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kaiser mk ii

Started by sanay, May 15, 2014, 04:57:03 PM

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sanay

can any one suggest motor , esc, battery capicity, and propler size for kaiser mk ii or mail on

sanjayrai55

I have just started building it. Will confirm soon.

It will be a 300-400 Watt motor; for a high wing trainer I would use a 1000 KV or thereabout motor with a 12*6 prop, for the low winger aerobatic I would use 11*7 and maybe 1200 KV

sahil007

use 2826/6 342watts with minimum 45a esc 6x4 prop and 2200mah lipo 11.1 25c
Br,
Sahil Rana
+91 9306729376

sanjayrai55

Never!!!

A 2200 KV motor on this model? Absolutely no!

D2826-6 2200kv Outrunner Motor

Specs:
Rpm/V: 2200kv
Shaft: 3.17mm
Voltage: 2S~3S (7.4v to 11.1v)
Weight: 50g
Watts: 342w
Max Current: 34A
ESC: 40A
Suggested Prop: 7x4(2S) ~ 5x5 (3S)

This motor is meant for a small, speed model, like a FunJet

Not for a 52"span trainer, even in it's aerobatic avatar

sanjayrai55

Sahil: Wattage is only part of selection of motor for a particular model

sahil007

wel.....sanjay sir ji....was....jst trying.....im a nwbie sry :banghead:
Br,
Sahil Rana
+91 9306729376

sanjayrai55

No problem  ;) ;)

If you never err, you never learn  :D :D

sahil007

Br,
Sahil Rana
+91 9306729376

sanay

u have not suggested the motor and other things for kaiser mk ii , have completed yours pls send mail on
thx.
9405102744

shobhit17

Well the Kaiser is made by the Sharma Models of Jodhpur.  On the Kit you have their phone numbers.  Please contact Vivek Sharma at the Sharma Models and he will guide you with everything.  I used a Turnigy 3536 1200 kv motor with a 10x 6 prop or a NTM 3530 1400 KV with a 10x6 prop for my Kaiser Mk II.  What Sanjayrai is saying is also true about the motor.  The WATTAGE is the true parameter of motor thrust and should be followed.  The plan clearly stated 300-400 Watt output motor.  So go by it.

Best wishes
Well I been into aeromodelling since I was in School....  and then been in the air for over 30 years.  Now looking to be back into aeromodelling full time...

sanjayrai55

Torque X RPM = Wattage

Torque gives you thrust
RPM gives you speed

Your motor/prop combination should give you adequate thrust for the model - in this case 1.3 Kg or so