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03.04.2009, 11:03 PM
I got to export the values from the speed calculator.
With 3s
Differential Ratio: 3.25
Transmission Ratio: 1
Other Ratio: 1
Spur Tooth Count: 1
Pinion Tooth Count: 1
Total Voltage: 11.1
Motor KV: 1100
Tire Diameter (inches): 4.5.........(Gladiators)
Tire Ballooning (inches): 0
Motor Current Draw: 0
Motor coil Ω: 0
Spur/Pinion Ratio: 1 : 1
Total Ratio: 3.25 : 1
Tire Circumference (inches): 14.14 inches (359.08 mm)
Total Motor Speed: 12210 RPM
Vehicle Speed: 50.3 mph (80.79 km/h)
Effective KV Value: 1100
KT constant: 1.23 oz-in/A
Motor Torque: Amperage not specified...
Final Torque: Amperage not specified...
Final Power: Amperage not specified...
With 4s
Differential Ratio: 3.25
Transmission Ratio: 1
Other Ratio: 1
Spur Tooth Count: 1
Pinion Tooth Count: 1
Total Voltage: 14.8
Motor KV: 1100
Tire Diameter (inches): 4.5........(gladiators)
Tire Ballooning (inches): 0
Motor Current Draw: 0
Motor coil Ω: 0
Spur/Pinion Ratio: 1 : 1
Total Ratio: 3.25 : 1
Tire Circumference (inches): 14.14 inches (359.08 mm)
Total Motor Speed: 16280 RPM
Vehicle Speed: 67.06 mph (107.72 km/h)
Effective KV Value: 1100
KT constant: 1.23 oz-in/A
Motor Torque: Amperage not specified...
Final Torque: Amperage not specified...
Final Power: Amperage not specified...
I'm thinking 3s will be the highest I'll go with these tires and I'll save the 4s for larger cars. I'll have to try it tough because it would be fast as hell with 4s...
Last edited by Metallover; 03.04.2009 at 11:05 PM.
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