1020kv Turnigy Park480 sin escobillas Outrunner

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• Quality
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It works excellent

Aug 06, 2021

It works excellent and is what I expected it to be.

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OK

Feb 20, 2020

Gute Qualität zum günstigen Preis. Sehr zufrieden, auf jeden Fall empfehlenswert.

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super

Dec 17, 2019

great as usual

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Finely a motor I can actually trust!

Dec 05, 2019

Has the same power and reliability as the Park Zone brand. Please HK bring in more stock!!!

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moteur

Nov 20, 2019

bien et pas chère puissant

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OK

Nov 19, 2019

Sehr guter kleiner Motor, aber auch nicht preiswert.

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Good Motor for the price

Nov 13, 2019

Found this to be a pretty decent motor and flys my 2x6 glider around very nicely.

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Additional Prop Data

Feb 16, 2019

3S 4000maH 25C Nanotech battery charged to 12.5V:
APC 11x4.7SF 22.2 amps produces 1180g of thrust (277W)
This is probably the largest diameter of prop you could safely put on this motor. Any more increase in pitch than the 4.7 will likely cause the motor to exceed its rated continuous thrust when it is commanded 100% throttle.
It is possible, with a mindful pilot, to go APC 11x6SF but limit the max throttle time to less than the typical 5-10 second bursts. It's a risk but it doable.

• Overall
• Quality
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4.5

Feb 05, 2019

Prop Data:
3S 4000maH 25C Nanotech battery charged to 12.5V
APC 10x4.7 SF produces 1096g of thrust at 19.8 amps (247.5W)
3S 4000maH 25C Nanotech battery charged to 12.49V
APC 9x4.7 SF produces 900g of thrust at 12.8 amps (159.9W)
Another way of looking at it: Reducing the prop diameter by 10% (1 inch in this case) reduced the thrust generated by 22% and for this drop in thrust you used 46% less amps.

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• Value

Turnigy Park480 1020Kv prop data

May 03, 2017

Great motor for a 750gr 3D plane using a 3S 2200mAh 40C with.

Tested Prop Data @ 12V:
12x4 (Master Screw) 291W @ 24A
12x4 (Visionaire 3D prop) 265W @ 23A
1260 HD (Hobbyking) 321W @ 28A
1245 (Hobbyking Slow Fly) 370W @ 32A
12x6 (APC Style) 313W @ 28A
11x7 (APC Style) 276W @ 24A
11x5.5 (APC Style) 285W @ 25A

The prop data above is in order of efficiency of the motor/propeller combination considering the Thrust (W), Amp draw and Temperature of motor.

Hope this information is usefull...