Flitework Extra 300LPX Instructions Manual - Page 9

Browse online or download pdf Instructions Manual for Toy Flitework Extra 300LPX. Flitework Extra 300LPX 13 pages.

Print Page

Very important is the adjustment of the linkage of both aileron servos. Very useful is a servo tester which can

indicate the current of the servos. For adjustment put the wing into vertical position. Adjust the linkages of both

servos so, that the no-load current of the servos becomes a minimum. Use a 4 mm wrench for adjustment.

Servos, which are not adjusted correctly, have a lot of power consumption and a lot of stress. As Rx battery

we use 2 pcs 2s 2000 LiFe together with the redundant system of the receiver. 300 mAh consumption from

each battery should be enough for a flight of 6 minutes.

Installing the RC components:

A model in this dimension may cause a lot of personal injuries and material damages in case of technical

defects. Also it is necessary to control all important parts like linkages, servos, Rx batteries, power system

and all other technical parts periodically.

Flap adjustment:

The flap deflections of ailerons, elevators and rudders are very individually and depending on the flight style

of the modeller. This setup is only a basic setting and can be adapted to any flight style.

Point of gravity:

The point of gravity can be placed from the beginning of the wing tube till the end of the wing tube, also

depending on your flight style.

Angel in °

Aileron

Standard

20°

flight

40°

flight

We use a Rx system with redundant power supply.

These systems are very easy to install and you

need no other parts for secure power supply. Take

care, that the Rx system is prepared for high cur-

rents on servo side, because the rudder servo can

take 10 - 15 A during flight.

Please make all RC installations very carefully to

avoid technical problems. If you are not sure, ask

an expert!

Very important is, to program the fail save position

of your Rx system to power off!

Do not use hold position in cause of fail save.

Elevator

Rudder

20°

30° - 35°

45°

45° - 50°

- 9 -