pitch up, lower for pitch down or neutral, usually avoid tweaking this unless you are flying a staircase as some of us do in FE2 - triplanes, etc., and tweak in increments of about 0.002) Cndc=-0.0307 -----> yaw moment/strength when moving rudder left/right (decrease towards value of zero in increments of about 0.005 and retest to satisfaction, for less yaw during rudder movement, and obviously increase in same increments for more yaw effect; for example, a value of -0.08 should give more yaw than -0.03, don't be confused by the fact that in math class a negative no. closer to zero is a "bigger" no., it's the other way around for the yaw moment entry in the data inis) CydcAlphaTableNumData=37 CydcAlphaTableDeltaX=10.00 CydcAlphaTableStartX=-180.00 CydcAlphaTableData=1.000,0.970,0.883,0.750,0.587,0.413,0.250,0.117,0.030,0.000,0.030,0.117,0.250,0.413,0.587,0.750,0.883,0.970,1.000,0.970,0.883,0.750,0.587,0.413,0.250,0.117,0.030,0.000,0.030,0.117,0.250,0.413,0.587,0.750,0.883,0.970,1.000 CldcAlphaTableNumData=37 CldcAlphaTableDeltaX=10.00 CldcAlphaTableStartX=-180.00 CldcAlphaTableData=-1.000,-0.985,-0.940,-0.866,-0.766,-0.643,-0.500,-0.342,-0.174,0.000,0.174,0.342,0.500,0.643,0.766,0.866,0.940,0.985,1.000,1.040,0.871,0.643,0.339,0.170,0.201,0.140,0.185,0.200,0.224,0.294,0.400,0.531,0.669,0.800,0.906,0.976,1.000 CndcAlphaTableNumData=37 CndcAlphaTableDeltaX=10.00 CndcAlphaTableStartX=-180.00 CndcAlphaTableData=-1.000,-0.985,-0.940,-0.866,-0.766,-0.643,-0.500,-0.342,-0.174,0.000,0.174,0.342,0.500,0.643,0.766,0.866,0.940,0.985,1.000,0.971,0.986,0.990,0.718,0.163,0.000,0.000,0.000,0.000,0.112,0.294,0.400,0.531,0.669,0.800,0.906,0.976,1.000 MaxControlSpeed=50.25 -----> in meters/sec (reducing this helps to give more rudder sloppiness at higher speeds, test in increments of about 10.0, also keep in mind that actual speed at which this effect kicks in in FE2/SF2 will usually be about 20.0 or 30.0 m/s higher than value specified for "MaxControlSpeed") ControlRate=4.0 -----> controls sluggishness/snappiness of control input (test in increments of about 0.5, up or down, for more or less snappiness of moveable control surface, in this case of rudder) ModelNodeName=Rudder ReverseModelOrientation=TRUE AnimationID=1 ----- NOTE 1: "Cydc" and "Cndc" values are in a relationship of sorts (proportional to one another) - usually test changes with only one of those values first, to satisfaction - if no success then change other value and retest - if again no success then tweak both, keeping in mind that more "cydc" will point the nose more quickly in the direction you want to go, and more "cndc" will give you more yaw but will keep you going more so in the same direction - try to visualize the relationship and the changes to get to something realistic - for example, too little "cydc" (flight path direction upon rudder movement) and too much "cndc" (yaw along the same path of flight) sometimes gives a strange "rudder reversal" effect at speeds above about 500 kph in SF2 where "cydc" will start functioning as an inversion of itself (giving opposite direction to rudder input). NOTE 2: entry above is for the tweaked, late Albatros D.II for FE2 (not to be used for jet aircraft - merely included for info.) Happy flying, Von S