Main Menu

Slo - Fly Micro

Started by rcforall, April 05, 2009, 12:28:56 PM

Previous topic - Next topic

0 Members and 3 Guests are viewing this topic.

rcforall

Hi ,
Built the SLOFLY Mini 3 D 28" with the Double side laminated foam .
Tiled plans down loaded from
http://www.slofly.com/showthread.php?t=26
( please remember when printing these plans to ensure you set the print to 100 %  othewise proportions will not be right
Wing Span : 22 "
Fuse including rudder : 27"

Motor : RCFORALL 2204/14
ESC : RCFORALL 10 amp ESC
battery : 7.4 V 2 S 850 mah
Prop : GWS 8040 / 7060
Servos : RCFORALL DYS 4.4 Gms and Turborix 5 gms  x 4
Receiver : Futaba R 114 F 4 channel

I have not weighed it but this plane does not exceed 200 gms is my feeling but will weigh it and post the AUW tomorrow.

This plane is awesome on 3 D and  a real funfly.

The double side laminated foam which was available with us till all got sold out is great building material.

The foam survived  a  real hard direct nose hit as well a a few hard landings .
Here are the photos .
Sai
www.zuppa.io : vehicle telematics, ADAS, IoT , Drones

rcforall

Some more photos .
BTW this plane handled quite a stiff wind despite being so light . we fly close to the sea around 1/2km , hence winds can be quite strong.

sai
www.zuppa.io : vehicle telematics, ADAS, IoT , Drones

amir

does this plane really requires reinforcement on the wing?
i have made one of it, i think its not needed..
Amir Shabeeh Ahmed
www.fbots.in

b4ggu

#3
Hi Sai,

PERFECT SET OF INSTRUCTIONS FOR ALL TRYING THEIR HANDS AT EPP AND DEPRON/ FOAMIES...

http://www.flyingwingsmedia.co.uk/MiniFizzAssemblyManual.pdf


Check the above link out, looks like the guys at Flying Wings have copied the SLOW FLY MINI 3D.
This webite is also very good for ideas on EPP and Depron... CHECK IT OUT ...


Thanks and regards
B4ggu


b4ggu

#4
Try these plans too... The plane flies like a dream indoors and super outdoors on a calm day...

b4ggu

#5
 6 Printouts total...
Have fun... building.:)

suggest re-inforcing of body with kevlar;

http://www.foamyfactory.com/docs/FFM-Kevlar-Bracing-System.pdf