User Manual
Table Of Contents
- page1_K.PDF
- page2_K.PDF
- page3_K.PDF
- page4_K.PDF
- page5_K.PDF
- page6_K.PDF
- page7_K.PDF
- page8_K.PDF
- page9_K.PDF
- page10_K.PDF
- page11_K.PDF
- page12_K.PDF
- page13_K.PDF
- page14_K.PDF
- page15_K.PDF
- page16_K.PDF
- page17_K.PDF
- page18_K.PDF
- page19_K.PDF
- page20_K.PDF
- page21_K.PDF
- page22_K.PDF
- page23_K.PDF
- page24_K.PDF
- page25_K.PDF
- page26_K.PDF
- page27_K.PDF
- page28_K.PDF
- page29_K.PDF
- page30_K.PDF
- page31_K.PDF
- page32_K.PDF
- page33_K.PDF
- page34_K.PDF
- page35_K.PDF
- page36_K.PDF
- page37_K.PDF
- page38_K.PDF
- page39_K.PDF
- page40_K.PDF
- page41_K.PDF
- page42_K.PDF
- page43_K.PDF
- page44_K.PDF
- Sheet1
- Drawing View9
- Drawing View10
- Drawing View12
- Drawing View13
- Drawing View15
- Drawing View16
- Drawing View17
- Drawing View20
- Drawing View21
- Drawing View22
- Drawing View24
- Drawing View25
- Drawing View26
- Drawing View27
- Drawing View28
- Drawing View30
- Drawing View31
- Drawing View32
- Drawing View33
- Drawing View34
- Drawing View36
- Drawing View37
- Drawing View38
- Drawing View39
- Drawing View40
- Drawing View41
- Sheet1
- page45_K.PDF
- Sheet1
- Drawing View1
- Drawing View2
- Drawing View4
- Drawing View5
- Drawing View6
- Drawing View7
- Drawing View8
- Drawing View9
- Drawing View10
- Drawing View11
- Drawing View12
- Drawing View13
- Drawing View14
- Drawing View15
- Drawing View16
- Drawing View17
- Drawing View18
- Drawing View19
- Drawing View20
- Drawing View21
- Drawing View22
- Drawing View23
- Drawing View24
- Drawing View25
- Drawing View26
- Drawing View27
- Drawing View28
- Drawing View29
- Drawing View30
- Drawing View31
- Drawing View32
- Drawing View33
- Drawing View34
- Drawing View35
- Drawing View36
- Sheet1
- page46_K.PDF
- Sheet1
- Drawing View37
- Drawing View38
- Drawing View39
- Drawing View40
- Drawing View41
- Drawing View42
- Drawing View45
- Drawing View46
- Drawing View56
- Drawing View58
- Drawing View59
- Drawing View60
- Drawing View61
- Drawing View63
- Drawing View65
- Drawing View71
- Drawing View73
- Drawing View74
- Drawing View75
- Drawing View78
- Drawing View81
- Drawing View82
- Drawing View83
- Drawing View84
- Drawing View86
- Drawing View87
- Drawing View89
- Drawing View90
- Drawing View91
- Drawing View93
- Drawing View94
- Drawing View95
- Drawing View96
- Drawing View100
- Drawing View105
- Drawing View110
- Sheet1
Plastic Stop
O-Ring
IN FLIGHT
ABOUT HEAD
The HPS head allows for a very broad range of dampening setups.
The dampers are composed of 3 O-ring ( that defines the rigidity ) and a technopolymer damper
(that defines the maximum possible movement of the spindle).
Using different Oring and dampers you can get different responses of the model.
Oring
80 Shore: Soft for smooth response
90 Shore: Firm for direct and precise response
A = Max movement of the spindle, feeling more elastic.
B = Medium.
C = Min movement of the spindle, feeling more direct.
In the kit, there is the damper H1046-B with 90 Shore O-ring
[other Setting >>p/n H1135-S, HC530-S].
ABOUT THE TAIL
The standard SETUP is optimized for 3d flight, headspeed 2200 rpm. If you prefer flying at low
speed (< 2000 rpm), for best results we recommend changing the tail pulley to increase tail rotor
rpm. In this way, you will have extremely precise tail control even at low RPM.
This pulley is available in the upgrade list [H1098-26-S]
If you want to fly under 1800 rpm, we suggest to use bigger 115 mm tail blades.
OPERATIONS BEFORE FLIGHT
*Set up the remote control and the flybarless system with utmost care.
*It is advisable to test the correct settings of the remote and flybarless system without main blades or
tail blades fitted.
*Check that all wiring is isolated from the carbon/aluminum parts. It is good practice to protect
them at the points where they are at most risk.
*Be sure of the gear ratio, verifying carefully the motor pulley in use. The forces acting on the
mechanics increase enormously with increasing of rpm. Although the Goblin can fly at high rpm,
for safety reasons we suggest to not exceed
2200rpm
.
*Fit the main blades and tail blades. (
Figure.1
and
Figure.2
)
*Please make sure the main blades are tight on the blade grips, you should be able to violently
jerk the head in both directions and the blades should not fold. Failure to tighten the blades
properly can result in a boom strike. To fold the blades for storage, it is advisable to loosen them.
*Check the collective and cyclic pitch. For 3D flight, set about +/-13°.
*It is important to check the correct tracking of the main blades.
On the Goblin, in order to correct the tracking, adjust the main link rod. This is provided with a
right/left thread system that allows continuous fine adjustments of the length of the control rod;
for this adjustment it is not necessary to detach the ball link.
*Confirm the canopy is secure prior to each flight.
* Make sure that the battery locking pin is back in its resting position, blocking in correct way the battery tray.
*Perform the first flight at a low headspeed, 1800 RPM.
After this first flight, do a general check of the helicopter. Verify that all screws are correctly tightened.
Blade Washer
(H0158-S)
Socket Head Cap
Shoulder M5x30mm
(HC114-S)
Nylon Nut M5
(HC218-S)
Nylon Nut M3
(HC206-S)
Socket Head Cap
Shoulder M3x18mm
(HC079-S)
BAG26
Page 37
IN FLIGHT