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The HURC 2409-14T is 2.0 oz, 1200KV, 190 watt, 400 class direct drive outrunner brushless motor designed for medium to high speed parkflyers. It works well with 8 and 9 inch props and 3-cell Lipo batteries.
We recommend using a 20 to 35 amp ESC with the HURC 2409-14T. The minimum size 3 cell Lipo battery that we recommendusing with this motor is an 11.1v 1300 30C. Higher capacity 3 cell batteries are fine to use if your model can handle the extra weight.
MOUNTING OPTIONS: The HURC 2409-14T comes with a firewall mount installed. The Plastic Stick Mount for 2408/2409/2410 Motors and the GWS Plastic Outrunner Mount to can be used to mount this motor on a 10mm stick.
Propeller Data for 3 cell Lipo batteries:
Rotating propellers are dangerous. Please stay clear of prop and wear eye protection.
GWS props fit the 3mm shaft on this motor - no prop adapter is needed.
The GWS EP9050 prop produces about 31 ounces of thrust at 17 amps (190 watts). Avoid constant wide open throttle.
The GWS EP8040 prop produces about 23 ounces of thrust at 11.5 amps
The GWS 8060HD prop produces about 23 ounces of thrust at 16 amps
Please be aware that the battery used can make a tremendous amount of difference in the performance of brushless motors. The above data was obtained using batteries in good condition that were fully charged. Thrust and amp draw may be less with the use of batteries rated at lower amp output, and slightly more using batteries rated for higher amp output. Other factors, such as ESC timing and variations in actual motor KV can affect the performance of brushless motors as well. We recommend the use of a Watt Meter to test the current draw of your particular power system, especially if you plan to use a prop that pushes the motor near it's maximum amp rating.
HURC 2409-14T Specifications:
Weight = 2.0 ounces (58 grams)
Diameter = 1.2 inch (31mm)
Total Length = 2.4 inch (62mm)
Shaft Length (from motor bell) = 1.1 inch (28mm)
Shaft Diameter = 3mm (GWS Props fit nicely)
Voltage = 6.0 to 12.6 (2 and 3 cell Lipo batteries)
KV = 1200
Current = 17 amps or 190 watts maximum for 60 seconds
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