Hovering Pitch - FUTABA T6K-V2 Instruction Manual

HOV PIT
Function
The hovering pitch function trims the pitch near
the hovering point.
When the hovering pitch VR is turned clockwise,
the pitch gets stronger and when it is turned
counterclockwise, the pitch gets weaker. Rotor
speed changes due to changes in temperature,
humidity, and other flying conditions can be
trimmed. Adjust for the most stable rotor rotation.
Method
Calling the setting screen
① Call the menu screen from the
home screen by pressing the +
key for 1 second.
＋
Activating the function
Trim memory settting
Selection of condition
● Select the setting item
with the Jog key.

Hovering Pitch

■ Activating the function
① S e l e c t t h e " M I X "
item and then select
the "ON" by press-
ing the + key or ‒
key.
● When you do not use a function, set to
the "INH" side.
■ VR setting
③ Select the "VR" item
and then select the
" V R " b y p r e s s i n g
the + key or ‒ key.
Range：NULL （ OFF） , +VR, -VR
Default：-VR
140
Hovering pitch
② Select
（1 second）
VR setting
● NORM：Only the normal condition operates
● NORM/IDL1：It operates by normal condition and
idle-up1.
＋ −
or
＋ −
or
More precise trimming is possible by using
this function together with the hovering throttle
function.
"HOV PIT"
from the menu with the
Jog key.
■ Selection of condition
② Select the "MODE" item
and then select condition
by pressing the + key or ‒
key.
Range：NORM, NORM/IDL1
Default：NORM
（Memorizing the hovering pitch adjustment position）
■ Memory setting
④ Select the "RATE" item and memorize the current
trim position by pressing the Jog key.
● When the VR is returned to the center after
memorization, the trim position returns to its
previous position.
［NOTE］If memorization is repeated at the same
position, the value is cumulated.
(HELICOPTER)
③ Open the setting screen by
pressing the Jog key.
● When "INH", the function
cannot be used. To use the
function, switch to "ON".
（Compensation amount at trim
memory）
（Actual compensation amount
including the hovering pitch
VR）
● The VR operating direction is
different depending on the
polarity
＋ −
or