EXAMPLES OF PROGRAMMABLE MIXINGProgrammable Mixing combinations are extremely versatile and can be as complex as de-sired, limited only by the modeler
ADJUSTMENTS AND FLIGHT TECHNIQUES(a) H 1 TypeUsethis mixing mode with normal linkage.4) Set the servos for AIL, PIT, and ELV opera-tion by using the r
(e) H-4Type1) Select the H-4 Mode by pressing thepro-5)Move the cursor to the RATE line with thecursor key and set the directiongram key of the SWAS
ADJUSTMENTS AND FLIGHT TECHNIQUESTHROTTLE CURVEThrottle Curve/Hovering ThrottleThe throttle (CH3) servo response curve is represented by a graphic dis
(1) CURVE1) Move the cursor to the POINT position withthe cursor key.2)Select the curve point on thedisplay that youwish to adjust by using the cur-s
ADJUSTMENTS AND FLIGHT TECHNIQUESIDLE UP 1.2Idle-up 1 and 2• Idle-Up or "High Idle" functions allow the collective pitch to be reduced while
6)Move the cursor to the RATE line with thecursor key. Set the Idle UpRate Knobs on the top left of the transmit-ter to"0".7) Set the rate
ADJUSTMENTS AND FLIGHT TECHNIQUESTH-HOLDThrottle Hold• Throttle Hold is used for practicing autorotations. When the TH-HOLD Switch is pulled,the throt
5) When the T/C stick is moved above the AUTOON/OFF position, OFF is displayed in ( )and TH-HOLD is not engaged. As the stick islowered past the me
ADJUSTMENTS AND FLIGHT TECHNIQUESTRIMTrim AuthorityWhen Trim adjustments are too sensitive (Ex:One notch on the trim lever in either direction istoo m
Trim Memory1) After the model is "trimmed out" and flyingwell, land and select the TRIM screen.2)Move the cursor to the TRIM-MEMORY lineand
ADJUSTMENTS AND FLIGHT TECHNIQUESThrottle (CH3) and collective pitch (CH6) are both operated from the Throttle/Collectivestick (T/C). The servo respon
ADJUSTMENTS AND FLIGHT TECHNIQUESPARAMETER1) Servo Test: Each servo is operated in linearfashion from neutral, to its maximum andminimum positions.
MODEL SELECTModel Select Functions1)Settings and data for up to 6 different modelscan be stored independently in the transmittermemory.2) Any oneof th
ADJUSTMENTS AND FLIGHT TECHNIQUESModel Copy Function• The Copy function allows the programmeddata and trim positions for one model to beduplicated in
Move the cursor to Line 3 of the EDIT screen with the cursor key.NAMEA model name of up to 8 characters and a username of up to 10 characters can b
ADJUSTMENTS AND FLIGHT TECHNIQUESSERVO (Transmitter Test Mode)Transmitter control movements are shown on a bar graph representing servo movement forch
•SPLINED HORNThe splined horns allow adjustment of the servo neutralposition at the servo horn.Neutral position adjustmenta) Angle divisions1) The sp
•T9VHP TRANSMITTER CONTROLSCarrying barIdle-up 2 knobCH7knobIdle-up I knobIdle-up 1 switchIdle-up 2 switchElevator dualrate switchRudder dual rateswit
RF moduleSpare crystal holdersNicad batteryBattery box cover
Setting Method• Make the basic linkage settings according to thehelicopter manufacturer's instructions, exceptallow for slightly more total co
•T9VHP SOFT MAP 2This portable soft map shows which soft keys change to which function keys when a soft key (DATA INPUT key) waspressed. Use it when
•FP-S9201 EXPLODED VIEWNo.1234567891011121314151617181920212223242526Part NameUpper caseMiddle caseBottom caseBall bearing L1060VRVR drive plateCorele
Printed in Japan/880610cc
ADJUSTMENTS AND FLIGHT TECHNIQUES• A bar graph along the lower edge of the displayindicates the corresponding T/C stick position.1) Move the standard
(2) PIT HOVERING/PIT-TRIM• HOVERING PITCH trims the pitch setting near the center (hover) point on the T/C stick. Adjustment ispossible without chang
ADJUSTMENTS AND FLIGHT TECHNIQUES(3) HOVERING OFFSET• The HOVERING OFFSET function programs the EXACT T/C stick hovering position into the compute
RUDDERRudder (tail rotor) mixing functions automatically provide trim changes and correctiveinputs to the tail rotor to compensate for changes in main
ADJUSTMENTS AND FLIGHT TECHNIQUESREVO-MIX (Revolution Mixing Setting)1) Move the cursor to the REVO-MIX line withthe cursor key.2) To set the UP and
SWASH MODEFunctions of Swash Mode1) Five types of swash plate mixing are possible.a) H-1 (normal plate) typeb) H-2 TypeAileronFig. 1c) HR3TypePitch(A
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