Home > Radio Control Toys > 300DF Outrunner RC Brushless Motor for Electric Radio Remote Control Planes (Recommended for Slow Stick RC Flyer) 2250 RPM

300DF Outrunner RC Brushless Motor for Electric Radio Remote Control Planes (Recommended for Slow Stick RC Flyer) 2250 RPM

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Buy 300DF Outrunner RC Brushless Motor for Electric Radio Remote Control Planes (Recommended for Slow Stick RC Flyer) 2250 RPM

We found a great deal on the 300DF Outrunner RC Brushless Motor for Electric Radio Remote Control Planes (Recommended for Slow Stick RC Flyer) 2250 RPM for only $29.95 at Nitro Models RC Planes, Inc..

  The 300DF is a light motor, designed to fly park flyers. Use the 300DF with a 3:1 or gearbox and large prop 8×4, or a speed demon on a 5×3 inch or smaller prop. 2 cell Lipo or 3 cell Lipo can be used with all this motor, but best performance can be achieved by using 3 cells+4.5:1 gear ratio with 12X6, or 11X7 or 11X4.7 props. The data for other props and gears: For 3.4:1 gearing use 11×7 HD, 11×4.7 SF For 4.5:1 gearing use 12×6, 11X4.7, 11X7 SF 300DF pusher props have proven to be spectacular. It has been flown with Wing Warrior Zaggis, Wattage HyperWing and Edge RC delta wing planes. Using a small prop direct drive and wings around 16 Oz weight, this is the best you can get at this price. With a 5×4 prop it draws about 12 amps. It is equally good with large props in a gearbox. So decide whether you want speed – 50+ MPH or slow fly with large props and a lot of torque and use this motor for both.   Specifications Max Current: 10 Amps. KV: 2250 Weight: 29.7 grams Shaft Diameter: 2.3mm Mount holes: standard 16.5 & 19.5 We have done extensive testing on this motor and are really excited about putting it into action in some of our IFO’s, Tiger Moths (can you say 3D Tiger Moth), PT-17, and any plane 12 oz’s or less should go 3D ! The motor has been tested and works well with two and three LiPo cells in series. I like them on three LiPos ! A two cell runs between 6 and 8.4 volts. A three cell runs between 9 and 12.6 volts, depending on the state of charge. See the Tech Chart to figure out what type of performance you’ll get with these motors.

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  1. kelly
    November 30th, 2009 at 23:58 | #1
  2. Warren Nelson
    June 1st, 2010 at 03:35 | #2
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