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The first of its kind and the start of many to come! The new P2627 uses die-cast/CNC endbells to reduce cost while staying balanced and low in weight. Produced in India this new range of motors are both economic, strong and perform as expected.
A great small EDF motor with a high Kv. Perfect for parkjet style applications.
Specs:
Kv- 4200
Dimensions: 49 x 26mm
Shaft: 3.0mm
Voltage: 11.1V
Weight: 53g
No-load current: 2A
No-load RPM: 45459
Load current: 22.7A
Load RPM: 37040
Thrust: 560g
Mounting Hole Bolt Circle: 18mm Mtg. Hole Number & Size: 4 x M2
*Note: The motor does not include gold connectors, photo will be updated very soon.
I just said "it will not work" not "you can't do it" It's a hobby we try every thing we think to.I have tried many crazy things*i learned more from failed experiences than succesfull ones.
Have a good day.
Hi everyone...I have this EDF mounted on the fan and housing of the Flycat and used it on my homebuilt F22 foamie...auw is about 450g...problem is, there seems to be lack of power and will not go verticle or climb at a fast speed...the motor does not seem to produce peak revs/power and the throttle does not make any difference in speed from midpoint to max position..have tried programming the throttle response but it is still the same...can some experts please let me know what's wrong...btw, the fan unit is a six-blade 56mm with a thrust tube...
I know you are suppose to use 1000-1200 kv motors but you shouldn't say that you can't do it because it's not made for it. As long as you can mount it, power it, ] and get lift you can do anything, if one motor could lift 420g, then with four you could lift 1680g, thats almost 4 pounds. I think it could be done to make a heavy quad that can still lift weight. I'm just saying because you shouldn't, doesn't mean you can't.
Will this handle 4S in a 750gr F-18 (blue angels) 64mm EDF.
The ADH300 currently pulls 43amps max With 4S 1800mah 40C pack.
Its still working for now just wanted a cheap spare for the toolbox.
Thanks
Hi guys. I was kicking around ideas for a super fast plane. I know that this motor is meant for edf's, but my thought was to put this in a prop plane with a small prop (maybe 5x4 or 6x4) and see how fast it would go. Do you guys think that it will draw to many amps? Open to suggestions.
Hello all, any one try these motors on the Dynam A 10 warthog
with 64mm fans? I am considering two of these with two 25 amp esc. Amps says 22.7 and I add 10% so about 25.22 amp esc should be good.
22.7 amps x 11 volts should be about 250 watts times two. Is 500 watts enough power for a 2.5 pound airplane? Anyone, does this sound like it should have good power and speed???
You can only buy one motor? What good is that for an A10? Come one hobbyking, I'm going to order other stuff too. You can keep this motor if that's your policy.
no this motor will not work on it or else it will eat your system. i have this motor just there and i am not using it but it has great power which is great for large planes.try other new motors which have just arrived.thank you
I noticed everyone talking about 64mm. i have a old 55mm A-10 that has brushed. i want o upgrade to a brushless. Im not sure if i need 2 esc or how to wire it cause my brushed has 1 esc. thanks
These motors will be perfect for that. You will need 2 of these motors and 2 30amp Brushless esc. You will need to wire the esc so that both run off one battery and use a Y harness to put both esc into same receiver port.
Hi i need a high KV motor for a front mounted prop foamie, that has a flying weight of about 500g, 800mm wingspan. Needs to beable to run on 3s and 4s. Any suggestions? thankyou
This motor is designed for EDF 55mm or 64mm, I am using them for both EDFs. High kv motor in the front will need a small propellor, not very efficient. Instead a lower kv motor swing larger than 7" prop is a better idea. I use a lot Towerpro 2408-21 or 2409-12, or 2409-18, FC 28-12, FC 28-22, all pretty good and inexpensive. Happy flying!
This motor is just designed for EDF housing, long shaft making it harder for other purpose. There are some other motors better suited for nonEDF, such as pusher jet. I use another motor (PRODUCT ID: T2627-3800), with capacity similar to P2627L, for my pusher mini F-4 phantom.
At 3cell lipo, This motor runs at ~20A for 55mm GWS EDF or ~30A for 64mm EDF, both running pretty smooth. The shaft adaptor needs to be for 3mm shaft, depending on what fan unit you will choose, such as this: PRODUCT ID: 55-64ADP3.
Good motor, I am having them for Dynam A-10 (64mmEDF) and GWS 262 (55mm EDF after nacelle mods), very pleased about their quietness. Happy flying!
Hello!
I bought this motor with a 67mm EDF from HK. The motor had some issues with the screws and stuff (only 2 out of 4 holes align) but in the end... it works great!! 700g thrust on a 2S LiPo!!
I highly recommend this motor. But be sure to by M2 screws, because I suffered as I thought screws were included.
For 55mm EDF, 3s half throttle might give you 200-250 gram thrust. using 64mm EDF at 3s half throttle would give you roughly 50pcnt more thrust due to larger "prop" diameter.
Nice motor with low price. Bought 4 of them and I am very pleased with its quality.
I would stick to EDF as this motor is great for 55mm EDF (even 4s lipo with either throttle management or cut off 3 of the 6 blades, thrust tube) or 64mm EDF. Very balanced and powerful motor, with low price.
The specification for the motor is 3.00mm. I just put digital callipers on the shaft and got 2.98mm all along the protruding shaft. For the record I used a 3.00mm drill bit to resize the coupling for my EDF.
I bought a total of four of them. They are great for 64mm EDF unit (drawing around 30 amps with 3s lipo), and 55mm EDF unit (you can even use 4s lipo with throttle management) in electric jet planes. It can be used for pusher jet, driving small propellors, if you find the right motor mount. Happy flying!
like any motor use it for what u want
just watch the heat ...amps in to be less than 23
by spec. it is a rather fast spinning motor for edfs or small dia props...(by design its made for edfs) good purchase $$
I have this and a 68mm EDF...some questions...
- Running this off a 2S LiPo...how much thrust will it produce? Atleast 200grams?
- Will 2 of these lift a 1/1.5/2kg plane? (from 2S)
- Will running an EDF out of balance cause it to explode?
My Setup:
= EDF 68mm (Rated for 2-3S [750grms of thrust on 2S] [others claim more than 1.5kg on 3S]
= 30-40A ESC
=2S LiPo
=
As far as the thrust goes, it is difficult to estimate. It will vary depending on the thrust tube the air travels through, the pitch and number of the blades, the ESC and the battery. While the battery and ESC are known, the fan setup and the taper and condition of the thrust tube is not. That will alter your results from that of others. From what you're saying about the ESC and this motor, I'd go with a 3s battery at 25c on a 30a ESC, 30c on a 40a ESC.
After everything is all set up, bench test bench test bench test. An unbalanced fan will vibrate, reducing the thrust capable and forcing the motor to work harder making it less efficient. That means lower speeds. If it is very unbalanced, it can rub on the fan housing, it can break off blades, it may even jam which will cause something to overheat, fail, or even start a fire. Balance it with a balancer, put tape on the inside of the cone to fix, mount and test. Once it's balanced, you should be ready to go. You don't need a 1:1 thrust ratio to fly. You do need a 1:1 ratio to sustain vertical flight. You can get by with less, so don't think it MUST BE a 1:1 ratio to get off the ground.
Its fact that you dont need 1:1 to fly...wings create the lift so...
I have NO thrust tube, do they really give results or is it unneccessary? Can I download templates somewhere?
It all depends on the design. I have a plane where when the tube is slightly tapered from the dimension of the fan housing, it increases the thrust produced. It isn't needed no, so if your design doesn't have one, it may not be necessary to create one as it will complicate the design, add weight, and may not be beneficial. The plane I'm referring to is the he-162, and all I did was cut the end off a plastic cup just to taper the exhaust tube by 1/2", and the difference was marginal. It did however give it more of a scale look. I would run it without if that is what your plane is designed to do.
3s battery is 11.1 roughly. It will carry more when fully charged and you really don't want to run it less than the 11.1 rating as it can damage the battery. It can also damage the battery if you use the wrong c rating with the wrong ESC. Always use an ESC that is 10% higher in amps than the c rating of your battery. So a c rate of 25 should be fine for a 30 amp ESC, 30c should go with a 40 amp ESC, etc. And the voltage listed is the recommended voltage, not the max voltage. 11.1v equates to a 3s battery. You can run a 2s, but it may not supply enough power for your setup.
I just spooled up one of these...on 2s....it almost broke of the wooden mount, mounted one on a 1.5KG gigantic sheet of styrofoam and it blasted forward and hit the wall with a loud BOOM!! It moved a stick on the mount, I measured that it would take around 250 grams of power to move the stick...therefore.... my EDF gives in access of 250grms of thrust
Would this motor work well with the multiplex ultra fun jet with 40Amp and 2200 3 cell lipo? If not, what's a good outrunner motor for it on this site?
thanks
No this motor probably won't without some modification. It is designed to run ducted fans and does not come with a prop adapter. The other problem is the mounting design. The funjet requires a pusher prop setup, so the mount on the plane is at the back of the motor. This motor is mounted to the plane in between the motor and the ducted fan blades, not at the back. You would need to modify the funjet's motor mount to accept this motor. I would look for a 35x out runner motor capable of pushing at
sorry, it cut me off. I'd recomend finding an outrunner pushing at around 2800kv or more and running it off a 3 or 4 cell battery. The ESC will usually be recomended in the motor's description.
It calls for a 3s, so running on a 2s will definitely be underpowered for what the motor can handle. As far as thrust produced, that will vary substantially depending on the ESC and fan used. Asking how much thrust will be produced is like asking how fast a car will go. Without more specific info, it makes the answer pretty generic. A car can go slow, a car can go fast. I run mine on two turnigy plush 30A ESC's. They use the 6 blade 55mm fans found I the EDF category. They push my guanli A10 along nicely on a 25c 3s turnigy LiPo.
So to answer your question more accurately, it would depend a lot on the rest of the gear you're using.
well, i assumed u knew i used the required 22.7A esc and a 64mm EDF. I wanted measurements for that setup.
Anyway, MY setup is 30A ESC, 2S LiPo and 68mm EDF
I think the 2s is going to be a bit small for a 64mm EDF. I think it's going to be underpowered. The c rating of your battery will play into it too. So if the batt is a 25C, go for a 30a ESC. Your ESC amps should be higher than your battery's c rating by at least 10%. that goes for EDF or prop setups. The amount of thrust will vary depending on the fan used. The blades and angle of the blades will also vary the amount of thrust produced. Try upping the voltage to a 3 cell setup with a 25c rating and it should do fine for the EDF you mentioned.
You will need another ESC. They will only work on a 1:1 with the motors. Brushed ESC's can be linked 2:1, but not brushless. 1kg, possibly, 2kg probably not. You're going to need a lot more power to have it fly well.
The thrust to weight ratio will vary from application to application. In mine? No. The 1:1 and 2:1 ratio I was referring to was the ratio of ESC's to motors. With brushless setups, you need to have an ESC for every motor. For a brushed setup, you can run two motors with one ESC. The thrust to weight ratio will depend on the weight of the plane, the motor(s), the ESC(s), the fan or prop, and the battery. So, there are a lot of variables that will affect the amount of thrust the setup is capable vs. the weight it is going to lift. My setup is unique to my planes just as yours is to you. Biggest suggestion I can make is to test it thoroughly on the ground so you will know what it can do in the air.
Wow, me too. I think I got it for less than that several months ago. I think I paid around $6 to $7 for mine. Pretty steep hike.
*hamdhan - try writing your own responses a hole instead of copying and pasting others.
Ronald, wth are you saying!? Thats my OWN response. I aint the type who copy pastes. I make my own answers, I just got this motor and speaking from my knowledge. If you hate this, then i am sorry but I dont lie. I don't ask for credit in answers which i copy paste
This time pal. You copied and pasted one of mine and I doubt it's the first time you've acted like a parrot with other users here. Talk is cheap pal and your knowledge is rather limited. You have a nice day and keep that hand out begging for credit. It's easier than actually earning it apparently. (credit?)
excuse me!? Dude, I aint some ass**** okay, I am A NEWBIE TO RC!!! I just bought this motor and am saying what i KNOW!! U WANNA SEE MY EFF*** CUSTOMS INVOICE!!!???
DUDE ARE U RACIST! My profile says i live in kenya so....U THINK I AM BLACK AND ARE RACIST!!! DUDE!!!! Anyway, if thats true, I aint black, i aint from kenya, i just live here.
Hello, perhaps you have seen my photo http://www.hobbyking.com/hobbycity/store/uploads/443 082549X519802X22.JPG
The motor does not ship with connectors.
Credit? Be sure to check out my constantly updated wishlist and help my hobby if u can
The current for this motor max at ~30amps. I am using either 2mm gold connector or 3.5mm connector, the latter would be slightly better for 30amps. Each connector actually has only ~20 amps since three connectors split the current.
Any size connector will work, but if you already have connectors on your ESC, I'd guess that ey are 3.5 mm. Please measure yours first so you don't order the wrong size. If your ESC does not have any connectors you can either solder the ESC directly to the motor leads or buy whatever size connector you like as both will do fine.
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a light and powerfull motor with a great price.
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I brought 2 of these to put on my a10.... extremely powrful... but its way over 22.7amps... I measured it to be 32amps on max throttle on a 6blade 55mm edf... Think it'll be safer to say u need a 30amp esc...NOT 25amp..
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Motoor is balanced nice and I'm going to put them on an F-14 or A-10
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Tal Kotzer
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I brought 2 of these to put on my a10.... extremely powrful... but its way over 22.7amps... I measured it to be 32amps on max throttle on a 6blade 55mm edf... Think it'll be safer to say u need a 30amp esc...NOT 25amp..
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JoJoNg
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Great value for money. We usually describe it as "Power : Weight" ratio for power of a machine, as for this budget brushless motor I would say "Price : Power". At this price the power output from this brushless motor was justified. More powerful ones, pay more. Remember it's "Price : Power" :-)
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