BadAss BA-2826-690 Performance Test Data
Magnets Motor Wind Motor Kv No-Load Current Motor Resistance I Max P Max (6S)
14-Pole 12-Turn Delta 690 RPM/Volt Io = 1.45 Amps @ 10v Rm = 0.037 Ohms 52 Amps 1150 W
 
Stator Outside Diameter Body Length Total Shaft Length Shaft Diameter Motor Weight
12-Slot 35.6 mm, 1.402 in. 46.0 mm, 1.811 in. 66.5 mm, 2.657 in. 5.00 mm, 0.197 in. 180 gm, 6.35 oz
 
Test Data From Input 10.0 V 12.0 V 14.0V 16.0V Measured Kv value Measured Rm Value
Sample Motor Io Value 1.364 A 1.457 A 1.479 A 1.581 A 694 RPM/Volt @ 10V 0.0351 Ohms
 
3-cell Li-Po Test Data
Prop Prop Li-Po Input Motor Input Prop Pitch Speed Thrust Thrust Thrust Eff.
Manf. Size Cells Voltage Amps Watts RPM in MPH Grams Ounces Grams/W
APC 12x8-E 3 11.1 22.30 247.5 6,703 50.8 1265 44.62 5.11
APC 12x8.5-F 3 11.1 19.09 211.9 6,839 55.0 1322 46.63 6.24
APC 12x10-E 3 11.1 26.50 294.1 6,505 61.6 1310 46.22 4.46
APC 12x12-E 3 11.1 31.79 352.8 6,252 71.0 1219 42.98 3.45
APC 13x4.5-F2B 3 11.1 18.02 200.0 6,900 29.4 1429 50.39 7.14
APC 13x5.5-E 3 11.1 19.23 213.5 6,845 35.7 1481 52.25 6.94
APC 13x6.5-E 3 11.1 24.04 266.9 6,606 40.7 1662 58.62 6.23
APC 13x6.5-F2B 3 11.1 26.86 298.1 6,515 40.1 1576 55.59 5.29
APC 13x7-F 3 11.1 20.85 231.4 6,776 44.9 1526 53.81 6.59
APC 13x8-E 3 11.1 26.45 293.5 6,488 49.2 1682 59.33 5.73
APC 13x10-E 3 11.1 34.21 379.7 6,146 58.2 1566 55.23 4.12
APC 13x10-F 3 11.1 27.21 302.1 6,477 61.3 1727 60.93 5.72
APC 14x6-E 3 11.1 23.01 255.4 6,658 37.8 1746 61.60 6.84
APC 14x7-E 3 11.1 29.65 329.1 6,389 42.4 1962 69.22 5.96
APC 14x8.5-E 3 11.1 32.28 358.3 6,213 50.0 1997 70.43 5.57
APC 14x10-E 3 11.1 32.41 359.8 6,233 59.0 1995 70.36 5.54
APC 14x10-F 3 11.1 33.55 372.4 6,176 58.5 2057 72.54 5.52
APC 14x12-E 3 11.1 45.38 503.7 5,619 63.9 1646 58.04 3.27
APC 15x4-E 3 11.1 24.37 270.5 6,598 25.0 1915 67.55 7.08
APC 15x6-E 3 11.1 31.64 351.2 6,234 35.4 2225 78.48 6.34
APC 15x7-E 3 11.1 31.66 351.4 6,245 41.4 2202 77.67 6.27
APC 15x8-E 3 11.1 35.08 389.4 6,113 46.3 2242 79.10 5.76
APC 15x10-E 3 11.1 44.98 499.2 5,637 53.4 2302 81.19 4.61
APC 15x12-F 3 11.1 42.33 469.8 5,745 65.3 2423 85.46 5.16
APC 16x7-E 3 11.1 39.97 443.6 5,874 38.9 2608 92.00 5.88
APC 16x8-E 3 11.1 46.49 516.0 5,563 42.1 2677 94.42 5.19
APC 17x7-E 3 11.1 44.40 492.9 5,668 37.6 2853 100.65 5.79
APC 17x8-E 3 11.1 50.35 558.9 5,350 40.5 2897 102.19 5.18
MAS 11x8x3 3 11.1 20.14 223.5 6,800 51.5 1300 45.84 5.81
MAS 12x6x3 3 11.1 20.72 230.0 6,785 38.6 1446 51.00 6.29
MAS 12x8x3 3 11.1 29.90 331.9 6,406 48.5 1808 63.79 5.45
MAS 13x8x3 3 11.1 31.94 354.5 6,260 47.4 1990 70.21 5.62
MAS 14x7x3 3 11.1 36.89 409.5 6,024 39.9 2290 80.76 5.59
MAS 14x9x3 3 11.1 42.85 475.6 5,726 48.8 2451 86.47 5.15
MAS 15x7x3 3 11.1 44.15 490.1 5,171 34.3 2586 91.21 5.28
                     
4-cell Li-Po Test Data
Prop Prop Li-Po Input Motor Input Prop Pitch Speed Thrust Thrust Thrust Eff.
Manf. Size Cells Voltage Amps Watts RPM in MPH Grams Ounces Grams/W
APC 10x8-E 4 14.8 22.13 327.5 9,046 68.5 1464 51.65 4.47
APC 10x10-E 4 14.8 29.86 441.9 8,662 82.0 1270 44.80 2.87
APC 11x5.5-E 4 14.8 21.16 313.2 9,089 47.3 1714 60.46 5.47
APC 11x7-E 4 14.8 25.35 375.2 8,889 58.9 1840 64.91 4.90
APC 11x8-E 4 14.8 28.42 420.6 8,747 66.3 1775 62.60 4.22
APC 11x8-F 4 14.8 23.38 346.0 8,990 68.1 1716 60.51 4.96
APC 11x8.5-E 4 14.8 30.91 457.5 8,627 69.4 1845 65.07 4.03
APC 11x10-E 4 14.8 35.62 527.2 8,415 79.7 1686 59.47 3.20
APC 12x6-E 4 14.8 28.23 417.8 8,755 49.7 2179 76.86 5.22
APC 12x6.5W-F2B 4 14.8 33.66 498.1 8,500 52.3 2481 87.52 4.98
APC 12x8-E 4 14.8 35.47 524.9 8,402 63.7 2031 71.62 3.87
APC 12x8.5-F 4 14.8 30.23 447.3 8,660 69.7 2172 76.61 4.86
APC 12x10-E 4 14.8 42.33 626.5 8,071 76.4 2093 73.83 3.34
APC 12x12-E 4 14.8 48.13 712.3 7,767 88.3 1889 66.62 2.65
APC 13x4-E 4 14.8 24.48 362.3 8,963 34.0 2155 76.02 5.95
APC 13x4.5-F2B 4 14.8 29.18 431.8 8,693 37.0 2371 83.64 5.49
APC 13x5.5-E 4 14.8 30.33 448.9 8,655 45.1 2430 85.71 5.41
APC 13x6.5-E 4 14.8 39.02 577.5 8,242 50.7 2699 95.21 4.67
APC 13x6.5-F2B 4 14.8 42.56 629.9 8,107 49.9 2556 90.16 4.06
APC 13x7-F 4 14.8 33.22 491.6 8,511 56.4 2515 88.70 5.11
APC 13x8-E 4 14.8 42.80 633.4 8,045 60.9 2660 93.83 4.20
APC 13x10-E 4 14.8 53.28 788.5 7,463 70.7 2392 84.39 3.03
APC 13x10-F 4 14.8 42.70 631.9 8,042 76.2 2757 97.24 4.36
APC 14x6-E 4 14.8 36.80 544.7 8,354 47.5 2881 101.63 5.29
APC 14x7-E 4 14.8 47.84 708.1 7,811 51.8 3083 108.74 4.35
APC 14x8.5-E 4 14.8 50.07 741.1 7,630 61.4 3059 107.91 4.13
APC 14x10-E 4 14.8 50.66 749.7 7,626 72.2 2988 105.40 3.99
APC 14x10-F 4 14.8 51.27 758.8 7,535 71.4 3160 111.45 4.16
APC 15x4-E 4 14.8 39.31 581.7 8,219 31.1 3150 111.12 5.42
APC 15x6-E 4 14.8 49.73 736.0 7,635 43.4 3425 120.81 4.65
APC 15x7-E 4 14.8 49.19 728.0 7,750 51.4 3451 121.74 4.74
APC 15x8-E 4 14.8 53.41 790.5 7,460 56.5 3391 119.63 4.29
MAS 10x7x3 4 14.8 23.23 343.8 8,993 59.6 1704 60.12 4.96
MAS 11x7x3 4 14.8 28.50 421.8 8,743 58.0 2053 72.41 4.87
MAS 11x8x3 4 14.8 31.23 462.1 8,603 65.2 2085 73.53 4.51
MAS 12x6x3 4 14.8 32.15 475.8 8,560 48.6 2354 83.02 4.95
MAS 12x8x3 4 14.8 43.98 650.9 7,955 60.3 2843 100.29 4.37
MAS 13x8x3 4 14.8 48.16 712.8 7,724 58.5 3094 109.13 4.34
MAS 14x7x3 4 14.8 55.77 825.4 7,421 49.2 3548 125.16 4.30
 
5-cell Li-Po Test Data
Prop Prop Li-Po Input Motor Input Prop Pitch Speed Thrust Thrust Thrust Eff.
Manf. Size Cells Voltage Amps Watts RPM in MPH Grams Ounces Grams/W
APC 10x5-E 5 18.5 21.99 406.8 11,434 54.1 1805 63.66 4.44
APC 10x5.8-F2B 5 18.5 24.49 453.1 11,309 62.1 2049 72.29 4.52
APC 10x6-E 5 18.5 25.13 464.9 11,253 63.9 1923 67.81 4.14
APC 10x6-F 5 18.5 19.77 365.7 11,561 65.7 1684 59.41 4.61
APC 10x7-E 5 18.5 29.15 539.2 11,013 73.0 2003 70.65 3.71
APC 10x8-E 5 18.5 32.38 599.1 10,850 82.2 2095 73.91 3.50
APC 10x10-E 5 18.5 43.03 796.0 10,278 97.3 1827 64.43 2.29
APC 11x5.5-E 5 18.5 31.35 580.0 10,900 56.8 2558 90.21 4.41
APC 11x7-E 5 18.5 37.41 692.1 10,575 70.1 2692 94.96 3.89
APC 11x8-E 5 18.5 41.94 775.9 10,332 78.3 2511 88.56 3.24
APC 11x8-F 5 18.5 33.73 624.0 10,773 81.6 2533 89.36 4.06
APC 11x8.5-E 5 18.5 45.10 834.3 10,169 81.9 2574 90.78 3.08
APC 11x10-E 5 18.5 50.22 929.1 9,865 93.4 2350 82.88 2.53
APC 12x6-E 5 18.5 41.35 765.0 10,360 58.9 3170 111.80 4.14
APC 12x6.5W-F2B 5 18.5 47.62 880.9 10,023 61.7 3540 124.88 4.02
APC 12x8-E 5 18.5 51.09 945.1 9,821 74.4 2846 100.39 3.01
APC 12x8.5-F 5 18.5 42.86 792.9 10,272 82.7 3130 110.39 3.95
APC 12x10-E 5 18.5 61.33 1134.5 9,446 89.5 2916 102.87 2.57
APC 13x4-E 5 18.5 36.23 670.2 10,664 40.4 3217 113.49 4.80
APC 13x4.5-F2B 5 18.5 42.95 794.5 10,258 43.7 3464 122.17 4.36
APC 13x5.5-E 5 18.5 43.46 803.9 10,247 53.4 3511 123.86 4.37
APC 13x6.5-E 5 18.5 57.85 1070.3 9,583 59.0 3612 127.41 3.37
APC 13x7-F 5 18.5 46.33 857.0 10,069 66.7 3584 126.41 4.18
APC 13x10-F 5 18.5 59.75 1105.4 9,406 89.1 3904 137.72 3.53
APC 14x6-E 5 18.5 52.03 962.5 9,768 55.5 4064 143.34 4.22
APC 15x4-E 5 18.5 55.99 1035.8 9,481 35.9 4426 156.13 4.27
MAS 9x7x3 5 18.5 25.37 469.4 11,255 74.6 1952 68.85 4.16
MAS 10x5x3 5 18.5 22.82 422.1 11,410 54.0 1996 70.42 4.73
MAS 10x7x3 5 18.5 32.99 610.3 10,805 71.6 2511 88.55 4.11
MAS 11x7x3 5 18.5 39.89 737.9 10,428 69.1 2929 103.30 3.97
MAS 11x8x3 5 18.5 43.70 808.4 10,212 77.4 2940 103.70 3.64
MAS 12x6x3 5 18.5 44.91 830.9 10,141 57.6 3357 118.40 4.04
 
6-cell Li-Po Test Data
Prop Prop Li-Po Input Motor Input Prop Pitch Speed Thrust Thrust Thrust Eff.
Manf. Size Cells Voltage Amps Watts RPM in MPH Grams Ounces Grams/W
APC 9x4.5-E 6 22.2 20.17 447.8 13,445 57.3 1886 66.54 4.21
APC 9x6-E 6 22.2 24.43 542.3 13,189 74.9 1877 66.22 3.46
APC 9x7.5-E 6 22.2 38.11 846.1 12,301 87.4 1980 69.82 2.34
APC 9x9-E 6 22.2 41.68 925.3 12,122 103.3 1990 70.18 2.15
APC 10x5-E 6 22.2 31.42 697.4 13,252 62.7 2468 87.07 3.54
APC 10x5.8-F2B 6 22.2 34.46 765.0 13,100 72.0 2801 98.80 3.66
APC 10x6-E 6 22.2 35.16 780.5 13,038 74.1 2577 90.90 3.30
APC 10x7-E 6 22.2 40.95 909.2 12,725 84.4 2700 95.24 2.97
APC 10x10-E 6 22.2 57.79 1283.0 11,817 111.9 2399 84.63 1.87
APC 11x5.5-E 6 22.2 44.45 986.8 12,513 65.2 3449 121.67 3.50
APC 11x7-E 6 22.2 52.59 1167.5 12,035 79.8 3473 122.49 2.97
APC 11x8-E 6 22.2 57.72 1281.3 11,673 88.4 3239 114.26 2.53
APC 11x8-F 6 22.2 45.66 1013.6 12,418 94.1 3422 120.70 3.38
APC 12x6-E 6 22.2 59.00 1309.8 11,813 67.1 4203 148.25 3.21
APC 13x4-E 6 22.2 50.18 1113.9 12,175 46.1 4334 152.88 3.89
MAS 9x7x3 6 22.2 34.24 760.1 13,079 86.7 2669 94.15 3.51
MAS 10x5x3 6 22.2 30.83 684.4 13,262 62.8 2709 95.56 3.96
MAS 10x7x3 6 22.2 44.53 988.6 12,455 82.6 3376 119.09 3.41
MAS 11x7x3 6 22.2 53.43 1186.1 11,892 78.8 3833 135.21 3.23
2019 Innov8tive Designs, Inc.
This chart, and the data contained within it, are the property of Innov8tive Designs, Inc., and may not be reproduced without permission from the author.
Propeller Chart Color Code Explanation
  The prop is to small to get good performance from the motor. (Less than 50% power)
  The prop is sized right to get good power from the motor. (50 to 80% power)
  The prop can be used, but full throttle should be kept to short bursts. (80 to 100% power)
  The prop is too big for the motor and should not be used. (Over 100% power)
PLEASE NOTE:
The Data contained in this Prop Chart is based on actual measurements, taken in a controlled test environment, at an altitude of
584 feet above sea level. The test voltages used are based on the standard output of a Li-Po battery under load, which is 3.70 volts
per cell. If you are using a battery that is larger in capacity than normal, or has a very high C-rating, then your actual voltages will
be higher than those shown in the chart, and this will result in a higher current and power value for every prop used. You should
always test your actual power system with a watt meter before flying your model to make sure that you are not exceeding the
recommended current and power ratings of the motor being used. The prop recommendations in this chart assume that the motor
receives adequate cooling throughout its operation. If your motor is being used inside a cowl or fuselage, you must ensure that
the motor receives sufficient airflow, and does not get too hot during operation. It is always best to use a prop size that pulls no
more than 80% of the motors maximum recommended current value to ensure safe operation under all conditions.