0.6 engine power coeff 6 drag coef 2.0 low speed drag 3.0 inverse of inertia 5.0 gthrust 0.2 gtrim 0.5 ztrim 10 stalled drop rate 30 stall speed 0.0003 elevator joystick rate 0.0003 rudder joystick rate 0.0004 aileron joystick rate 0.07 keyboard rate 35.0 best speed 0.8 drag floor 3 gstall 7 zstall 26 2c plane colors - use egapal.exe to select values 0.5 rudder to roll coupling 0.006 dihedral effect 1 0 is normal, 1 for 3 channel setup with no ailerons This file needs values as above with no comments in the start of the file. If you wish to change the values but save the originals, just paste in your new values at the top of the file. Engine power - can vary the total amount of power available. The number keys take a multiple of this value with 1 being engine off and 9 being max power. Drag - varies high speed air drag. In combination of engine power, this value limits top speed of the plane. Low Drag - Low speed drag. This limits the power off glide angle. Inertia - how quick the plane responds to power change. This value is inverted from true inertia as higher values give quicker response. Gthrust - how gravity affects the speed of the plane when climbing or diving. Gtrim - Simulates wing lift, or up elevator for level flight. With a zero value, the plane would fly same trim upside down. Ztrim - how gravity affects the trim of the plane when the wings are not level, causing the plane to turn toward the ground. A zero value here would allow level flight in the knife edge position. Stall drop - when below the stall speed, the plane drops down. Causes need for a nose up trim to fly level. Above the stall speed the plane is always in trim ( not speed dependant ). Stall speed - The speed below which the stall drop becomes a factor. Can be considered ft/sec. Gstall and Zstall now also factors. Joystick - controls rates of joystick Keyboard rate- response of the plane to the arrow keystokes. Best speed - speed at which flight model crosses from low to high speed drag model. Lowest drag at this speed. Drag floor - drag at the 'Best speed' Gstall - pitch change when stalling. Zstall - Yaw change when stalling - high values produce stall turns roll coupling- Yaw change will cause plane to roll, most planes behave in this manner. dihedral - Causes plane to have self righting character in roll. 3 channel - Use 1 here and roll coupling to fly without ailerons.