L Wideness of wing 40 mm
H Height of wing
F Dynamic force 1/2ρ V²
Fwing F x Cosβ x H x L
Torque F x H x Lx Cos β x Cos ( α-β )
for system ( α = 30 ° )
for β = 5°
Torque = H x F x 39,85 x Cos 25 = H x F x 39,85 x 0,9063 = H x F x36,11
for β = 10°
Torque = H x F x 39,39 x Cos 20 = H x F x 39,39 x 0,9397 = H x F x 37,01
for β = 12,5°
Torque = H x F x 39,05 x Cos 17,5 = Hx F x 39,05 x 0,9537 = H x F x 37,24
for β = 15°
Torque = H x F x 38,64 x Cos 15 = H x F x 38,64 x 0,9659 =H x F x 37,32
for β = 25°
Torque = H x F x 36,25 x Cos 5 = H x F x 36,25 x 0,9962 = H x F x 36,11
for system ( α = 45 ° )
for β = 12,5°
Torque = H x F x 39,05 x Cos 32,5 = H x F x 39,05 x 0,843 = H x F x 32,93
for β = 17,5°
Torque = H x F x 38,15 x Cos 27,5 = H x F x 38,15 x 0,887 = H xF x 33,83
for β = 20°
Torque = H x F x 37,59 x Cos 25 = H x F x 37,59 x 0,906 = H x F x 34,06
for β = 22,5°
Torque = H x F x 36,96 x Cos 22,5 = H x F x 36,96 x 0,923 = H x F x 34,14
for β = 32,5°
Torque = H x F x 33,74 x Cos 12,5 = H xF x 33,74 x 0,976 = H xF x 32,93
for system ( α = 60 ° )
for β = 20°
Torque = H x F x 37,59 x Cos 40 = H xF x 37,59 x 0,766 = H x F x 28,79
for β = 25°
Torque = Hx F x 36,25 x Cos 35 = H x F x 36,25 x 0,819 = H x F x 29,69
for β = 27,5°
Torque = H x F x 35,48 x Cos 32,5 = H x F x 35,48 x 0,843 = H x F x 29,92
for β = 30°
Torque = H x F x 34,64 x Cos 30 = H x F x 34,64 x 0,866 = H x F x 29,99
for β = 40°
Torque = H x F x 30,64 x Cos 20 = H xF x 30,64 x 0,939 = H x F x 28,79
for system ( α = 90 ° )
for β = 35°
Torque = H x F x 32,77 x Cos 55 = H x F x 32,77 x 0,573 = H x F x 18,79
for β = 40°
Torque = H x F x 30,64 x Cos 50 = H x F x 30,64 x 0,642 = H x F x 19,69
for β = 42,5°
Torque = H x F x 29,49 x Cos 47,5 = H x F x 29,49 x 0,675 = H x F x 19,92
for β = 45°
Torque = H x F x 28,28 x Cos 45 = H x F x 28,28 x 0,707 = H x F x 19,99
for β = 55°
Torque = H x F x 22,94 x Cos 35 = H x F x 22,94 x 0,819 = H x F x 18,79
for system ( α =120 ° )
for β = 50°
Torque = H x F x 25,71 x Cos 70 = H x F x 25,71 x 0,342 = H x F x 8,79
For β = 55°
Torque = H x F x 22,94 x Cos 65 = H x F x 22,94 x 0,422 = H x F x 9,69
for β = 57,5°
Torque = H x F x 21,49 x Cos 62,5 = H x F x 21,49 x 0,461 = H x F x 9,92
for β = 60°
Torque = H x F x 20,00 x Cos 60 = H x F x 20,00 x 0,500 = H x F x 10,00
for β = 70°
Torque = H x F x 13,68 x Cos 50 = H x F x 13,68 x 0,642 = H x F x 8,79
for system ( α =150 ° )
for β = 75°
Torque = H x F x 10,35 x Cos 75 = H x F x 10,35 x 0,258 = H x F x 2,67
for β = 85°
Torque = HxF x 3,49x Cos 65 = H xF x 3,49 x 0,422 = H xF x 1,47 - verification
for β = 65°
Torque = HxF x 16,9 x Cos 85 = HxF x 16,9 x 0,08 = HxFx1,47 – for verification
for system ( α =180 ° ) not necessary to calculation
for system ( α = 210 ° )
for β = 95°
Torque = H x F x 3,49 x Cos 115 = H x F x 3,49 x 0,422 = H x F x 1,47
for β = 100°
Torque = H x F x 6,95 x Cos 110 = H x F x 6,95 x 0,342 = H x F x 2,37
for β = 102,5°
Moment = H x F x 8,66 x Cos 107,5 = H x F x 8,66 x 0,301 = H x F x 2,61
for β = 105°
Torque = H x F x 10,35 x Cos 105 = H x F x 10,35 x 0,258 = H x F x 2,67
for β = 115°
Torque = H x F x 16,9 x Cos 95 = H x F x 16,9 x 0,087 = H x F x 1,47
for system ( α = 240 ° )
for β = 110°
Torque = H x F x 13,68 x Cos 130 = H x F x 13,68 x 0,642 = H x F x 8,79
for β = 115°
Torque = H x F x 16,9 x Cos 125 = H x F x 16,9 x 0,573 = H x F x 9,69
for β = 117,5°
Torque = H x F x 18,47 x Cos 122,5 = H xF x 18,47 x 0,537 = H x F x 9,92
for β = 120°
Torque = H x F x 20 x Cos 120 = H x F x 20 x 0,5 = H x F x 10
for β = 130°
Torque = H x F x 25,71 x Cos 110 = H x F x 25,71 x 0,342 = H x F x 8,79
for system ( α = 270 ° )
for β = 125°
Torque = H x F x 22,94 x Cos 145 = H x F x 22,94 x 0,819 = H x F x 18,75
for β = 130°
Torque = H x F x 25,71 x Cos 140 = H x F x 25,71 x 0,766 = H x F x 19,69
for β = 132,5°
Torque = H x F x 27,02 x Cos 137,5 = H x F x 27,02 x 0,737 = H x F x 19,92
for β = 135°
Torque = H x F x 28,28 x Cos 135 = H x F x 28,28 x 0,707 = H x F x 20
for β = 145°
Torque = H x F x 32,77 x Cos 125 = H x F x 32,77 x 0,573 = H x F x 18,75
for system ( α = 300 ° )
for β = 140°
Torque = H x F x 30,64 x Cos 160 = H x F x 30,64 x 0,939 = H x F x 28,79
for β = 145°
Torque = H x F x 32,77 x Cos 155 = H x F x 32,77 x 0,906 = H x F x 29,69
for β = 147,5°
Torque = H x F x 33,74 x Cos 152,5 = H x F x 33,74 x 0,887 = H x F x 29,92
for β = 150°
Torque = H x F x 34,64 x Cos 150 = H x F x 34,64 x 0,866 = H x F x 30
for β = 160°
Torque = H x F x 37,59 x Cos 140 = H x F x 37,59 x 0,766 = H x F x 28,79
for system ( α = 330 ° )
for β = 155°
Torque = H x F x 36,25 x Cos 175 = H x F x 36,25 x 0,996 = H x F x 36.11
for β = 160°
Torque = H x F x 37,59 x Cos 170 = H x F x 37,59 x 0,984 = H x F x 37,01
for β = 162,5°
Torque = H x F x 38,15 x Cos 167,5 = H x F x 38,15 x 0,976 = H x F x 37,24
for β = 165°
Torque = H x F x 38,64 x Cos 165 = H x F x 38,64 x 0,965 = H x F x 37,32
for β = 175°
Torque = H x F x 39,85 x Cos 155 = H x F x 39,85 x 0,906 = H x F x 36,11