Four and five section Best Tracks Comparing trade-offs for fenders vs. rear wheel location WhBsePwd.xml (input file): WhBsePwd.txt (output file): WhBsePwd Race Specification File: WhBsePwd.xml =============================== Race Standings =============================== Car Name Time Split Distance Speed Accel Lane Place ---------------------------- Probe 10.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.339 0.000 59.05 183.61 6 1 Rear 1.0 aero 0.1 0.339 0.000 59.04 183.61 3 2 Rear 1.4 aero 0.1 0.339 0.000 59.04 183.61 5 3 Rear 0.6 aero 0.2 0.339 0.001 59.04 183.61 1 4 Rear 1.0 aero 0.2 0.339 0.001 59.04 183.61 2 5 Rear 1.4 aero 0.2 0.339 0.001 59.04 183.61 4 6 ---------------------------- Probe 20.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.479 0.000 83.50 183.61 6 1 Rear 1.0 aero 0.1 0.479 0.000 83.50 183.61 3 2 Rear 1.4 aero 0.1 0.479 0.000 83.50 183.61 5 3 Rear 0.6 aero 0.2 0.479 0.002 83.49 183.61 1 4 Rear 1.0 aero 0.2 0.479 0.002 83.49 183.61 2 5 Rear 1.4 aero 0.2 0.479 0.002 83.49 183.61 4 6 ---------------------------- Probe 30.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.587 0.000 102.27 183.61 6 1 Rear 1.0 aero 0.1 0.587 0.001 102.26 183.61 3 2 Rear 1.4 aero 0.1 0.587 0.001 102.26 183.61 5 3 Rear 0.6 aero 0.2 0.587 0.003 102.25 183.61 1 4 Rear 1.0 aero 0.2 0.587 0.003 102.25 183.61 2 5 Rear 1.4 aero 0.2 0.587 0.003 102.25 183.61 4 6 ---------------------------- Probe 40.00 Summary ---------------------------- Rear 1.4 aero 0.05 0.677 0.000 118.08 183.61 6 1 Rear 1.0 aero 0.1 0.677 0.002 118.07 183.61 3 2 Rear 1.4 aero 0.1 0.677 0.002 118.07 183.61 5 3 Rear 0.6 aero 0.2 0.678 0.007 118.06 183.61 1 4 Rear 1.0 aero 0.2 0.678 0.007 118.06 183.61 2 5 Rear 1.4 aero 0.2 0.678 0.007 118.06 183.61 4 6 ---------------------------- Probe 50.00 Summary ---------------------------- Rear 0.6 aero 0.2 0.757 0.000 131.98 183.61 1 1 Rear 1.0 aero 0.1 0.758 0.117 132.17 183.34 3 2 Rear 1.0 aero 0.2 0.758 0.124 132.14 183.34 2 3 Rear 1.4 aero 0.05 0.759 0.212 132.31 183.27 6 4 Rear 1.4 aero 0.1 0.759 0.216 132.30 183.27 5 5 Rear 1.4 aero 0.2 0.759 0.222 132.27 183.27 4 6 ---------------------------- Probe 60.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.830 0.000 144.34 169.82 3 1 Rear 1.0 aero 0.2 0.831 0.010 144.30 169.82 2 2 Rear 1.4 aero 0.05 0.831 0.094 144.43 168.93 6 3 Rear 1.4 aero 0.1 0.831 0.100 144.41 168.93 5 4 Rear 1.4 aero 0.2 0.831 0.110 144.37 168.93 4 5 Rear 0.6 aero 0.2 0.833 0.410 144.78 169.80 1 6 ---------------------------- Probe 70.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.897 0.000 154.47 151.24 3 1 Rear 1.0 aero 0.2 0.897 0.013 154.43 151.24 2 2 Rear 1.4 aero 0.05 0.898 0.096 154.51 150.29 6 3 Rear 1.4 aero 0.1 0.898 0.104 154.48 150.30 5 4 Rear 1.4 aero 0.2 0.898 0.117 154.44 150.30 4 5 Rear 0.6 aero 0.2 0.900 0.409 154.88 151.22 1 6 ---------------------------- Probe 80.00 Summary ---------------------------- Rear 1.0 aero 0.1 0.960 0.000 162.86 131.32 3 1 Rear 1.0 aero 0.2 0.960 0.017 162.81 131.33 2 2 Rear 1.4 aero 0.05 0.961 0.100 162.84 130.31 6 3 Rear 1.4 aero 0.1 0.961 0.110 162.82 130.31 5 4 Rear 1.4 aero 0.2 0.961 0.127 162.76 130.32 4 5 Rear 0.6 aero 0.2 0.962 0.406 163.23 131.31 1 6 ---------------------------- Probe 90.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.020 0.000 169.63 109.08 6 1 Rear 1.4 aero 0.1 1.021 0.013 169.59 109.08 5 2 Rear 1.4 aero 0.2 1.021 0.034 169.53 109.09 4 3 Rear 0.6 aero 0.2 1.022 0.294 170.04 110.10 1 4 Rear 1.0 aero 0.1 1.023 0.392 170.00 109.06 3 5 Rear 1.0 aero 0.2 1.023 0.413 169.93 109.06 2 6 ---------------------------- Probe 100.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.078 0.000 174.97 86.66 6 1 Rear 1.4 aero 0.1 1.078 0.016 174.93 86.67 5 2 Rear 1.4 aero 0.2 1.078 0.042 174.85 86.67 4 3 Rear 0.6 aero 0.2 1.080 0.279 175.40 87.77 1 4 Rear 1.0 aero 0.1 1.080 0.383 175.32 86.64 3 5 Rear 1.0 aero 0.2 1.081 0.409 175.24 86.65 2 6 ---------------------------- Probe 110.00 Summary ---------------------------- Rear 1.4 aero 0.05 1.134 0.000 178.94 63.28 6 1 Rear 1.4 aero 0.1 1.135 0.019 178.90 63.28 5 2 Rear 1.4 aero 0.2 1.135 0.050 178.81 63.29 4 3 Rear 0.6 aero 0.2 1.136 0.260 179.40 64.43 1 4 Rear 1.0 aero 0.1 1.137 0.373 179.28 63.26 3 5 Rear 1.0 aero 0.2 1.137 0.404 179.19 63.26 2 6 ---------------------------- Probe 120.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.191 0.000 182.09 40.31 1 1 Rear 1.0 aero 0.1 1.192 0.122 181.92 39.11 3 2 Rear 1.0 aero 0.2 1.192 0.160 181.81 39.12 2 3 Rear 1.4 aero 0.05 1.192 0.261 181.69 37.91 6 4 Rear 1.4 aero 0.1 1.193 0.283 181.64 37.91 5 5 Rear 1.4 aero 0.2 1.193 0.320 181.54 37.92 4 6 ---------------------------- Probe 130.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.246 0.000 183.48 15.68 1 1 Rear 1.0 aero 0.1 1.246 0.134 183.26 14.46 3 2 Rear 1.0 aero 0.2 1.246 0.177 183.14 14.46 2 3 Rear 1.4 aero 0.05 1.247 0.287 182.98 13.24 6 4 Rear 1.4 aero 0.1 1.247 0.312 182.92 13.24 5 5 Rear 1.4 aero 0.2 1.247 0.356 182.80 13.25 4 6 ---------------------------- Probe 140.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.300 0.000 183.59 -8.48 1 1 Rear 1.0 aero 0.1 1.301 0.149 183.32 -9.60 3 2 Rear 1.0 aero 0.2 1.301 0.199 183.19 -9.60 2 3 Rear 1.4 aero 0.05 1.302 0.321 182.99 -10.73 6 4 Rear 1.4 aero 0.1 1.302 0.349 182.92 -10.72 5 5 Rear 1.4 aero 0.2 1.302 0.400 182.79 -10.72 4 6 ---------------------------- Probe 150.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.351 0.000 183.00 -10.90 1 1 Rear 1.0 aero 0.1 1.352 0.062 182.75 -10.90 3 2 Rear 1.0 aero 0.2 1.352 0.119 182.61 -10.90 2 3 Rear 1.4 aero 0.05 1.352 0.150 182.43 -10.90 6 4 Rear 1.4 aero 0.1 1.352 0.182 182.36 -10.90 5 5 Rear 1.4 aero 0.2 1.353 0.240 182.21 -10.90 4 6 ---------------------------- Probe 160.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.406 0.000 182.40 -10.90 1 1 Rear 1.0 aero 0.1 1.407 0.075 182.17 -10.90 3 2 Rear 1.0 aero 0.2 1.407 0.140 182.01 -10.90 2 3 Rear 1.4 aero 0.05 1.407 0.181 181.85 -10.90 6 4 Rear 1.4 aero 0.1 1.407 0.217 181.77 -10.90 5 5 Rear 1.4 aero 0.2 1.408 0.282 181.62 -10.90 4 6 ---------------------------- Probe 170.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.461 0.000 181.81 -10.90 1 1 Rear 1.0 aero 0.1 1.462 0.087 181.59 -10.90 3 2 Rear 1.0 aero 0.2 1.462 0.162 181.41 -10.90 2 3 Rear 1.4 aero 0.05 1.462 0.210 181.28 -10.90 6 4 Rear 1.4 aero 0.1 1.462 0.250 181.19 -10.90 5 5 Rear 1.4 aero 0.2 1.463 0.324 181.02 -10.90 4 6 ---------------------------- Probe 180.00 Summary ---------------------------- Rear 0.6 aero 0.2 1.516 0.000 181.21 -10.90 1 1 Rear 1.0 aero 0.1 1.517 0.099 181.00 -10.90 3 2 Rear 1.0 aero 0.2 1.517 0.183 180.81 -10.90 2 3 Rear 1.4 aero 0.05 1.518 0.238 180.70 -10.90 6 4 Rear 1.4 aero 0.1 1.518 0.283 180.60 -10.90 5 5 Rear 1.4 aero 0.2 1.518 0.367 180.41 -10.90 4 6 ---------------------------- Probe 348.00 Summary ---------------------------- Rear 0.6 aero 0.2 2.471 0.000 170.86 -10.90 1 1 Rear 1.0 aero 0.1 2.472 0.174 170.88 -10.90 3 2 Rear 1.4 aero 0.05 2.474 0.536 170.69 -10.90 6 3 Rear 1.0 aero 0.2 2.474 0.550 170.44 -10.90 2 4 Rear 1.4 aero 0.1 2.475 0.727 170.46 -10.90 5 5 Rear 1.4 aero 0.2 2.477 1.102 170.02 -10.90 4 6 ---------------------------- Probe 437.00 Summary ---------------------------- Rear 0.6 aero 0.2 3.000 0.000 165.13 -10.90 1 1 Rear 1.0 aero 0.1 3.001 0.121 165.28 -10.90 3 2 Rear 1.4 aero 0.05 3.004 0.560 165.14 -10.90 6 3 Rear 1.0 aero 0.2 3.005 0.753 164.70 -10.90 2 4 Rear 1.4 aero 0.1 3.006 0.879 164.85 -10.90 5 5 Rear 1.4 aero 0.2 3.010 1.508 164.27 -10.90 4 6 =============================== Track Profile ================================ 30 degree, Catenary transition Length: 437.000 Ramp Height Base Length Drop Angle Flat Length 48.000 41.569 48.000 24.000 -0.523599 299.431 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 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 : 89.569 Base : 85.218 Index : 155.138 Tension (lb) at start : 16.794 end : 14.544 assuming load of 1.5 oz/in =============================== Car 1 Profile =============================== Rear 0.6 aero 0.2 Total Weight : 5.00 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: 0.3387 Speed: 59.042 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.18 + 8.86 + 0.47 + 0.00+ 0.03+ 0.28 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.523 Tilt:-0.5236 Time: 0.4790 Speed: 83.491 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.37 + 17.72 + 0.94 + 0.01+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.523 Tilt:-0.5236 Time: 0.5867 Speed: 102.247 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.55 + 26.58 + 1.42 + 0.01+ 0.08+ 0.85 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.523 Tilt:-0.5236 Time: 0.6775 Speed: 118.056 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.73 + 35.44 + 1.89 + 0.02+ 0.11+ 1.13 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.000 Base: 3 7.301 Height: 26.523 Tilt:-0.5236 Time: 0.7575 Speed: 131.979 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.92 + 44.29 + 2.36 + 0.04+ 0.13+ 1.42 + 0.10+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.525 Base: 4 4.002 Height: 21.605 Tilt:-0.4916 Time: 0.8333 Speed: 144.784 Accel: 169.8011 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3157.563 Force along track : 2.199 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.454 4.796 0.009 0.096 0.006 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.106 1.127 199.04 Axle Force Vector Front and Rear H: -0.484 X: -0.050 H: -5.159 X: -0.532 Total Energy : 255.853 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 41.07 + 53.05 + 2.82 + 0.07+ 0.17+ 1.76 + 0.13+ 0.93 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.525 Base: 5 0.895 Height: 17.102 Tilt:-0.4402 Time: 0.8998 Speed: 154.877 Accel: 151.2214 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2979.809 Force along track : 1.958 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.126 0.010 0.103 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.128 1.361 188.97 Axle Force Vector Front and Rear H: -0.506 X: -0.054 H: -5.397 X: -0.580 Total Energy : 255.725 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 32.28 + 60.74 + 3.23 + 0.11+ 0.20+ 2.15 + 0.15+ 1.13 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.525 Base: 5 10.011 Height: 13.074 Tilt:-0.3862 Time: 0.9624 Speed: 163.233 Accel: 131.3054 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2776.662 Force along track : 1.700 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.514 5.443 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.149 1.588 180.20 Axle Force Vector Front and Rear H: -0.528 X: -0.056 H: -5.636 X: -0.598 Total Energy : 255.584 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 24.42 + 67.51 + 3.59 + 0.15+ 0.24+ 2.56 + 0.18+ 1.34 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.525 Base: 6 7.333 Height: 9.555 Tilt:-0.3297 Time: 1.0222 Speed: 170.036 Accel: 110.0956 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2542.534 Force along track : 1.426 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.542 5.745 0.011 0.115 0.008 0.060 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.169 1.807 171.99 Axle Force Vector Front and Rear H: -0.551 X: -0.055 H: -5.875 X: -0.585 Total Energy : 255.429 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.55 + 73.29 + 3.90 + 0.19+ 0.28+ 3.00 + 0.21+ 1.57 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.525 Base: 7 4.842 Height: 6.578 Tilt:-0.2709 Time: 1.0798 Speed: 175.403 Accel: 87.7701 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2270.153 Force along track : 1.137 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.565 5.999 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.186 1.988 166.52 Axle Force Vector Front and Rear H: -0.570 X: -0.050 H: -6.081 X: -0.532 Total Energy : 255.258 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.73 + 78.05 + 4.16 + 0.23+ 0.33+ 3.46 + 0.24+ 1.81 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.525 Base: 8 2.509 Height: 4.175 Tilt:-0.2101 Time: 1.1359 Speed: 179.405 Accel: 64.4301 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1945.029 Force along track : 0.834 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.585 6.216 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.201 2.145 161.61 Axle Force Vector Front and Rear H: -0.587 X: -0.042 H: -6.262 X: -0.447 Total Energy : 255.070 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 7.03 + 81.71 + 4.35 + 0.27+ 0.37+ 3.94 + 0.27+ 2.06 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.525 Base: 9 0.305 Height: 2.370 Tilt:-0.1477 Time: 1.1910 Speed: 182.088 Accel: 40.3134 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1538.531 Force along track : 0.522 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.600 6.380 0.012 0.128 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.212 2.261 157.99 Axle Force Vector Front and Rear H: -0.600 X: -0.031 H: -6.402 X: -0.333 Total Energy : 254.865 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.49 + 84.24 + 4.48 + 0.31+ 0.42+ 4.44 + 0.30+ 2.32 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.525 Base: 9 10.195 Height: 1.186 Tilt:-0.0841 Time: 1.2455 Speed: 183.477 Accel: 15.6799 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 959.520 Force along track : 0.203 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.608 6.482 0.012 0.130 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.219 2.332 155.66 Axle Force Vector Front and Rear H: -0.608 X: -0.018 H: -6.489 X: -0.196 Total Energy : 254.643 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.17 + 85.60 + 4.56 + 0.34+ 0.47+ 4.95 + 0.34+ 2.58 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.525 Base: 10 8.142 Height: 0.636 Tilt:-0.0204 Time: 1.2998 Speed: 183.587 Accel: -8.4773 Coasting Time: 22.3144 Distance: 168 9.895 Terminal Velocity : 0.000 Force along track : -0.110 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.592 6.315 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.202 2.151 169.12 Axle Force Vector Front and Rear H: -0.592 X: -0.004 H: -6.315 X: -0.044 Total Energy : 254.406 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.09 + 85.78 + 4.57 + 0.37+ 0.51+ 5.46 + 0.37+ 2.84 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 5.928 Height: 0.590 Tilt: 0.0000 Time: 1.3515 Speed: 183.001 Accel: -10.8963 Coasting Time: 17.3895 Distance: 131 5.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.323 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 85.27 + 4.54 + 0.40+ 0.55+ 5.82 + 0.39+ 3.03 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 3.928 Height: 0.590 Tilt: 0.0000 Time: 1.4062 Speed: 182.405 Accel: -10.8963 Coasting Time: 17.3348 Distance: 130 7.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.316 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 84.71 + 4.51 + 0.42+ 0.58+ 6.15 + 0.42+ 3.21 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 1.928 Height: 0.590 Tilt: 0.0000 Time: 1.4611 Speed: 181.807 Accel: -10.8963 Coasting Time: 17.2799 Distance: 129 9.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.308 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 84.16 + 4.48 + 0.45+ 0.61+ 6.48 + 0.44+ 3.38 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 13 11.928 Height: 0.590 Tilt: 0.0000 Time: 1.5162 Speed: 181.208 Accel: -10.8963 Coasting Time: 17.2248 Distance: 128 11.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.300 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 83.61 + 4.45 + 0.47+ 0.64+ 6.81 + 0.47+ 3.55 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 27 11.928 Height: 0.590 Tilt: 0.0000 Time: 2.4706 Speed: 170.856 Accel: -10.8963 Coasting Time: 16.2704 Distance: 114 11.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.156 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 74.37 + 3.96 + 0.87+ 1.16+12.32 + 0.87+ 6.45 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 4.928 Height: 0.590 Tilt: 0.0000 Time: 3.0004 Speed: 165.133 Accel: -10.8963 Coasting Time: 15.7406 Distance: 107 6.596 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 254.009 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = -0.00 + 69.51 + 3.70 + 1.03+ 1.43+15.24 + 1.09+ 7.99 =============================== Car 2 Profile =============================== Rear 1.0 aero 0.2 Total Weight : 5.00 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: 0.3387 Speed: 59.042 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.14 + 8.90 + 0.47 + 0.00+ 0.03+ 0.28 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.323 Tilt:-0.5236 Time: 0.4790 Speed: 83.491 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.29 + 17.79 + 0.95 + 0.01+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.323 Tilt:-0.5236 Time: 0.5867 Speed: 102.247 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.43 + 26.69 + 1.42 + 0.01+ 0.08+ 0.85 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.323 Tilt:-0.5236 Time: 0.6775 Speed: 118.056 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.58 + 35.58 + 1.89 + 0.02+ 0.11+ 1.14 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.125 Base: 3 7.408 Height: 26.262 Tilt:-0.5234 Time: 0.7584 Speed: 132.141 Accel: 183.3400 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3281.031 Force along track : 2.374 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.346 3.685 0.007 0.074 0.005 0.039 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.007 0.078 2399.61 Axle Force Vector Front and Rear H: -0.397 X: -0.004 H: -4.232 X: -0.039 Total Energy : 253.669 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.60 + 44.57 + 2.37 + 0.04+ 0.13+ 1.43 + 0.10+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.125 Base: 4 4.095 Height: 21.369 Tilt:-0.4916 Time: 0.8305 Speed: 144.303 Accel: 169.8202 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3157.740 Force along track : 2.199 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.453 4.788 0.009 0.096 0.006 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.105 1.120 199.04 Axle Force Vector Front and Rear H: -0.483 X: -0.050 H: -5.152 X: -0.529 Total Energy : 253.674 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 40.96 + 53.15 + 2.83 + 0.07+ 0.17+ 1.77 + 0.13+ 0.93 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.125 Base: 5 0.999 Height: 16.889 Tilt:-0.4402 Time: 0.8972 Speed: 154.429 Accel: 151.2415 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2980.006 Force along track : 1.959 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.118 0.010 0.102 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.127 1.353 188.97 Axle Force Vector Front and Rear H: -0.505 X: -0.054 H: -5.389 X: -0.577 Total Energy : 253.660 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 32.13 + 60.88 + 3.24 + 0.11+ 0.20+ 2.16 + 0.15+ 1.13 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.125 Base: 5 10.126 Height: 12.885 Tilt:-0.3862 Time: 0.9600 Speed: 162.810 Accel: 131.3263 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2776.883 Force along track : 1.701 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.513 5.435 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.148 1.579 180.20 Axle Force Vector Front and Rear H: -0.528 X: -0.056 H: -5.628 X: -0.595 Total Energy : 253.642 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 24.24 + 67.67 + 3.60 + 0.15+ 0.24+ 2.57 + 0.18+ 1.35 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.625 Base: 6 7.458 Height: 9.393 Tilt:-0.3268 Time: 1.0229 Speed: 169.934 Accel: 109.0649 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2530.604 Force along track : 1.412 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.541 5.735 0.011 0.115 0.008 0.059 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.168 1.793 173.10 Axle Force Vector Front and Rear H: -0.550 X: -0.054 H: -5.864 X: -0.576 Total Energy : 254.419 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.30 + 73.50 + 3.91 + 0.19+ 0.28+ 3.02 + 0.21+ 1.58 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.625 Base: 7 4.975 Height: 6.444 Tilt:-0.2679 Time: 1.0806 Speed: 175.244 Accel: 86.6476 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2255.590 Force along track : 1.122 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.565 6.002 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.186 1.988 166.24 Axle Force Vector Front and Rear H: -0.570 X: -0.049 H: -6.082 X: -0.526 Total Energy : 254.247 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.51 + 78.21 + 4.16 + 0.23+ 0.33+ 3.49 + 0.24+ 1.82 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.625 Base: 8 2.650 Height: 4.070 Tilt:-0.2070 Time: 1.1368 Speed: 179.189 Accel: 63.2639 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1927.346 Force along track : 0.819 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.585 6.216 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.201 2.142 161.40 Axle Force Vector Front and Rear H: -0.587 X: -0.041 H: -6.262 X: -0.440 Total Energy : 254.059 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 6.85 + 81.84 + 4.36 + 0.27+ 0.37+ 3.97 + 0.27+ 2.07 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.625 Base: 9 0.452 Height: 2.296 Tilt:-0.1446 Time: 1.1919 Speed: 181.814 Accel: 39.1153 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1515.496 Force along track : 0.507 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.599 6.377 0.012 0.128 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.212 2.257 157.84 Axle Force Vector Front and Rear H: -0.600 X: -0.030 H: -6.398 X: -0.325 Total Energy : 253.853 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.36 + 84.32 + 4.49 + 0.31+ 0.42+ 4.47 + 0.31+ 2.33 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.625 Base: 9 10.345 Height: 1.144 Tilt:-0.0809 Time: 1.2465 Speed: 183.142 Accel: 14.4637 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 921.555 Force along track : 0.187 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.608 6.476 0.012 0.130 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.218 2.325 155.57 Axle Force Vector Front and Rear H: -0.608 X: -0.018 H: -6.482 X: -0.188 Total Energy : 253.630 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.09 + 85.63 + 4.56 + 0.34+ 0.47+ 4.98 + 0.34+ 2.59 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.625 Base: 10 8.295 Height: 0.625 Tilt:-0.0174 Time: 1.3009 Speed: 183.192 Accel: -9.5970 Coasting Time: 19.7193 Distance: 149 0.754 Terminal Velocity : 0.000 Force along track : -0.124 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.591 6.306 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.201 2.142 169.09 Axle Force Vector Front and Rear H: -0.591 X: -0.003 H: -6.306 X: -0.037 Total Energy : 253.394 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.07 + 85.76 + 4.57 + 0.37+ 0.52+ 5.49 + 0.37+ 2.86 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 5.981 Height: 0.590 Tilt: 0.0000 Time: 1.3521 Speed: 182.607 Accel: -10.8963 Coasting Time: 17.3534 Distance: 130 10.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.321 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 85.24 + 4.54 + 0.40+ 0.55+ 5.84 + 0.40+ 3.04 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 3.981 Height: 0.590 Tilt: 0.0000 Time: 1.4070 Speed: 182.010 Accel: -10.8963 Coasting Time: 17.2986 Distance: 130 0.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.314 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.68 + 4.51 + 0.42+ 0.58+ 6.17 + 0.42+ 3.22 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 1.981 Height: 0.590 Tilt: 0.0000 Time: 1.4620 Speed: 181.412 Accel: -10.8963 Coasting Time: 17.2435 Distance: 129 2.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.307 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.13 + 4.48 + 0.45+ 0.61+ 6.50 + 0.44+ 3.39 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 13 11.981 Height: 0.590 Tilt: 0.0000 Time: 1.5172 Speed: 180.811 Accel: -10.8963 Coasting Time: 17.1883 Distance: 128 4.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.298 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 83.57 + 4.45 + 0.47+ 0.64+ 6.83 + 0.47+ 3.56 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 27 11.981 Height: 0.590 Tilt: 0.0000 Time: 2.4738 Speed: 170.437 Accel: -10.8963 Coasting Time: 16.2317 Distance: 114 4.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.154 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 74.30 + 3.96 + 0.87+ 1.16+12.36 + 0.88+ 6.48 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 4.981 Height: 0.590 Tilt: 0.0000 Time: 3.0050 Speed: 164.701 Accel: -10.8963 Coasting Time: 15.7006 Distance: 106 11.992 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.008 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 69.42 + 3.70 + 1.03+ 1.44+15.30 + 1.09+ 8.02 =============================== Car 3 Profile =============================== Rear 1.0 aero 0.1 Total Weight : 5.00 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: 0.3387 Speed: 59.044 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.14 + 8.90 + 0.47 + 0.00+ 0.03+ 0.28 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.323 Tilt:-0.5236 Time: 0.4790 Speed: 83.498 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.29 + 17.80 + 0.95 + 0.00+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.323 Tilt:-0.5236 Time: 0.5867 Speed: 102.260 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.43 + 26.69 + 1.42 + 0.01+ 0.08+ 0.85 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.323 Tilt:-0.5236 Time: 0.6775 Speed: 118.075 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.58 + 35.59 + 1.89 + 0.01+ 0.11+ 1.14 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.125 Base: 3 7.408 Height: 26.262 Tilt:-0.5234 Time: 0.7584 Speed: 132.168 Accel: 183.3400 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4640.078 Force along track : 2.374 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.346 3.685 0.007 0.074 0.005 0.039 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.007 0.078 2399.61 Axle Force Vector Front and Rear H: -0.397 X: -0.004 H: -4.232 X: -0.039 Total Energy : 253.668 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.60 + 44.59 + 2.37 + 0.02+ 0.13+ 1.43 + 0.10+ 0.75 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.125 Base: 4 4.095 Height: 21.369 Tilt:-0.4916 Time: 0.8304 Speed: 144.339 Accel: 169.8188 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4465.700 Force along track : 2.199 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.453 4.789 0.009 0.096 0.006 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.105 1.120 199.04 Axle Force Vector Front and Rear H: -0.483 X: -0.050 H: -5.153 X: -0.529 Total Energy : 253.652 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 40.96 + 53.18 + 2.83 + 0.04+ 0.17+ 1.77 + 0.13+ 0.93 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.125 Base: 5 0.999 Height: 16.889 Tilt:-0.4402 Time: 0.8971 Speed: 154.474 Accel: 151.2395 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4214.338 Force along track : 1.959 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.119 0.010 0.102 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.127 1.354 188.97 Axle Force Vector Front and Rear H: -0.505 X: -0.054 H: -5.390 X: -0.577 Total Energy : 253.617 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 32.13 + 60.92 + 3.24 + 0.05+ 0.20+ 2.16 + 0.15+ 1.13 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.125 Base: 5 10.126 Height: 12.885 Tilt:-0.3862 Time: 0.9599 Speed: 162.864 Accel: 131.3237 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3927.066 Force along track : 1.701 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.513 5.436 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.148 1.581 180.20 Axle Force Vector Front and Rear H: -0.528 X: -0.056 H: -5.629 X: -0.595 Total Energy : 253.577 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 24.24 + 67.73 + 3.61 + 0.07+ 0.24+ 2.57 + 0.18+ 1.35 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.625 Base: 6 7.458 Height: 9.393 Tilt:-0.3268 Time: 1.0227 Speed: 170.000 Accel: 109.0614 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3578.757 Force along track : 1.412 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.541 5.736 0.011 0.115 0.008 0.059 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.168 1.795 173.10 Axle Force Vector Front and Rear H: -0.550 X: -0.054 H: -5.865 X: -0.576 Total Energy : 254.333 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.31 + 73.58 + 3.92 + 0.09+ 0.28+ 3.03 + 0.21+ 1.58 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.625 Base: 7 4.975 Height: 6.444 Tilt:-0.2679 Time: 1.0804 Speed: 175.321 Accel: 86.6432 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3189.804 Force along track : 1.122 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.565 6.003 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.187 1.989 166.24 Axle Force Vector Front and Rear H: -0.570 X: -0.049 H: -6.084 X: -0.527 Total Energy : 254.142 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.52 + 78.32 + 4.17 + 0.12+ 0.33+ 3.49 + 0.24+ 1.82 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.625 Base: 8 2.650 Height: 4.070 Tilt:-0.2070 Time: 1.1366 Speed: 179.279 Accel: 63.2585 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2725.563 Force along track : 0.819 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.585 6.219 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.201 2.144 161.40 Axle Force Vector Front and Rear H: -0.587 X: -0.041 H: -6.264 X: -0.441 Total Energy : 253.937 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 6.85 + 81.96 + 4.36 + 0.14+ 0.37+ 3.97 + 0.27+ 2.07 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.625 Base: 9 0.452 Height: 2.296 Tilt:-0.1446 Time: 1.1917 Speed: 181.916 Accel: 39.1089 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2143.060 Force along track : 0.506 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.599 6.380 0.012 0.128 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.212 2.259 157.84 Axle Force Vector Front and Rear H: -0.600 X: -0.031 H: -6.401 X: -0.325 Total Energy : 253.719 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.36 + 84.46 + 4.50 + 0.15+ 0.42+ 4.47 + 0.31+ 2.33 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.625 Base: 9 10.345 Height: 1.144 Tilt:-0.0809 Time: 1.2462 Speed: 183.258 Accel: 14.4563 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1302.941 Force along track : 0.187 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.608 6.479 0.012 0.130 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.218 2.328 155.57 Axle Force Vector Front and Rear H: -0.608 X: -0.018 H: -6.485 X: -0.188 Total Energy : 253.490 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.09 + 85.79 + 4.57 + 0.17+ 0.47+ 4.98 + 0.34+ 2.59 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.625 Base: 10 8.295 Height: 0.625 Tilt:-0.0174 Time: 1.3006 Speed: 183.322 Accel: -9.6047 Coasting Time: 19.9067 Distance: 151 3.731 Terminal Velocity : 0.000 Force along track : -0.124 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.592 6.309 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.201 2.145 169.09 Axle Force Vector Front and Rear H: -0.592 X: -0.004 H: -6.309 X: -0.037 Total Energy : 253.253 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.07 + 85.93 + 4.57 + 0.19+ 0.52+ 5.49 + 0.37+ 2.86 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 5.981 Height: 0.590 Tilt: 0.0000 Time: 1.3518 Speed: 182.752 Accel: -10.8963 Coasting Time: 17.5134 Distance: 132 9.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.184 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 85.42 + 4.55 + 0.20+ 0.55+ 5.85 + 0.40+ 3.04 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 3.981 Height: 0.590 Tilt: 0.0000 Time: 1.4066 Speed: 182.170 Accel: -10.8963 Coasting Time: 17.4586 Distance: 131 11.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.181 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.87 + 4.52 + 0.21+ 0.58+ 6.18 + 0.42+ 3.22 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 1.981 Height: 0.590 Tilt: 0.0000 Time: 1.4616 Speed: 181.586 Accel: -10.8963 Coasting Time: 17.4036 Distance: 131 1.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.177 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.33 + 4.49 + 0.22+ 0.61+ 6.51 + 0.44+ 3.39 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 13 11.981 Height: 0.590 Tilt: 0.0000 Time: 1.5168 Speed: 181.001 Accel: -10.8963 Coasting Time: 17.3485 Distance: 130 3.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.173 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 83.79 + 4.46 + 0.24+ 0.64+ 6.83 + 0.47+ 3.56 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 27 11.981 Height: 0.590 Tilt: 0.0000 Time: 2.4716 Speed: 170.883 Accel: -10.8963 Coasting Time: 16.3936 Distance: 116 3.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.103 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 74.71 + 3.98 + 0.44+ 1.16+12.37 + 0.88+ 6.48 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 4.981 Height: 0.590 Tilt: 0.0000 Time: 3.0011 Speed: 165.284 Accel: -10.8963 Coasting Time: 15.8641 Distance: 108 10.426 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 253.031 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 69.91 + 3.72 + 0.52+ 1.44+15.30 + 1.09+ 8.02 =============================== Car 4 Profile =============================== Rear 1.4 aero 0.2 Total Weight : 5.00 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: 0.3387 Speed: 59.042 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.93 + 0.48 + 0.00+ 0.03+ 0.29 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4790 Speed: 83.491 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 17.86 + 0.95 + 0.01+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.123 Tilt:-0.5236 Time: 0.5867 Speed: 102.247 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.32 + 26.79 + 1.43 + 0.01+ 0.08+ 0.86 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.123 Tilt:-0.5236 Time: 0.6775 Speed: 118.056 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3283.424 Force along track : 2.378 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.42 + 35.72 + 1.90 + 0.02+ 0.11+ 1.14 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.494 Height: 26.013 Tilt:-0.5232 Time: 0.7592 Speed: 132.270 Accel: 183.2684 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3280.390 Force along track : 2.373 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.346 3.685 0.007 0.074 0.005 0.039 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.007 0.078 2392.86 Axle Force Vector Front and Rear H: -0.397 X: -0.004 H: -4.233 X: -0.039 Total Energy : 252.671 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.31 + 44.84 + 2.39 + 0.04+ 0.13+ 1.43 + 0.11+ 0.76 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.188 Height: 21.134 Tilt:-0.4891 Time: 0.8312 Speed: 144.375 Accel: 168.9288 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3149.442 Force along track : 2.188 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.454 4.802 0.009 0.096 0.007 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.106 1.129 197.68 Axle Force Vector Front and Rear H: -0.484 X: -0.050 H: -5.162 X: -0.530 Total Energy : 252.673 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 40.65 + 53.42 + 2.84 + 0.07+ 0.17+ 1.78 + 0.13+ 0.94 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 1.104 Height: 16.677 Tilt:-0.4376 Time: 0.8979 Speed: 154.440 Accel: 150.2972 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2970.689 Force along track : 1.946 Aerodynamic resistance : 0.005 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.126 0.010 0.103 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.127 1.357 188.51 Axle Force Vector Front and Rear H: -0.506 X: -0.054 H: -5.394 X: -0.575 Total Energy : 252.658 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 31.84 + 61.13 + 3.25 + 0.11+ 0.20+ 2.17 + 0.16+ 1.14 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 10.241 Height: 12.698 Tilt:-0.3834 Time: 0.9607 Speed: 162.763 Accel: 130.3174 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2766.196 Force along track : 1.688 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.514 5.442 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.148 1.582 179.79 Axle Force Vector Front and Rear H: -0.528 X: -0.055 H: -5.632 X: -0.592 Total Energy : 252.640 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 23.96 + 67.90 + 3.61 + 0.15+ 0.24+ 2.59 + 0.18+ 1.36 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 7.583 Height: 9.232 Tilt:-0.3268 Time: 1.0206 Speed: 169.528 Accel: 109.0866 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2530.856 Force along track : 1.413 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.540 5.726 0.011 0.115 0.008 0.059 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.167 1.785 173.10 Axle Force Vector Front and Rear H: -0.549 X: -0.054 H: -5.855 X: -0.573 Total Energy : 252.615 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.11 + 73.67 + 3.92 + 0.19+ 0.29+ 3.03 + 0.21+ 1.59 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 5.109 Height: 6.312 Tilt:-0.2679 Time: 1.0785 Speed: 174.852 Accel: 86.6702 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2255.883 Force along track : 1.122 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.564 5.993 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.186 1.979 166.24 Axle Force Vector Front and Rear H: -0.569 X: -0.049 H: -6.073 X: -0.524 Total Energy : 252.583 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.33 + 78.38 + 4.17 + 0.23+ 0.33+ 3.50 + 0.24+ 1.83 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 2.791 Height: 3.967 Tilt:-0.2070 Time: 1.1348 Speed: 178.807 Accel: 63.2870 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1927.698 Force along track : 0.820 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.584 6.207 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.133 161.40 Axle Force Vector Front and Rear H: -0.586 X: -0.041 H: -6.253 X: -0.438 Total Energy : 252.542 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 6.69 + 81.98 + 4.36 + 0.27+ 0.37+ 3.98 + 0.27+ 2.08 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.725 Base: 9 0.598 Height: 2.224 Tilt:-0.1414 Time: 1.1928 Speed: 181.536 Accel: 37.9159 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1492.081 Force along track : 0.491 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.599 6.374 0.012 0.127 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.211 2.252 157.70 Axle Force Vector Front and Rear H: -0.600 X: -0.030 H: -6.395 X: -0.317 Total Energy : 252.841 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.23 + 84.40 + 4.49 + 0.31+ 0.42+ 4.49 + 0.31+ 2.34 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 10.495 Height: 1.102 Tilt:-0.0777 Time: 1.2475 Speed: 182.804 Accel: 13.2469 Coasting Time: Infinite Distance: Infinite Terminal Velocity : 881.940 Force along track : 0.172 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.607 6.469 0.012 0.129 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.217 2.318 155.49 Axle Force Vector Front and Rear H: -0.607 X: -0.017 H: -6.476 X: -0.180 Total Energy : 252.617 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.01 + 85.66 + 4.56 + 0.34+ 0.47+ 5.01 + 0.34+ 2.61 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 8.449 Height: 0.616 Tilt:-0.0145 Time: 1.3020 Speed: 182.793 Accel: -10.7163 Coasting Time: 17.6573 Distance: 133 3.873 Terminal Velocity : 0.000 Force along track : -0.139 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.590 6.297 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.133 169.08 Axle Force Vector Front and Rear H: -0.590 X: -0.003 H: -6.298 X: -0.031 Total Energy : 252.381 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 85.73 + 4.56 + 0.37+ 0.52+ 5.52 + 0.37+ 2.87 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 6.035 Height: 0.590 Tilt: 0.0000 Time: 1.3528 Speed: 182.213 Accel: -10.8963 Coasting Time: 17.3172 Distance: 130 4.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.320 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 85.20 + 4.54 + 0.40+ 0.55+ 5.86 + 0.40+ 3.05 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 4.035 Height: 0.590 Tilt: 0.0000 Time: 1.4078 Speed: 181.615 Accel: -10.8963 Coasting Time: 17.2622 Distance: 129 6.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.313 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.65 + 4.51 + 0.42+ 0.58+ 6.19 + 0.42+ 3.23 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 2.035 Height: 0.590 Tilt: 0.0000 Time: 1.4629 Speed: 181.015 Accel: -10.8963 Coasting Time: 17.2071 Distance: 128 8.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.305 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.09 + 4.48 + 0.45+ 0.61+ 6.52 + 0.45+ 3.40 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 0.035 Height: 0.590 Tilt: 0.0000 Time: 1.5182 Speed: 180.414 Accel: -10.8963 Coasting Time: 17.1517 Distance: 127 10.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.007 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.297 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 83.54 + 4.45 + 0.47+ 0.64+ 6.85 + 0.47+ 3.57 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 0.035 Height: 0.590 Tilt: 0.0000 Time: 2.4771 Speed: 170.018 Accel: -10.8963 Coasting Time: 16.1929 Distance: 113 10.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.153 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 74.23 + 3.95 + 0.87+ 1.16+12.41 + 0.88+ 6.50 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 5.035 Height: 0.590 Tilt: 0.0000 Time: 3.0096 Speed: 164.268 Accel: -10.8963 Coasting Time: 15.6604 Distance: 106 5.386 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.006 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.006 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 69.33 + 3.69 + 1.03+ 1.44+15.36 + 1.10+ 8.05 =============================== Car 5 Profile =============================== Rear 1.4 aero 0.1 Total Weight : 5.00 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: 0.3387 Speed: 59.044 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.93 + 0.48 + 0.00+ 0.03+ 0.29 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4790 Speed: 83.498 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 17.87 + 0.95 + 0.00+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.123 Tilt:-0.5236 Time: 0.5867 Speed: 102.260 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.32 + 26.80 + 1.43 + 0.01+ 0.08+ 0.86 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.123 Tilt:-0.5236 Time: 0.6775 Speed: 118.075 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4643.462 Force along track : 2.378 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.42 + 35.73 + 1.90 + 0.01+ 0.11+ 1.14 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.494 Height: 26.013 Tilt:-0.5232 Time: 0.7591 Speed: 132.297 Accel: 183.2683 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4639.171 Force along track : 2.373 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.346 3.685 0.007 0.074 0.005 0.039 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.007 0.078 2392.86 Axle Force Vector Front and Rear H: -0.397 X: -0.004 H: -4.233 X: -0.039 Total Energy : 252.669 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.31 + 44.85 + 2.39 + 0.02+ 0.13+ 1.43 + 0.11+ 0.76 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.188 Height: 21.134 Tilt:-0.4891 Time: 0.8311 Speed: 144.410 Accel: 168.9274 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4453.965 Force along track : 2.188 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.454 4.802 0.009 0.096 0.007 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.106 1.129 197.68 Axle Force Vector Front and Rear H: -0.484 X: -0.050 H: -5.162 X: -0.531 Total Energy : 252.651 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 40.66 + 53.45 + 2.85 + 0.04+ 0.17+ 1.78 + 0.13+ 0.94 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 1.104 Height: 16.677 Tilt:-0.4376 Time: 0.8978 Speed: 154.485 Accel: 150.2952 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4201.161 Force along track : 1.946 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.127 0.010 0.103 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.127 1.358 188.51 Axle Force Vector Front and Rear H: -0.506 X: -0.054 H: -5.395 X: -0.575 Total Energy : 252.615 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 31.84 + 61.17 + 3.26 + 0.05+ 0.20+ 2.17 + 0.16+ 1.14 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 10.241 Height: 12.698 Tilt:-0.3834 Time: 0.9606 Speed: 162.818 Accel: 130.3148 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3911.952 Force along track : 1.688 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.514 5.443 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.148 1.583 179.79 Axle Force Vector Front and Rear H: -0.528 X: -0.056 H: -5.633 X: -0.592 Total Energy : 252.574 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 23.97 + 67.96 + 3.62 + 0.07+ 0.24+ 2.59 + 0.18+ 1.36 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 7.583 Height: 9.232 Tilt:-0.3268 Time: 1.0205 Speed: 169.594 Accel: 109.0831 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3579.114 Force along track : 1.413 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.540 5.728 0.011 0.115 0.008 0.059 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.167 1.786 173.10 Axle Force Vector Front and Rear H: -0.549 X: -0.054 H: -5.857 X: -0.573 Total Energy : 252.529 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.11 + 73.75 + 3.93 + 0.09+ 0.29+ 3.03 + 0.21+ 1.59 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 5.109 Height: 6.312 Tilt:-0.2679 Time: 1.0783 Speed: 174.929 Accel: 86.6658 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3190.220 Force along track : 1.122 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.565 5.995 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.186 1.980 166.24 Axle Force Vector Front and Rear H: -0.570 X: -0.049 H: -6.075 X: -0.524 Total Energy : 252.478 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.33 + 78.48 + 4.18 + 0.12+ 0.33+ 3.50 + 0.24+ 1.83 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 2.791 Height: 3.967 Tilt:-0.2070 Time: 1.1346 Speed: 178.896 Accel: 63.2817 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2726.062 Force along track : 0.820 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.584 6.209 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.135 161.40 Axle Force Vector Front and Rear H: -0.586 X: -0.041 H: -6.255 X: -0.439 Total Energy : 252.421 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 6.69 + 82.10 + 4.37 + 0.14+ 0.37+ 3.98 + 0.27+ 2.08 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.725 Base: 9 0.598 Height: 2.224 Tilt:-0.1414 Time: 1.1926 Speed: 181.638 Accel: 37.9095 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2109.943 Force along track : 0.491 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.599 6.377 0.012 0.128 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.211 2.255 157.70 Axle Force Vector Front and Rear H: -0.600 X: -0.030 H: -6.397 X: -0.318 Total Energy : 252.707 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.23 + 84.54 + 4.50 + 0.15+ 0.42+ 4.50 + 0.31+ 2.34 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 10.495 Height: 1.102 Tilt:-0.0777 Time: 1.2472 Speed: 182.920 Accel: 13.2395 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1246.903 Force along track : 0.171 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.607 6.472 0.012 0.129 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.218 2.321 155.49 Axle Force Vector Front and Rear H: -0.607 X: -0.017 H: -6.479 X: -0.180 Total Energy : 252.478 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.01 + 85.81 + 4.57 + 0.17+ 0.47+ 5.01 + 0.34+ 2.61 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 8.449 Height: 0.616 Tilt:-0.0145 Time: 1.3017 Speed: 182.923 Accel: -10.7240 Coasting Time: 17.8089 Distance: 135 1.702 Terminal Velocity : 0.000 Force along track : -0.139 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.591 6.300 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.136 169.08 Axle Force Vector Front and Rear H: -0.591 X: -0.003 H: -6.301 X: -0.031 Total Energy : 252.241 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 85.90 + 4.57 + 0.19+ 0.52+ 5.52 + 0.37+ 2.88 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 6.035 Height: 0.590 Tilt: 0.0000 Time: 1.3525 Speed: 182.358 Accel: -10.8963 Coasting Time: 17.4763 Distance: 132 2.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.184 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 85.39 + 4.55 + 0.20+ 0.55+ 5.87 + 0.40+ 3.05 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 4.035 Height: 0.590 Tilt: 0.0000 Time: 1.4074 Speed: 181.775 Accel: -10.8963 Coasting Time: 17.4214 Distance: 131 4.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.180 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.84 + 4.52 + 0.21+ 0.58+ 6.20 + 0.42+ 3.23 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 2.035 Height: 0.590 Tilt: 0.0000 Time: 1.4625 Speed: 181.190 Accel: -10.8963 Coasting Time: 17.3663 Distance: 130 6.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.176 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.30 + 4.49 + 0.23+ 0.61+ 6.53 + 0.45+ 3.40 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 0.035 Height: 0.590 Tilt: 0.0000 Time: 1.5178 Speed: 180.603 Accel: -10.8963 Coasting Time: 17.3110 Distance: 129 8.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.004 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.172 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 83.75 + 4.46 + 0.24+ 0.64+ 6.86 + 0.47+ 3.58 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 0.035 Height: 0.590 Tilt: 0.0000 Time: 2.4749 Speed: 170.463 Accel: -10.8963 Coasting Time: 16.3539 Distance: 115 8.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.102 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 74.63 + 3.97 + 0.44+ 1.17+12.41 + 0.88+ 6.50 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 5.035 Height: 0.590 Tilt: 0.0000 Time: 3.0057 Speed: 164.851 Accel: -10.8963 Coasting Time: 15.8231 Distance: 108 3.648 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.003 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.030 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 69.82 + 3.72 + 0.52+ 1.44+15.36 + 1.10+ 8.05 =============================== Car 6 Profile =============================== Rear 1.4 aero 0.05 Total Weight : 5.00 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: 0.3387 Speed: 59.046 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6566.848 Force along track : 2.378 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 90.11 + 8.93 + 0.48 + 0.00+ 0.03+ 0.29 + 0.02+ 0.15 ---------------------Distance Probe 2 Results ---------------------- Pos: 1 8.000 Base: 1 5.321 Height: 41.123 Tilt:-0.5236 Time: 0.4790 Speed: 83.502 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6566.848 Force along track : 2.378 Aerodynamic resistance : 0.000 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 80.21 + 17.87 + 0.95 + 0.00+ 0.05+ 0.57 + 0.04+ 0.30 ---------------------Distance Probe 3 Results ---------------------- Pos: 2 6.000 Base: 2 1.981 Height: 36.123 Tilt:-0.5236 Time: 0.5867 Speed: 102.266 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6566.848 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 70.32 + 26.80 + 1.43 + 0.00+ 0.08+ 0.86 + 0.06+ 0.45 ---------------------Distance Probe 4 Results ---------------------- Pos: 3 4.000 Base: 2 10.641 Height: 31.123 Tilt:-0.5236 Time: 0.6774 Speed: 118.084 Accel: 183.6075 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6566.848 Force along track : 2.378 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.338 3.607 0.007 0.072 0.005 0.038 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.667 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 60.42 + 35.73 + 1.90 + 0.01+ 0.11+ 1.14 + 0.08+ 0.60 ---------------------Distance Probe 5 Results ---------------------- Pos: 4 2.225 Base: 3 7.494 Height: 26.013 Tilt:-0.5232 Time: 0.7591 Speed: 132.310 Accel: 183.2683 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6560.778 Force along track : 2.373 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.346 3.685 0.007 0.074 0.005 0.039 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.007 0.078 2392.86 Axle Force Vector Front and Rear H: -0.397 X: -0.004 H: -4.233 X: -0.039 Total Energy : 252.668 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 50.31 + 44.86 + 2.39 + 0.01+ 0.13+ 1.43 + 0.11+ 0.76 ---------------------Distance Probe 6 Results ---------------------- Pos: 5 0.225 Base: 4 4.188 Height: 21.134 Tilt:-0.4891 Time: 0.8311 Speed: 144.428 Accel: 168.9267 Coasting Time: Infinite Distance: Infinite Terminal Velocity :6298.845 Force along track : 2.188 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.454 4.803 0.009 0.096 0.007 0.050 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.106 1.130 197.68 Axle Force Vector Front and Rear H: -0.484 X: -0.050 H: -5.162 X: -0.531 Total Energy : 252.640 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 40.66 + 53.46 + 2.85 + 0.02+ 0.17+ 1.78 + 0.13+ 0.94 ---------------------Distance Probe 7 Results ---------------------- Pos: 5 10.225 Base: 5 1.104 Height: 16.677 Tilt:-0.4376 Time: 0.8977 Speed: 154.507 Accel: 150.2943 Coasting Time: Infinite Distance: Infinite Terminal Velocity :5941.320 Force along track : 1.946 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.484 5.127 0.010 0.103 0.007 0.053 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.127 1.358 188.51 Axle Force Vector Front and Rear H: -0.506 X: -0.054 H: -5.395 X: -0.575 Total Energy : 252.593 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 31.84 + 61.20 + 3.26 + 0.03+ 0.20+ 2.17 + 0.16+ 1.14 ---------------------Distance Probe 8 Results ---------------------- Pos: 6 8.225 Base: 5 10.241 Height: 12.698 Tilt:-0.3834 Time: 0.9605 Speed: 162.845 Accel: 130.3134 Coasting Time: Infinite Distance: Infinite Terminal Velocity :5532.308 Force along track : 1.688 Aerodynamic resistance : 0.001 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.514 5.443 0.010 0.109 0.007 0.056 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.148 1.584 179.79 Axle Force Vector Front and Rear H: -0.528 X: -0.056 H: -5.634 X: -0.592 Total Energy : 252.542 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 23.97 + 67.99 + 3.62 + 0.04+ 0.24+ 2.59 + 0.18+ 1.36 ---------------------Distance Probe 9 Results ---------------------- Pos: 7 6.225 Base: 6 7.583 Height: 9.232 Tilt:-0.3268 Time: 1.0204 Speed: 169.626 Accel: 109.0814 Coasting Time: Infinite Distance: Infinite Terminal Velocity :5061.592 Force along track : 1.413 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.540 5.729 0.011 0.115 0.008 0.059 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.168 1.787 173.10 Axle Force Vector Front and Rear H: -0.549 X: -0.054 H: -5.857 X: -0.574 Total Energy : 252.486 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 17.11 + 73.79 + 3.93 + 0.05+ 0.29+ 3.03 + 0.21+ 1.59 ---------------------Distance Probe 10 Results ---------------------- Pos: 8 4.225 Base: 7 5.109 Height: 6.312 Tilt:-0.2679 Time: 1.0782 Speed: 174.967 Accel: 86.6636 Coasting Time: Infinite Distance: Infinite Terminal Velocity :4511.596 Force along track : 1.122 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.565 5.995 0.011 0.120 0.008 0.062 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.186 1.981 166.24 Axle Force Vector Front and Rear H: -0.570 X: -0.049 H: -6.076 X: -0.524 Total Energy : 252.425 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 11.33 + 78.53 + 4.18 + 0.06+ 0.33+ 3.50 + 0.24+ 1.83 ---------------------Distance Probe 11 Results ---------------------- Pos: 9 2.225 Base: 8 2.791 Height: 3.967 Tilt:-0.2070 Time: 1.1345 Speed: 178.941 Accel: 63.2790 Coasting Time: Infinite Distance: Infinite Terminal Velocity :3855.152 Force along track : 0.819 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.584 6.210 0.012 0.124 0.008 0.064 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.136 161.40 Axle Force Vector Front and Rear H: -0.586 X: -0.041 H: -6.256 X: -0.439 Total Energy : 252.360 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 6.69 + 82.16 + 4.37 + 0.07+ 0.37+ 3.98 + 0.27+ 2.08 ---------------------Distance Probe 12 Results ---------------------- Pos: 10 0.725 Base: 9 0.598 Height: 2.224 Tilt:-0.1414 Time: 1.1925 Speed: 181.690 Accel: 37.9063 Coasting Time: Infinite Distance: Infinite Terminal Velocity :2983.784 Force along track : 0.491 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.599 6.378 0.012 0.128 0.008 0.066 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.211 2.256 157.70 Axle Force Vector Front and Rear H: -0.600 X: -0.030 H: -6.398 X: -0.318 Total Energy : 252.640 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 3.23 + 84.61 + 4.50 + 0.08+ 0.42+ 4.50 + 0.31+ 2.35 ---------------------Distance Probe 13 Results ---------------------- Pos: 10 10.725 Base: 9 10.495 Height: 1.102 Tilt:-0.0777 Time: 1.2471 Speed: 182.978 Accel: 13.2358 Coasting Time: Infinite Distance: Infinite Terminal Velocity :1763.141 Force along track : 0.171 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.608 6.474 0.012 0.129 0.008 0.067 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.218 2.322 155.49 Axle Force Vector Front and Rear H: -0.608 X: -0.017 H: -6.480 X: -0.180 Total Energy : 252.407 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 1.02 + 85.89 + 4.57 + 0.09+ 0.47+ 5.01 + 0.34+ 2.61 ---------------------Distance Probe 14 Results ---------------------- Pos: 11 8.725 Base: 10 8.449 Height: 0.616 Tilt:-0.0145 Time: 1.3015 Speed: 182.988 Accel: -10.7278 Coasting Time: 17.8865 Distance: 136 0.909 Terminal Velocity : 0.000 Force along track : -0.139 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.591 6.302 0.012 0.126 0.008 0.065 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.200 2.137 169.08 Axle Force Vector Front and Rear H: -0.591 X: -0.003 H: -6.302 X: -0.031 Total Energy : 252.171 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.05 + 85.98 + 4.58 + 0.09+ 0.52+ 5.53 + 0.37+ 2.88 ---------------------Distance Probe 15 Results ---------------------- Pos: 12 6.000 Base: 11 6.035 Height: 0.590 Tilt: 0.0000 Time: 1.3523 Speed: 182.430 Accel: -10.8963 Coasting Time: 17.5578 Distance: 133 2.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.115 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 85.48 + 4.55 + 0.10+ 0.55+ 5.87 + 0.40+ 3.06 ---------------------Distance Probe 16 Results ---------------------- Pos: 13 4.000 Base: 12 4.035 Height: 0.590 Tilt: 0.0000 Time: 1.4072 Speed: 181.854 Accel: -10.8963 Coasting Time: 17.5029 Distance: 132 4.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.113 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.94 + 4.52 + 0.11+ 0.58+ 6.20 + 0.42+ 3.23 ---------------------Distance Probe 17 Results ---------------------- Pos: 14 2.000 Base: 13 2.035 Height: 0.590 Tilt: 0.0000 Time: 1.4623 Speed: 181.277 Accel: -10.8963 Coasting Time: 17.4478 Distance: 131 6.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.111 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 84.40 + 4.49 + 0.11+ 0.61+ 6.53 + 0.45+ 3.40 ---------------------Distance Probe 18 Results ---------------------- Pos: 15 0.000 Base: 14 0.035 Height: 0.590 Tilt: 0.0000 Time: 1.5175 Speed: 180.698 Accel: -10.8963 Coasting Time: 17.3926 Distance: 130 8.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.109 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 83.86 + 4.46 + 0.12+ 0.64+ 6.86 + 0.47+ 3.58 ---------------------Distance Probe 19 Results ---------------------- Pos: 29 0.000 Base: 28 0.035 Height: 0.590 Tilt: 0.0000 Time: 2.4737 Speed: 170.686 Accel: -10.8963 Coasting Time: 16.4363 Distance: 116 8.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.075 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 74.84 + 3.98 + 0.22+ 1.17+12.41 + 0.88+ 6.50 ---------------------Distance Probe 20 Results ---------------------- Pos: 36 5.000 Base: 35 5.035 Height: 0.590 Tilt: 0.0000 Time: 3.0038 Speed: 165.142 Accel: -10.8963 Coasting Time: 15.9063 Distance: 109 3.081 Terminal Velocity : 0.000 Force along track : -0.141 Aerodynamic resistance : 0.002 Normal Axle Force(f & r) Drag(f & r) Tread Drag(f & r) 0.390 4.165 0.008 0.083 0.006 0.044 Gravity(f & r) Centrifugal(f & r) Curvature 0.390 4.165 0.000 0.000 Infinite Axle Force Vector Front and Rear H: -0.390 X: 0.000 H: -4.165 X: 0.000 Total Energy : 252.039 100 = Potential + Linear + Wheel + Aero + Axle(f & r) + Tread(f & r) 100 = 0.00 + 70.07 + 3.73 + 0.26+ 1.44+15.36 + 1.10+ 8.05