L# value Brief description -- ------------- ---------------------------------------------- 1. F-16 Falcon Planes name. 2. 3 wing type. 0=biplane, 1=hi-wing, 2=low wing, 3=jet 3. -0.05 roll due to sideslip angle 4. -0.100 Roll stability 5. 0.1 roll due to ailerons 6. 0.020 roll due to rudder 7. -0.0001 Engine torque 8. 0.0004 pitch due to velocity 9. -0.2 Pitch Stability 10. -0.2 pitch due to elevators 11. -0.300 pitch due to angle of attack 12. -0.020 pitch reaction to gear up/down. 0.0=gear always down 13. 0.15 Yaw due to sideslip angle 14. -0.2 Yaw stability 15. 0.10 Yaw due to rudder 16. 0.005 Yaw due to nose wheel 17. -0.10 Drag from flaps 18. -0.0160 Drag from airframe 19. -0.02 Drag due to angle of attack 20. -0.46 Side force due to sideslip 21. 0.019 Side force due to rudder 22. 0.044 adjustment for angle of attack=0 speed 23. -4 Lift with flaps down 24. -3 Lift with flaps up 25. 0.2 Lift due to change in pitch 26. 0.0 Nose heaviness 27. 0.7 Braking effiency 28. 500.0 Flap pressure limit 29. 30.0 Wing strength, +G's 30. 0.5 Landing gear friction 31. 60 Thrust constant 32. -0.003 thrust loss due to velocity 33. 25.0 Dummy 34. 0.5 Pitch limit on landing 35. 0.5 Sideslip limit on landing 36. 0.5 Roll limit on landing 37. 40.0 Ground impact limit on landing 38. 0.0 Dummy 39. -0.001 yaw due to aileron 40. 9999 Engine duration inverted 41. -20.0 Wing Strength, -G's 42. -8.0 Pilot Red-out, -G's 43. 14.0 Pilot Black-out, +G's 44. 2000 Max Speed warning 45. -0.75 Roll stability on ground 46. -30.5 Roll spring force on ground 47. -0.95 Pitch stabilty on ground 48. -5.8 Pitch spring force on ground 49. 0.01 0 speed ground attitude 50 -0.01 forward pitch limit when landing 51. 50.0 Dummy 52. 0.0 Dummy 53. 0.025 Dummy 54. 0.025 Dummy 55. 0.01 Limit on steering 56. 3.0 ? 57. 1.2 ? 58. 1.5 ?