Racing at 2.0 ounces on a Freedom track Input: Output: WhBseLoc Race Specification File: WhBseLoc.xml =============================== Race Standings =============================== Car Name Time Split Distance Speed Accel Lane Place ---------------------------- Probe 10.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.350 0.000 57.06 184.50 6 1 Rear 1.0 aero 0.1 0.350 0.000 57.06 184.50 3 2 Rear 1.4 aero 0.1 0.350 0.000 57.06 184.50 5 3 Rear 0.6 aero 0.2 0.350 0.001 57.06 184.50 1 4 Rear 1.0 aero 0.2 0.350 0.001 57.06 184.50 2 5 Rear 1.4 aero 0.2 0.350 0.001 57.06 184.50 4 6 ---------------------------- Probe 20.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.496 0.000 80.70 184.50 6 1 Rear 1.0 aero 0.1 0.496 0.001 80.69 184.50 3 2 Rear 1.4 aero 0.1 0.496 0.001 80.69 184.50 5 3 Rear 0.6 aero 0.2 0.496 0.004 80.67 184.50 1 4 Rear 1.0 aero 0.2 0.496 0.004 80.67 184.50 2 5 Rear 1.4 aero 0.2 0.496 0.004 80.67 184.50 4 6 ---------------------------- Probe 30.00 Summary ---------------------------- Rear 0.6 aero 0.2 0.607 0.000 98.80 184.03 1 1 Rear 1.0 aero 0.1 0.608 0.094 98.99 183.35 3 2 Rear 1.0 aero 0.2 0.608 0.099 98.96 183.35 2 3 Rear 1.4 aero 0.05 0.609 0.190 99.16 182.68 6 4 Rear 1.4 aero 0.1 0.609 0.193 99.14 182.68 5 5 Rear 1.4 aero 0.2 0.609 0.199 99.12 182.68 4 6 ---------------------------- Probe 40.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.702 0.000 113.65 171.69 3 1 Rear 1.0 aero 0.2 0.702 0.010 113.61 171.69 2 2 Rear 1.4 aero 0.05 0.703 0.097 113.76 171.11 6 3 Rear 1.4 aero 0.1 0.703 0.101 113.74 171.11 5 4 Rear 1.4 aero 0.2 0.703 0.112 113.70 171.11 4 5 Rear 0.6 aero 0.2 0.706 0.409 114.18 171.68 1 6 ---------------------------- Probe 50.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.785 0.000 125.79 159.55 3 1 Rear 1.0 aero 0.2 0.785 0.016 125.73 159.55 2 2 Rear 1.4 aero 0.05 0.786 0.099 125.86 158.94 6 3 Rear 1.4 aero 0.1 0.786 0.106 125.83 158.94 5 4 Rear 1.4 aero 0.2 0.786 0.122 125.77 158.94 4 5 Rear 0.6 aero 0.2 0.789 0.409 126.25 159.54 1 6 ---------------------------- Probe 60.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.862 0.000 136.06 146.80 3 1 Rear 1.0 aero 0.2 0.862 0.023 135.98 146.81 2 2 Rear 1.4 aero 0.05 0.862 0.103 136.09 146.16 6 3 Rear 1.4 aero 0.1 0.862 0.114 136.05 146.16 5 4 Rear 1.4 aero 0.2 0.863 0.136 135.97 146.16 4 5 Rear 0.6 aero 0.2 0.865 0.409 136.45 146.80 1 6 ---------------------------- Probe 70.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.933 0.000 144.80 133.47 3 1 Rear 1.0 aero 0.2 0.933 0.031 144.70 133.47 2 2 Rear 1.4 aero 0.05 0.933 0.108 144.81 132.80 6 3 Rear 1.4 aero 0.1 0.933 0.123 144.76 132.80 5 4 Rear 1.4 aero 0.2 0.934 0.153 144.65 132.80 4 5 Rear 0.6 aero 0.2 0.935 0.408 145.14 133.46 1 6 ---------------------------- Probe 80.00 Summary ---------------------------- Rear 1.0 aero 0.1 1.000 0.000 152.25 119.56 3 1 Rear 1.0 aero 0.2 1.000 0.040 152.13 119.56 2 2 Rear 1.4 aero 0.05 1.000 0.114 152.23 118.86 6 3 Rear 1.4 aero 0.1 1.001 0.133 152.17 118.86 5 4 Rear 1.4 aero 0.2 1.001 0.173 152.05 118.86 4 5 Rear 0.6 aero 0.2 1.002 0.407 152.55 119.55 1 6 ---------------------------- Probe 90.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.065 0.000 158.53 104.38 6 1 Rear 1.4 aero 0.1 1.065 0.024 158.45 104.39 5 2 Rear 1.4 aero 0.2 1.065 0.074 158.31 104.39 4 3 Rear 0.6 aero 0.2 1.066 0.284 158.83 105.10 1 4 Rear 1.0 aero 0.1 1.067 0.378 158.86 104.37 3 5 Rear 1.0 aero 0.2 1.067 0.428 158.71 104.38 2 6 ---------------------------- Probe 100.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.127 0.000 163.79 89.41 6 1 Rear 1.4 aero 0.1 1.127 0.029 163.70 89.41 5 2 Rear 1.4 aero 0.2 1.127 0.091 163.53 89.42 4 3 Rear 0.6 aero 0.2 1.128 0.274 164.07 90.15 1 4 Rear 1.0 aero 0.1 1.129 0.370 164.09 89.40 3 5 Rear 1.0 aero 0.2 1.129 0.432 163.92 89.40 2 6 ---------------------------- Probe 110.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.187 0.000 168.09 73.99 6 1 Rear 1.4 aero 0.1 1.187 0.036 167.99 73.99 5 2 Rear 1.4 aero 0.2 1.187 0.110 167.79 73.99 4 3 Rear 0.6 aero 0.2 1.188 0.264 168.36 74.75 1 4 Rear 1.0 aero 0.1 1.189 0.362 168.37 73.98 3 5 Rear 1.0 aero 0.2 1.189 0.436 168.17 73.98 2 6 ---------------------------- Probe 120.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.245 0.000 171.48 58.17 6 1 Rear 1.4 aero 0.1 1.246 0.043 171.37 58.18 5 2 Rear 1.4 aero 0.2 1.246 0.131 171.14 58.19 4 3 Rear 0.6 aero 0.2 1.247 0.254 171.74 58.96 1 4 Rear 1.0 aero 0.1 1.247 0.353 171.74 58.17 3 5 Rear 1.0 aero 0.2 1.248 0.441 171.51 58.17 2 6 ---------------------------- Probe 130.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.304 0.000 174.25 42.85 1 1 Rear 1.0 aero 0.1 1.305 0.101 174.24 42.04 3 2 Rear 1.0 aero 0.2 1.306 0.205 173.98 42.05 2 3 Rear 1.4 aero 0.05 1.306 0.256 174.10 41.23 6 4 Rear 1.4 aero 0.1 1.306 0.307 173.97 41.24 5 5 Rear 1.4 aero 0.2 1.307 0.411 173.72 41.25 4 6 ---------------------------- Probe 140.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.361 0.000 175.90 26.49 1 1 Rear 1.0 aero 0.1 1.362 0.102 175.89 25.67 3 2 Rear 1.0 aero 0.2 1.363 0.223 175.60 25.68 2 3 Rear 1.4 aero 0.05 1.363 0.268 175.73 24.86 6 4 Rear 1.4 aero 0.1 1.363 0.326 175.59 24.86 5 5 Rear 1.4 aero 0.2 1.364 0.447 175.30 24.87 4 6 ---------------------------- Probe 150.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.418 0.000 176.73 9.98 1 1 Rear 1.0 aero 0.1 1.419 0.104 176.70 9.16 3 2 Rear 1.0 aero 0.2 1.419 0.242 176.39 9.17 2 3 Rear 1.4 aero 0.05 1.420 0.280 176.52 8.34 6 4 Rear 1.4 aero 0.1 1.420 0.347 176.36 8.34 5 5 Rear 1.4 aero 0.2 1.421 0.485 176.05 8.35 4 6 ---------------------------- Probe 160.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.474 0.000 176.73 -6.36 1 1 Rear 1.0 aero 0.1 1.475 0.107 176.69 -7.06 3 2 Rear 1.0 aero 0.2 1.476 0.263 176.35 -7.05 2 3 Rear 1.4 aero 0.05 1.476 0.295 176.49 -7.82 6 4 Rear 1.4 aero 0.1 1.476 0.372 176.31 -7.81 5 5 Rear 1.4 aero 0.2 1.477 0.528 175.97 -7.80 4 6 ---------------------------- Probe 170.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.528 0.000 176.20 -9.87 1 1 Rear 1.0 aero 0.1 1.528 0.008 176.20 -9.87 3 2 Rear 1.4 aero 0.05 1.529 0.107 176.01 -9.87 6 3 Rear 1.0 aero 0.2 1.529 0.183 175.82 -9.87 2 4 Rear 1.4 aero 0.1 1.529 0.193 175.82 -9.87 5 5 Rear 1.4 aero 0.2 1.530 0.368 175.44 -9.87 4 6 ---------------------------- Probe 180.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.585 0.000 175.64 -9.87 1 1 Rear 1.0 aero 0.1 1.585 0.007 175.67 -9.87 3 2 Rear 1.4 aero 0.05 1.586 0.116 175.49 -9.87 6 3 Rear 1.0 aero 0.2 1.586 0.204 175.26 -9.87 2 4 Rear 1.4 aero 0.1 1.586 0.213 175.29 -9.87 5 5 Rear 1.4 aero 0.2 1.587 0.410 174.88 -9.87 4 6 ---------------------------- Probe 348.00 Summary ---------------------------- Rear 1.0 aero 0.1 2.567 0.000 166.58 -9.87 3 1 Rear 1.4 aero 0.05 2.568 0.141 166.67 -9.87 6 2 Rear 0.6 aero 0.2 2.568 0.293 166.00 -9.87 1 3 Rear 1.4 aero 0.1 2.570 0.569 166.18 -9.87 5 4 Rear 1.0 aero 0.2 2.572 0.857 165.60 -9.87 2 5 Rear 1.4 aero 0.2 2.575 1.424 165.20 -9.87 4 6 ---------------------------- Probe 456.00 Summary ---------------------------- Rear 1.0 aero 0.1 3.227 0.000 160.50 -9.87 3 1 Rear 1.4 aero 0.05 3.227 0.020 160.76 -9.87 6 2 Rear 0.6 aero 0.2 3.232 0.777 159.56 -9.87 1 3 Rear 1.4 aero 0.1 3.232 0.812 160.08 -9.87 5 4 Rear 1.0 aero 0.2 3.237 1.581 159.15 -9.87 2 5 Rear 1.4 aero 0.2 3.242 2.387 158.73 -9.87 4 6 =============================== Track Profile ================================ 30 degree, Catenary transition Length: 456.000 Ramp Height Base Length Drop Angle Flat Length 48.000 20.785 24.000 36.000 -0.523599 297.646 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 54 _ 48 , 42 `. 36 '_ 30 -_ 24 '. 18 `,_ 12 '-. 6 `'-,.._____________________________________________________ in 0 30 60 90 120 150 180 210 240 270 300 330 360 390 420 450 ft 0 5 10 15 20 25 30 35 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Catenary Transition Length : 134.354 Base : 127.828 Index : 232.708 Tension (lb) at start : 25.191 end : 21.816 assuming load of 1.5 oz/in =============================== Car 1 Profile =============================== Rear 0.6 aero 0.2 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 2.025 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.200 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.523 Tilt:-0.5236 Time: 0.3505 Speed: 57.055 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.867 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.18 + 8.28 + 1.10 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.523 Tilt:-0.5236 Time: 0.4957 Speed: 80.673 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.867 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.37 + 16.55 + 2.20 + 0.01+ 0.05+ 0.48 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.025 Base: 2 1.997 Height: 36.517 Tilt:-0.5225 Time: 0.6073 Speed: 98.805 Accel: 184.0337 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2079.028 Force along track : 0.953 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.118 1.244 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.001 0.013 2769.49 Axle Force Vector Front and Rear H: -0.134 X: -0.001 H: -1.433 X: -0.006 Total Energy : 101.874 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.53 + 24.82 + 3.30 + 0.04+ 0.07+ 0.73 + 0.09+ 0.42 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.525 Base: 2 10.720 Height: 31.669 Tilt:-0.4891 Time: 0.7056 Speed: 114.178 Accel: 171.6827 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2008.052 Force along track : 0.889 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.414 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.159 298.04 Axle Force Vector Front and Rear H: -0.147 X: -0.007 H: -1.563 X: -0.075 Total Energy : 102.354 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.73 + 32.99 + 4.39 + 0.09+ 0.09+ 1.01 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.525 Base: 3 7.599 Height: 27.115 Tilt:-0.4550 Time: 0.7886 Speed: 126.248 Accel: 159.5400 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1935.738 Force along track : 0.826 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.140 1.479 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.202 287.83 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.604 X: -0.089 Total Energy : 102.338 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.84 + 40.34 + 5.37 + 0.15+ 0.12+ 1.29 + 0.16+ 0.74 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.525 Base: 4 4.630 Height: 22.871 Tilt:-0.4198 Time: 0.8645 Speed: 136.450 Accel: 146.7950 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1856.810 Force along track : 0.760 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.543 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.245 278.47 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.646 X: -0.100 Total Energy : 102.322 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.55 + 47.13 + 6.27 + 0.22+ 0.15+ 1.58 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.525 Base: 5 1.807 Height: 18.954 Tilt:-0.3834 Time: 0.9354 Speed: 145.143 Accel: 133.4588 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1770.457 Force along track : 0.691 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.604 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.286 269.98 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.687 X: -0.107 Total Energy : 102.307 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.90 + 53.33 + 7.10 + 0.30+ 0.18+ 1.89 + 0.22+ 1.08 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.525 Base: 5 11.121 Height: 15.377 Tilt:-0.3459 Time: 1.0024 Speed: 152.553 Accel: 119.5513 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1675.672 Force along track : 0.619 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.157 1.663 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.325 262.34 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.728 X: -0.110 Total Energy : 102.291 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.91 + 58.93 + 7.84 + 0.38+ 0.21+ 2.21 + 0.26+ 1.26 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.525 Base: 6 8.563 Height: 12.158 Tilt:-0.3073 Time: 1.0664 Speed: 158.829 Accel: 105.1025 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1571.152 Force along track : 0.544 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.717 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.362 255.56 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.768 X: -0.110 Total Energy : 102.273 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.62 + 63.89 + 8.50 + 0.47+ 0.24+ 2.54 + 0.30+ 1.45 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.525 Base: 7 6.123 Height: 9.308 Tilt:-0.2678 Time: 1.1282 Speed: 164.075 Accel: 90.1522 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1455.124 Force along track : 0.467 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.767 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.396 249.65 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.804 X: -0.105 Total Energy : 102.252 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.05 + 68.19 + 9.08 + 0.56+ 0.27+ 2.88 + 0.33+ 1.64 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.525 Base: 8 3.789 Height: 6.843 Tilt:-0.2275 Time: 1.1882 Speed: 168.361 Accel: 74.7511 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1325.014 Force along track : 0.387 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.811 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.426 244.59 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.837 X: -0.096 Total Energy : 102.226 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 12.23 + 71.82 + 9.56 + 0.65+ 0.30+ 3.23 + 0.37+ 1.83 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.525 Base: 9 1.547 Height: 4.774 Tilt:-0.1863 Time: 1.2468 Speed: 171.739 Accel: 58.9596 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1176.763 Force along track : 0.305 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.848 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.451 240.39 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.866 X: -0.084 Total Energy : 102.195 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 8.19 + 74.75 + 9.95 + 0.74+ 0.34+ 3.59 + 0.41+ 2.03 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.525 Base: 9 11.382 Height: 3.110 Tilt:-0.1445 Time: 1.3045 Speed: 174.246 Accel: 42.8480 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1003.175 Force along track : 0.222 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.878 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.471 237.05 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.889 X: -0.068 Total Energy : 102.157 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.93 + 76.98 + 10.25 + 0.83+ 0.37+ 3.96 + 0.45+ 2.24 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.525 Base: 10 9.277 Height: 1.862 Tilt:-0.1022 Time: 1.3614 Speed: 175.904 Accel: 26.4944 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 788.839 Force along track : 0.137 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.900 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.486 234.57 Axle Force Vector Front and Rear H: -0.179 X: -0.005 H: -1.905 X: -0.050 Total Energy : 102.111 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.49 + 78.49 + 10.45 + 0.91+ 0.41+ 4.33 + 0.49+ 2.45 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.525 Base: 11 7.217 Height: 1.035 Tilt:-0.0595 Time: 1.4180 Speed: 176.728 Accel: 9.9837 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 484.236 Force along track : 0.052 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.180 1.913 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.494 232.95 Axle Force Vector Front and Rear H: -0.180 X: -0.003 H: -1.915 X: -0.029 Total Energy : 102.057 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.87 + 79.27 + 10.55 + 0.99+ 0.44+ 4.70 + 0.53+ 2.66 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.525 Base: 12 5.182 Height: 0.634 Tilt:-0.0167 Time: 1.4744 Speed: 176.726 Accel: -6.3584 Coasting Time: 29.5379 Distance: 210 6.962 Terminal Velocity : 0.000 Force along track : -0.033 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.177 1.885 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.043 0.463 248.73 Axle Force Vector Front and Rear H: -0.177 X: -0.001 H: -1.885 X: -0.008 Total Energy : 101.993 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.09 + 79.31 + 10.56 + 1.06+ 0.48+ 5.08 + 0.57+ 2.87 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 2.967 Height: 0.590 Tilt: 0.0000 Time: 1.5281 Speed: 176.200 Accel: -9.8669 Coasting Time: 19.3973 Distance: 139 4.946 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.961 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.87 + 10.50 + 1.11+ 0.51+ 5.38 + 0.60+ 3.04 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 0.967 Height: 0.590 Tilt: 0.0000 Time: 1.5849 Speed: 175.639 Accel: -9.8669 Coasting Time: 19.3404 Distance: 138 6.946 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.953 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.37 + 10.43 + 1.17+ 0.53+ 5.66 + 0.63+ 3.20 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 0.967 Height: 0.590 Tilt: 0.0000 Time: 2.5685 Speed: 165.995 Accel: -9.8669 Coasting Time: 18.3568 Distance: 124 6.946 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.824 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 70.09 + 9.33 + 2.11+ 0.97+10.36 + 1.22+ 5.92 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 0.967 Height: 0.590 Tilt: 0.0000 Time: 3.2320 Speed: 159.557 Accel: -9.8669 Coasting Time: 17.6933 Distance: 115 6.946 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.665 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 64.86 + 8.63 + 2.58+ 1.26+13.40 + 1.60+ 7.67 =============================== Car 2 Profile =============================== Rear 1.0 aero 0.2 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 1.625 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.200 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.323 Tilt:-0.5236 Time: 0.3505 Speed: 57.055 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.14 + 8.31 + 1.11 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.323 Tilt:-0.5236 Time: 0.4957 Speed: 80.673 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.29 + 16.61 + 2.21 + 0.01+ 0.05+ 0.49 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.125 Base: 2 2.083 Height: 36.268 Tilt:-0.5218 Time: 0.6083 Speed: 98.962 Accel: 183.3523 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2075.176 Force along track : 0.950 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.124 1.316 0.002 0.026 0.003 0.015 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.008 0.084 422.49 Axle Force Vector Front and Rear H: -0.140 X: -0.004 H: -1.495 X: -0.042 Total Energy : 101.475 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.32 + 25.00 + 3.33 + 0.04+ 0.07+ 0.73 + 0.09+ 0.42 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.125 Base: 2 10.814 Height: 31.434 Tilt:-0.4891 Time: 0.7022 Speed: 113.609 Accel: 171.6929 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2008.112 Force along track : 0.889 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.412 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.158 298.04 Axle Force Vector Front and Rear H: -0.146 X: -0.007 H: -1.561 X: -0.074 Total Energy : 101.484 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.79 + 32.94 + 4.38 + 0.09+ 0.09+ 1.00 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.125 Base: 3 7.701 Height: 26.895 Tilt:-0.4550 Time: 0.7855 Speed: 125.734 Accel: 159.5505 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1935.802 Force along track : 0.826 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.139 1.477 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.201 287.83 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.602 X: -0.088 Total Energy : 101.498 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.83 + 40.34 + 5.37 + 0.15+ 0.12+ 1.29 + 0.16+ 0.74 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.125 Base: 4 4.739 Height: 22.667 Tilt:-0.4198 Time: 0.8617 Speed: 135.976 Accel: 146.8059 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1856.878 Force along track : 0.760 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.541 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.243 278.47 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.644 X: -0.099 Total Energy : 101.514 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.50 + 47.17 + 6.28 + 0.22+ 0.15+ 1.59 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.125 Base: 5 1.923 Height: 18.766 Tilt:-0.3834 Time: 0.9328 Speed: 144.699 Accel: 133.4699 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1770.531 Force along track : 0.691 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.602 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.284 269.98 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.686 X: -0.106 Total Energy : 101.532 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.80 + 53.41 + 7.11 + 0.29+ 0.18+ 1.89 + 0.22+ 1.08 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.125 Base: 5 11.244 Height: 15.208 Tilt:-0.3459 Time: 1.0000 Speed: 152.131 Accel: 119.5628 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1675.752 Force along track : 0.619 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.156 1.661 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.324 262.34 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.727 X: -0.110 Total Energy : 101.551 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.79 + 59.03 + 7.86 + 0.38+ 0.21+ 2.21 + 0.26+ 1.26 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.625 Base: 6 8.692 Height: 12.006 Tilt:-0.3054 Time: 1.0673 Speed: 158.712 Accel: 104.3782 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1565.729 Force along track : 0.541 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.718 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.362 255.25 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.768 X: -0.109 Total Energy : 101.871 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.41 + 64.04 + 8.52 + 0.47+ 0.24+ 2.56 + 0.30+ 1.46 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.625 Base: 7 6.258 Height: 9.176 Tilt:-0.2658 Time: 1.1292 Speed: 163.921 Accel: 89.4044 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1449.076 Force along track : 0.463 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.768 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.396 249.37 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.804 X: -0.104 Total Energy : 101.849 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 16.86 + 68.33 + 9.09 + 0.56+ 0.27+ 2.90 + 0.33+ 1.65 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.625 Base: 8 3.929 Height: 6.730 Tilt:-0.2254 Time: 1.1892 Speed: 168.172 Accel: 73.9824 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1318.184 Force along track : 0.383 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.811 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.425 244.36 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.837 X: -0.095 Total Energy : 101.823 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 12.06 + 71.94 + 9.57 + 0.65+ 0.31+ 3.25 + 0.37+ 1.84 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.625 Base: 9 1.691 Height: 4.681 Tilt:-0.1842 Time: 1.2479 Speed: 171.514 Accel: 58.1734 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1168.891 Force along track : 0.301 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.848 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.450 240.20 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.865 X: -0.083 Total Energy : 101.791 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 8.04 + 74.85 + 9.96 + 0.74+ 0.34+ 3.61 + 0.41+ 2.05 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.625 Base: 9 11.529 Height: 3.038 Tilt:-0.1424 Time: 1.3056 Speed: 173.984 Accel: 42.0478 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 993.765 Force along track : 0.218 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.878 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.470 236.90 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.888 X: -0.067 Total Energy : 101.753 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.81 + 77.05 + 10.26 + 0.83+ 0.37+ 3.98 + 0.45+ 2.25 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.625 Base: 10 9.427 Height: 1.811 Tilt:-0.1001 Time: 1.3627 Speed: 175.604 Accel: 25.6844 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 776.688 Force along track : 0.133 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.899 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.045 0.484 234.47 Axle Force Vector Front and Rear H: -0.178 X: -0.005 H: -1.904 X: -0.048 Total Energy : 101.707 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.40 + 78.53 + 10.45 + 0.91+ 0.41+ 4.35 + 0.49+ 2.46 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.625 Base: 11 7.368 Height: 1.005 Tilt:-0.0574 Time: 1.4193 Speed: 176.390 Accel: 9.1683 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 464.040 Force along track : 0.047 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.179 1.912 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.492 232.89 Axle Force Vector Front and Rear H: -0.179 X: -0.003 H: -1.913 X: -0.028 Total Energy : 101.652 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.82 + 79.28 + 10.55 + 0.99+ 0.44+ 4.73 + 0.53+ 2.67 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.625 Base: 12 5.335 Height: 0.625 Tilt:-0.0147 Time: 1.4759 Speed: 176.348 Accel: -7.0518 Coasting Time: 26.7388 Distance: 190 9.688 Terminal Velocity : 0.000 Force along track : -0.037 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.873 0.004 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.451 254.15 Axle Force Vector Front and Rear H: -0.176 X: -0.001 H: -1.873 X: -0.007 Total Energy : 101.588 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.07 + 79.29 + 10.55 + 1.06+ 0.48+ 5.10 + 0.57+ 2.88 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 3.020 Height: 0.590 Tilt: 0.0000 Time: 1.5291 Speed: 175.820 Accel: -9.8669 Coasting Time: 19.3588 Distance: 138 10.170 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.559 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.84 + 10.49 + 1.11+ 0.51+ 5.40 + 0.60+ 3.05 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 1.020 Height: 0.590 Tilt: 0.0000 Time: 1.5861 Speed: 175.258 Accel: -9.8669 Coasting Time: 19.3018 Distance: 138 0.170 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.551 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.34 + 10.43 + 1.17+ 0.53+ 5.68 + 0.64+ 3.21 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 1.020 Height: 0.590 Tilt: 0.0000 Time: 2.5719 Speed: 165.597 Accel: -9.8669 Coasting Time: 18.3160 Distance: 124 0.170 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.422 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 70.03 + 9.32 + 2.11+ 0.98+10.40 + 1.23+ 5.94 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 1.020 Height: 0.590 Tilt: 0.0000 Time: 3.2371 Speed: 159.146 Accel: -9.8669 Coasting Time: 17.6508 Distance: 115 0.170 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.263 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 64.78 + 8.62 + 2.58+ 1.26+13.45 + 1.61+ 7.70 =============================== Car 3 Profile =============================== Rear 1.0 aero 0.1 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 1.625 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.100 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.323 Tilt:-0.5236 Time: 0.3505 Speed: 57.061 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2943.905 Force along track : 0.956 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.14 + 8.31 + 1.11 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.323 Tilt:-0.5236 Time: 0.4957 Speed: 80.689 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2943.905 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.29 + 16.62 + 2.21 + 0.01+ 0.05+ 0.49 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.125 Base: 2 2.083 Height: 36.268 Tilt:-0.5218 Time: 0.6083 Speed: 98.990 Accel: 183.3520 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2934.740 Force along track : 0.950 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.124 1.316 0.002 0.026 0.003 0.015 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.008 0.084 422.49 Axle Force Vector Front and Rear H: -0.140 X: -0.004 H: -1.495 X: -0.042 Total Energy : 101.470 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.32 + 25.01 + 3.33 + 0.02+ 0.07+ 0.73 + 0.09+ 0.42 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.125 Base: 2 10.814 Height: 31.434 Tilt:-0.4891 Time: 0.7021 Speed: 113.652 Accel: 171.6921 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2839.892 Force along track : 0.889 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.412 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.158 298.04 Axle Force Vector Front and Rear H: -0.146 X: -0.007 H: -1.562 X: -0.074 Total Energy : 101.468 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.79 + 32.97 + 4.39 + 0.04+ 0.09+ 1.00 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.125 Base: 3 7.701 Height: 26.895 Tilt:-0.4550 Time: 0.7854 Speed: 125.794 Accel: 159.5493 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2737.627 Force along track : 0.826 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.139 1.477 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.201 287.83 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.603 X: -0.088 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.85 + 40.39 + 5.38 + 0.07+ 0.12+ 1.29 + 0.16+ 0.74 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.125 Base: 4 4.739 Height: 22.667 Tilt:-0.4198 Time: 0.8615 Speed: 136.055 Accel: 146.8041 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2626.006 Force along track : 0.760 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.541 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.243 278.47 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.644 X: -0.099 Total Energy : 101.467 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.52 + 47.25 + 6.29 + 0.11+ 0.15+ 1.59 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.125 Base: 5 1.923 Height: 18.766 Tilt:-0.3834 Time: 0.9326 Speed: 144.799 Accel: 133.4675 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2503.885 Force along track : 0.691 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.603 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.284 269.98 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.686 X: -0.106 Total Energy : 101.468 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.83 + 53.52 + 7.12 + 0.15+ 0.18+ 1.90 + 0.22+ 1.08 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.125 Base: 5 11.244 Height: 15.208 Tilt:-0.3459 Time: 0.9997 Speed: 152.253 Accel: 119.5595 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2369.839 Force along track : 0.619 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.156 1.661 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.324 262.34 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.727 X: -0.110 Total Energy : 101.469 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.81 + 59.17 + 7.88 + 0.19+ 0.21+ 2.22 + 0.26+ 1.26 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.625 Base: 6 8.692 Height: 12.006 Tilt:-0.3054 Time: 1.0670 Speed: 158.859 Accel: 104.3740 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2214.231 Force along track : 0.541 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.719 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.363 255.25 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.768 X: -0.109 Total Energy : 101.770 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.44 + 64.23 + 8.55 + 0.24+ 0.24+ 2.56 + 0.30+ 1.46 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.625 Base: 7 6.258 Height: 9.176 Tilt:-0.2658 Time: 1.1288 Speed: 164.093 Accel: 89.3992 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2049.243 Force along track : 0.463 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.768 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.397 249.37 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.805 X: -0.104 Total Energy : 101.731 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 16.88 + 68.56 + 9.12 + 0.28+ 0.27+ 2.90 + 0.33+ 1.65 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.625 Base: 8 3.929 Height: 6.730 Tilt:-0.2254 Time: 1.1888 Speed: 168.370 Accel: 73.9761 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1864.114 Force along track : 0.383 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.812 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.426 244.36 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.838 X: -0.095 Total Energy : 101.688 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 12.08 + 72.21 + 9.61 + 0.33+ 0.31+ 3.25 + 0.37+ 1.85 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.625 Base: 9 1.691 Height: 4.681 Tilt:-0.1842 Time: 1.2474 Speed: 171.739 Accel: 58.1659 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1652.955 Force along track : 0.301 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.849 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.452 240.20 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.866 X: -0.083 Total Energy : 101.643 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 8.05 + 75.16 + 10.00 + 0.37+ 0.34+ 3.62 + 0.41+ 2.05 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.625 Base: 9 11.529 Height: 3.038 Tilt:-0.1424 Time: 1.3050 Speed: 174.237 Accel: 42.0392 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1405.251 Force along track : 0.218 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.879 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.472 236.90 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.889 X: -0.067 Total Energy : 101.593 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.82 + 77.40 + 10.30 + 0.42+ 0.37+ 3.98 + 0.45+ 2.25 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.625 Base: 10 9.427 Height: 1.811 Tilt:-0.1001 Time: 1.3620 Speed: 175.887 Accel: 25.6746 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1098.193 Force along track : 0.133 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.901 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.486 234.47 Axle Force Vector Front and Rear H: -0.179 X: -0.005 H: -1.906 X: -0.049 Total Energy : 101.538 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.40 + 78.91 + 10.50 + 0.46+ 0.41+ 4.36 + 0.49+ 2.46 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.625 Base: 11 7.368 Height: 1.005 Tilt:-0.0574 Time: 1.4186 Speed: 176.703 Accel: 9.1572 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 655.857 Force along track : 0.047 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.180 1.914 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.494 232.89 Axle Force Vector Front and Rear H: -0.180 X: -0.003 H: -1.915 X: -0.028 Total Energy : 101.479 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.82 + 79.69 + 10.61 + 0.50+ 0.45+ 4.74 + 0.53+ 2.67 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.625 Base: 12 5.335 Height: 0.625 Tilt:-0.0147 Time: 1.4750 Speed: 176.694 Accel: -7.0630 Coasting Time: 27.5045 Distance: 199 5.416 Terminal Velocity : 0.000 Force along track : -0.037 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.875 0.004 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.453 254.15 Axle Force Vector Front and Rear H: -0.176 X: -0.001 H: -1.875 X: -0.007 Total Energy : 101.415 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.07 + 79.74 + 10.61 + 0.53+ 0.48+ 5.11 + 0.57+ 2.89 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 3.020 Height: 0.590 Tilt: 0.0000 Time: 1.5281 Speed: 176.198 Accel: -9.8669 Coasting Time: 19.7998 Distance: 143 9.454 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.390 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 79.31 + 10.56 + 0.56+ 0.51+ 5.41 + 0.60+ 3.05 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 1.020 Height: 0.590 Tilt: 0.0000 Time: 1.5850 Speed: 175.670 Accel: -9.8669 Coasting Time: 19.7430 Distance: 142 11.454 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.386 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.84 + 10.49 + 0.59+ 0.53+ 5.69 + 0.64+ 3.22 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 1.020 Height: 0.590 Tilt: 0.0000 Time: 2.5667 Speed: 166.580 Accel: -9.8669 Coasting Time: 18.7612 Distance: 128 11.454 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.325 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 70.93 + 9.44 + 1.07+ 0.98+10.41 + 1.23+ 5.94 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 1.020 Height: 0.590 Tilt: 0.0000 Time: 3.2271 Speed: 160.498 Accel: -9.8669 Coasting Time: 18.1008 Distance: 119 11.454 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.249 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 65.90 + 8.77 + 1.31+ 1.26+13.45 + 1.61+ 7.70 =============================== Car 4 Profile =============================== Rear 1.4 aero 0.2 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 1.225 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.200 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.123 Tilt:-0.5236 Time: 0.3505 Speed: 57.055 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.34 + 1.11 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4957 Speed: 80.673 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2081.655 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 16.68 + 2.22 + 0.01+ 0.05+ 0.49 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.225 Base: 2 2.169 Height: 36.019 Tilt:-0.5204 Time: 0.6093 Speed: 99.117 Accel: 182.6771 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2071.352 Force along track : 0.946 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.127 1.349 0.003 0.027 0.003 0.015 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.011 0.115 308.54 Axle Force Vector Front and Rear H: -0.143 X: -0.005 H: -1.522 X: -0.057 Total Energy : 101.075 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.10 + 25.17 + 3.35 + 0.04+ 0.07+ 0.74 + 0.09+ 0.43 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.225 Base: 2 10.908 Height: 31.200 Tilt:-0.4874 Time: 0.7030 Speed: 113.699 Accel: 171.1103 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2004.702 Force along track : 0.886 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.414 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.158 297.51 Axle Force Vector Front and Rear H: -0.146 X: -0.007 H: -1.562 X: -0.074 Total Energy : 101.084 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.56 + 33.12 + 4.41 + 0.09+ 0.10+ 1.01 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.803 Height: 26.676 Tilt:-0.4533 Time: 0.7863 Speed: 125.774 Accel: 158.9380 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1932.082 Force along track : 0.823 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.140 1.479 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.201 287.34 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.603 X: -0.088 Total Energy : 101.098 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.61 + 40.53 + 5.39 + 0.15+ 0.12+ 1.30 + 0.16+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.849 Height: 22.464 Tilt:-0.4180 Time: 0.8625 Speed: 135.972 Accel: 146.1638 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1852.813 Force along track : 0.757 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.542 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.243 278.03 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.645 X: -0.099 Total Energy : 101.114 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.27 + 47.36 + 6.30 + 0.22+ 0.15+ 1.60 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 2.039 Height: 18.580 Tilt:-0.3815 Time: 0.9336 Speed: 144.655 Accel: 132.7991 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1766.075 Force along track : 0.688 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.604 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.284 269.57 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.686 X: -0.106 Total Energy : 101.132 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.58 + 53.59 + 7.13 + 0.30+ 0.18+ 1.91 + 0.23+ 1.09 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 11.367 Height: 15.039 Tilt:-0.3440 Time: 1.0008 Speed: 152.050 Accel: 118.8644 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1670.850 Force along track : 0.616 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.157 1.662 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.324 261.98 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.727 X: -0.109 Total Energy : 101.151 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.57 + 59.20 + 7.88 + 0.38+ 0.21+ 2.23 + 0.26+ 1.27 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 8.821 Height: 11.856 Tilt:-0.3054 Time: 1.0651 Speed: 158.308 Accel: 104.3899 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1565.817 Force along track : 0.541 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.716 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.360 255.25 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.766 X: -0.108 Total Energy : 101.168 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.27 + 64.16 + 8.54 + 0.47+ 0.24+ 2.56 + 0.30+ 1.46 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 6.393 Height: 9.044 Tilt:-0.2658 Time: 1.1271 Speed: 163.531 Accel: 89.4163 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1449.173 Force along track : 0.463 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.766 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.394 249.37 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.802 X: -0.103 Total Energy : 101.185 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 16.71 + 68.45 + 9.11 + 0.56+ 0.27+ 2.91 + 0.34+ 1.65 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 4.068 Height: 6.618 Tilt:-0.2254 Time: 1.1873 Speed: 167.792 Accel: 73.9946 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1318.292 Force along track : 0.383 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.809 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.423 244.36 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.835 X: -0.095 Total Energy : 101.197 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.91 + 72.06 + 9.59 + 0.65+ 0.31+ 3.26 + 0.37+ 1.85 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.225 Base: 9 1.834 Height: 4.589 Tilt:-0.1842 Time: 1.2461 Speed: 171.143 Accel: 58.1858 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1169.015 Force along track : 0.301 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.846 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.448 240.20 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.863 X: -0.082 Total Energy : 101.206 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 7.90 + 74.96 + 9.98 + 0.74+ 0.34+ 3.62 + 0.41+ 2.05 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 11.676 Height: 2.967 Tilt:-0.1403 Time: 1.3068 Speed: 173.720 Accel: 41.2472 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 984.258 Force along track : 0.214 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.877 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.469 236.76 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.887 X: -0.066 Total Energy : 101.349 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.69 + 77.12 + 10.26 + 0.83+ 0.38+ 4.00 + 0.45+ 2.26 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 9.577 Height: 1.760 Tilt:-0.0979 Time: 1.3640 Speed: 175.302 Accel: 24.8741 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 764.339 Force along track : 0.129 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.898 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.045 0.483 234.37 Axle Force Vector Front and Rear H: -0.178 X: -0.004 H: -1.903 X: -0.047 Total Energy : 101.303 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.31 + 78.57 + 10.46 + 0.92+ 0.41+ 4.37 + 0.49+ 2.47 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.725 Base: 11 7.520 Height: 0.976 Tilt:-0.0552 Time: 1.4207 Speed: 176.049 Accel: 8.3527 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 442.920 Force along track : 0.043 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.179 1.910 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.490 232.83 Axle Force Vector Front and Rear H: -0.179 X: -0.003 H: -1.912 X: -0.027 Total Energy : 101.247 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.76 + 79.29 + 10.55 + 0.99+ 0.45+ 4.75 + 0.53+ 2.68 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.725 Base: 12 5.489 Height: 0.617 Tilt:-0.0127 Time: 1.4774 Speed: 175.968 Accel: -7.8023 Coasting Time: 24.2461 Distance: 173 1.481 Terminal Velocity : 0.000 Force along track : -0.040 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.175 1.871 0.004 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.449 253.92 Axle Force Vector Front and Rear H: -0.175 X: -0.001 H: -1.872 X: -0.006 Total Energy : 101.183 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 79.26 + 10.55 + 1.06+ 0.48+ 5.13 + 0.57+ 2.89 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 3.074 Height: 0.590 Tilt: 0.0000 Time: 1.5302 Speed: 175.439 Accel: -9.8669 Coasting Time: 19.3202 Distance: 138 3.392 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.156 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.81 + 10.49 + 1.11+ 0.51+ 5.42 + 0.60+ 3.06 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 1.074 Height: 0.590 Tilt: 0.0000 Time: 1.5873 Speed: 174.876 Accel: -9.8669 Coasting Time: 19.2631 Distance: 137 5.392 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.149 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.31 + 10.42 + 1.17+ 0.54+ 5.70 + 0.64+ 3.22 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 1.074 Height: 0.590 Tilt: 0.0000 Time: 2.5753 Speed: 165.198 Accel: -9.8669 Coasting Time: 18.2750 Distance: 123 5.392 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.020 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 69.97 + 9.31 + 2.11+ 0.98+10.44 + 1.23+ 5.96 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 1.074 Height: 0.590 Tilt: 0.0000 Time: 3.2422 Speed: 158.734 Accel: -9.8669 Coasting Time: 17.6082 Distance: 114 5.392 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.861 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 64.70 + 8.61 + 2.57+ 1.27+13.50 + 1.61+ 7.73 =============================== Car 5 Profile =============================== Rear 1.4 aero 0.1 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 1.225 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.100 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.123 Tilt:-0.5236 Time: 0.3505 Speed: 57.061 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2943.905 Force along track : 0.956 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.34 + 1.11 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4957 Speed: 80.689 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2943.905 Force along track : 0.956 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 16.69 + 2.22 + 0.01+ 0.05+ 0.49 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.225 Base: 2 2.169 Height: 36.019 Tilt:-0.5204 Time: 0.6093 Speed: 99.145 Accel: 182.6767 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2929.330 Force along track : 0.946 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.127 1.349 0.003 0.027 0.003 0.015 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.011 0.115 308.54 Axle Force Vector Front and Rear H: -0.143 X: -0.005 H: -1.522 X: -0.057 Total Energy : 101.070 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.11 + 25.19 + 3.35 + 0.02+ 0.07+ 0.74 + 0.09+ 0.43 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.225 Base: 2 10.908 Height: 31.200 Tilt:-0.4874 Time: 0.7030 Speed: 113.742 Accel: 171.1096 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2835.070 Force along track : 0.886 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.414 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.158 297.51 Axle Force Vector Front and Rear H: -0.146 X: -0.007 H: -1.562 X: -0.074 Total Energy : 101.068 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.57 + 33.15 + 4.41 + 0.05+ 0.10+ 1.01 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.803 Height: 26.676 Tilt:-0.4533 Time: 0.7862 Speed: 125.834 Accel: 158.9368 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2732.367 Force along track : 0.823 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.140 1.479 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.201 287.34 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.603 X: -0.088 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.62 + 40.58 + 5.40 + 0.08+ 0.12+ 1.30 + 0.16+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.849 Height: 22.464 Tilt:-0.4180 Time: 0.8624 Speed: 136.051 Accel: 146.1620 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2620.258 Force along track : 0.757 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.543 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.244 278.03 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.645 X: -0.099 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.29 + 47.44 + 6.31 + 0.11+ 0.15+ 1.60 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 2.039 Height: 18.580 Tilt:-0.3815 Time: 0.9334 Speed: 144.755 Accel: 132.7966 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2497.585 Force along track : 0.688 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.604 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.285 269.57 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.687 X: -0.106 Total Energy : 101.068 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.60 + 53.70 + 7.15 + 0.15+ 0.18+ 1.91 + 0.23+ 1.09 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 11.367 Height: 15.039 Tilt:-0.3440 Time: 1.0006 Speed: 152.172 Accel: 118.8611 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2362.907 Force along track : 0.616 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.157 1.662 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.324 261.98 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.727 X: -0.109 Total Energy : 101.068 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.59 + 59.34 + 7.90 + 0.19+ 0.21+ 2.23 + 0.26+ 1.27 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 8.821 Height: 11.856 Tilt:-0.3054 Time: 1.0648 Speed: 158.453 Accel: 104.3858 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2214.355 Force along track : 0.541 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.717 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.361 255.25 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.767 X: -0.109 Total Energy : 101.068 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.29 + 64.34 + 8.56 + 0.23+ 0.24+ 2.56 + 0.30+ 1.46 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 6.393 Height: 9.044 Tilt:-0.2658 Time: 1.1267 Speed: 163.701 Accel: 89.4112 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2049.381 Force along track : 0.463 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.766 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.395 249.37 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.803 X: -0.104 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 16.73 + 68.68 + 9.14 + 0.28+ 0.27+ 2.91 + 0.34+ 1.65 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 4.068 Height: 6.618 Tilt:-0.2254 Time: 1.1868 Speed: 167.989 Accel: 73.9883 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1864.268 Force along track : 0.383 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.810 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.424 244.36 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.836 X: -0.095 Total Energy : 101.064 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.93 + 72.32 + 9.63 + 0.33+ 0.31+ 3.26 + 0.37+ 1.85 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.225 Base: 9 1.834 Height: 4.589 Tilt:-0.1842 Time: 1.2456 Speed: 171.366 Accel: 58.1784 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1653.132 Force along track : 0.301 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.847 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.450 240.20 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.864 X: -0.082 Total Energy : 101.058 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 7.91 + 75.27 + 10.02 + 0.37+ 0.34+ 3.62 + 0.41+ 2.05 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 11.676 Height: 2.967 Tilt:-0.1403 Time: 1.3062 Speed: 173.973 Accel: 41.2386 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1391.805 Force along track : 0.214 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.878 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.470 236.76 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.888 X: -0.066 Total Energy : 101.189 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.70 + 77.47 + 10.31 + 0.42+ 0.38+ 4.01 + 0.45+ 2.27 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 9.577 Height: 1.760 Tilt:-0.0979 Time: 1.3633 Speed: 175.585 Accel: 24.8643 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1080.725 Force along track : 0.129 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.899 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.045 0.484 234.37 Axle Force Vector Front and Rear H: -0.179 X: -0.004 H: -1.904 X: -0.047 Total Energy : 101.135 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.31 + 78.96 + 10.51 + 0.46+ 0.41+ 4.38 + 0.49+ 2.48 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.725 Base: 11 7.520 Height: 0.976 Tilt:-0.0552 Time: 1.4199 Speed: 176.363 Accel: 8.3417 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 625.969 Force along track : 0.043 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.179 1.912 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.492 232.83 Axle Force Vector Front and Rear H: -0.179 X: -0.003 H: -1.914 X: -0.027 Total Energy : 101.075 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.76 + 79.70 + 10.61 + 0.50+ 0.45+ 4.76 + 0.53+ 2.69 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.725 Base: 12 5.489 Height: 0.617 Tilt:-0.0127 Time: 1.4765 Speed: 176.314 Accel: -7.8134 Coasting Time: 24.8816 Distance: 180 3.683 Terminal Velocity : 0.000 Force along track : -0.040 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.873 0.004 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.451 253.92 Axle Force Vector Front and Rear H: -0.176 X: -0.001 H: -1.873 X: -0.006 Total Energy : 101.011 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 79.71 + 10.61 + 0.53+ 0.48+ 5.14 + 0.57+ 2.90 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 3.074 Height: 0.590 Tilt: 0.0000 Time: 1.5292 Speed: 175.817 Accel: -9.8669 Coasting Time: 19.7588 Distance: 143 2.236 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.989 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 79.28 + 10.55 + 0.56+ 0.51+ 5.43 + 0.61+ 3.06 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 1.074 Height: 0.590 Tilt: 0.0000 Time: 1.5861 Speed: 175.288 Accel: -9.8669 Coasting Time: 19.7019 Distance: 142 4.236 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.985 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 78.81 + 10.49 + 0.59+ 0.54+ 5.71 + 0.64+ 3.23 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 1.074 Height: 0.590 Tilt: 0.0000 Time: 2.5702 Speed: 166.180 Accel: -9.8669 Coasting Time: 18.7178 Distance: 128 4.236 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.924 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 70.87 + 9.43 + 1.07+ 0.98+10.45 + 1.23+ 5.97 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 1.074 Height: 0.590 Tilt: 0.0000 Time: 3.2322 Speed: 160.084 Accel: -9.8669 Coasting Time: 18.0558 Distance: 119 4.236 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.848 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 65.82 + 8.76 + 1.31+ 1.27+13.50 + 1.61+ 7.73 =============================== Car 6 Profile =============================== Rear 1.4 aero 0.05 Total Weight : 2.00 Box Size (WHL) : 2.380x 0.840x 7.000 Profile : Nose Base CMx CMh Tilt Contour 1.225 4.375 0.375 0.000 0.000 Rectangle Aero Parameters Drag coefficient :0.050 Crosssection : 1.18 Front Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 Rear Wheels Axle friction coef : 0.200 Kit wheel stock : BSA. Weight Moment of Inertia Tread Radius Bore Width 0.1111 0.000060000 0.0100 0.590 0.059 0.315 ---------------------Distance Probe 1 Results ---------------------- Pos: 0 10.000 Base: 0 8.660 Height: 46.123 Tilt:-0.5236 Time: 0.3505 Speed: 57.063 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4163.310 Force along track : 0.956 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.34 + 1.11 + 0.00+ 0.02+ 0.24 + 0.03+ 0.14 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4957 Speed: 80.696 Accel: 184.4990 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4163.310 Force along track : 0.956 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.115 1.232 0.002 0.025 0.003 0.014 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 101.067 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 16.69 + 2.22 + 0.00+ 0.05+ 0.49 + 0.06+ 0.28 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.225 Base: 2 2.169 Height: 36.019 Tilt:-0.5204 Time: 0.6092 Speed: 99.159 Accel: 182.6765 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4142.696 Force along track : 0.946 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.127 1.349 0.003 0.027 0.003 0.015 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.011 0.115 308.54 Axle Force Vector Front and Rear H: -0.143 X: -0.005 H: -1.522 X: -0.057 Total Energy : 101.068 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.11 + 25.20 + 3.35 + 0.01+ 0.07+ 0.74 + 0.09+ 0.43 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.225 Base: 2 10.908 Height: 31.200 Tilt:-0.4874 Time: 0.7029 Speed: 113.764 Accel: 171.1092 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4009.391 Force along track : 0.886 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.414 0.003 0.028 0.003 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.015 0.158 297.51 Axle Force Vector Front and Rear H: -0.146 X: -0.007 H: -1.562 X: -0.074 Total Energy : 101.059 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.58 + 33.17 + 4.41 + 0.02+ 0.10+ 1.01 + 0.12+ 0.58 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.803 Height: 26.676 Tilt:-0.4533 Time: 0.7862 Speed: 125.864 Accel: 158.9362 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3864.143 Force along track : 0.823 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.140 1.479 0.003 0.030 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.019 0.201 287.34 Axle Force Vector Front and Rear H: -0.150 X: -0.008 H: -1.603 X: -0.088 Total Energy : 101.051 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 51.63 + 40.60 + 5.40 + 0.04+ 0.12+ 1.30 + 0.16+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.849 Height: 22.464 Tilt:-0.4180 Time: 0.8623 Speed: 136.091 Accel: 146.1611 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3705.593 Force along track : 0.757 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.145 1.543 0.003 0.031 0.003 0.017 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.023 0.244 278.03 Axle Force Vector Front and Rear H: -0.154 X: -0.009 H: -1.645 X: -0.099 Total Energy : 101.043 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 43.30 + 47.48 + 6.32 + 0.05+ 0.15+ 1.60 + 0.19+ 0.91 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 2.039 Height: 18.580 Tilt:-0.3815 Time: 0.9333 Speed: 144.805 Accel: 132.7954 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3532.102 Force along track : 0.688 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.151 1.604 0.003 0.032 0.004 0.018 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.027 0.285 269.57 Axle Force Vector Front and Rear H: -0.158 X: -0.010 H: -1.687 X: -0.106 Total Energy : 101.035 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 35.61 + 53.75 + 7.15 + 0.07+ 0.18+ 1.91 + 0.23+ 1.09 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 11.367 Height: 15.039 Tilt:-0.3440 Time: 1.0005 Speed: 152.233 Accel: 118.8595 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3341.632 Force along track : 0.616 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.157 1.663 0.003 0.033 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.030 0.324 261.98 Axle Force Vector Front and Rear H: -0.162 X: -0.010 H: -1.728 X: -0.109 Total Energy : 101.027 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 28.60 + 59.42 + 7.91 + 0.10+ 0.21+ 2.23 + 0.26+ 1.27 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 8.821 Height: 11.856 Tilt:-0.3054 Time: 1.0646 Speed: 158.526 Accel: 104.3837 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3131.540 Force along track : 0.541 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.162 1.717 0.003 0.034 0.004 0.019 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.034 0.361 255.25 Axle Force Vector Front and Rear H: -0.166 X: -0.010 H: -1.767 X: -0.109 Total Energy : 101.018 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 22.30 + 64.43 + 8.58 + 0.12+ 0.24+ 2.57 + 0.30+ 1.46 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 6.393 Height: 9.044 Tilt:-0.2658 Time: 1.1265 Speed: 163.786 Accel: 89.4086 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2898.220 Force along track : 0.463 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.166 1.767 0.003 0.035 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.037 0.395 249.37 Axle Force Vector Front and Rear H: -0.169 X: -0.010 H: -1.804 X: -0.104 Total Energy : 101.008 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 16.74 + 68.79 + 9.16 + 0.14+ 0.27+ 2.91 + 0.34+ 1.65 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 4.068 Height: 6.618 Tilt:-0.2254 Time: 1.1866 Speed: 168.087 Accel: 73.9852 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2636.417 Force along track : 0.383 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.170 1.811 0.003 0.036 0.004 0.020 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.040 0.425 244.36 Axle Force Vector Front and Rear H: -0.172 X: -0.009 H: -1.836 X: -0.095 Total Energy : 100.996 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.94 + 72.46 + 9.64 + 0.16+ 0.31+ 3.26 + 0.37+ 1.85 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.225 Base: 9 1.834 Height: 4.589 Tilt:-0.1842 Time: 1.2453 Speed: 171.478 Accel: 58.1747 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2337.807 Force along track : 0.301 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.174 1.848 0.003 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.450 240.20 Axle Force Vector Front and Rear H: -0.175 X: -0.008 H: -1.865 X: -0.082 Total Energy : 100.983 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 7.92 + 75.42 + 10.04 + 0.19+ 0.34+ 3.63 + 0.41+ 2.06 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 11.676 Height: 2.967 Tilt:-0.1403 Time: 1.3059 Speed: 174.100 Accel: 41.2342 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1968.207 Force along track : 0.214 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.879 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.044 0.471 236.76 Axle Force Vector Front and Rear H: -0.177 X: -0.006 H: -1.889 X: -0.066 Total Energy : 101.109 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 4.70 + 77.65 + 10.33 + 0.21+ 0.38+ 4.01 + 0.45+ 2.27 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 9.577 Height: 1.760 Tilt:-0.0979 Time: 1.3629 Speed: 175.727 Accel: 24.8594 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1528.224 Force along track : 0.129 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.178 1.900 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.045 0.485 234.37 Axle Force Vector Front and Rear H: -0.179 X: -0.004 H: -1.905 X: -0.047 Total Energy : 101.050 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 2.32 + 79.15 + 10.53 + 0.23+ 0.41+ 4.38 + 0.49+ 2.48 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.725 Base: 11 7.520 Height: 0.976 Tilt:-0.0552 Time: 1.4196 Speed: 176.520 Accel: 8.3361 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 884.960 Force along track : 0.043 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.179 1.913 0.004 0.038 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.046 0.493 232.83 Axle Force Vector Front and Rear H: -0.179 X: -0.003 H: -1.914 X: -0.027 Total Energy : 100.988 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.76 + 79.92 + 10.64 + 0.25+ 0.45+ 4.76 + 0.53+ 2.69 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.725 Base: 12 5.489 Height: 0.617 Tilt:-0.0127 Time: 1.4761 Speed: 176.487 Accel: -7.8190 Coasting Time: 25.2231 Distance: 184 2.356 Terminal Velocity : 0.000 Force along track : -0.041 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.176 1.874 0.004 0.037 0.004 0.021 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.042 0.452 253.92 Axle Force Vector Front and Rear H: -0.176 X: -0.001 H: -1.874 X: -0.006 Total Energy : 100.925 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 79.94 + 10.64 + 0.27+ 0.48+ 5.14 + 0.57+ 2.90 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 3.074 Height: 0.590 Tilt: 0.0000 Time: 1.5287 Speed: 176.006 Accel: -9.8669 Coasting Time: 19.9915 Distance: 145 9.665 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.904 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 79.52 + 10.58 + 0.28+ 0.51+ 5.43 + 0.61+ 3.07 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 1.074 Height: 0.590 Tilt: 0.0000 Time: 1.5856 Speed: 175.494 Accel: -9.8669 Coasting Time: 19.9346 Distance: 144 11.665 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.902 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 79.06 + 10.52 + 0.30+ 0.54+ 5.72 + 0.64+ 3.23 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 1.074 Height: 0.590 Tilt: 0.0000 Time: 2.5676 Speed: 166.673 Accel: -9.8669 Coasting Time: 18.9526 Distance: 130 11.665 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.872 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 71.33 + 9.49 + 0.54+ 0.98+10.45 + 1.23+ 5.97 ---------------------Distance Probe 20 Results ---------------------- Pos: 38 0.000 Base: 37 1.074 Height: 0.590 Tilt: 0.0000 Time: 3.2272 Speed: 160.762 Accel: -9.8669 Coasting Time: 18.2930 Distance: 121 11.665 Terminal Velocity : 0.000 Force along track : -0.051 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.133 1.422 0.003 0.028 0.004 0.016 Gravity(f & r) Centrifugal(f & r) Curvature 0.133 1.422 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.133 X: 0.000 H: -1.422 X: 0.000 Total Energy : 100.835 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 66.39 + 8.84 + 0.66+ 1.27+13.51 + 1.62+ 7.73