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Retract switch 

(Ch.5)

: Controls the raising and lowering of retractable landing gear or

other feature. Not all models will use this function. (see page 18)

Flap knob

: Controls the flap servo(Ch.6).

Turning clockwise lowers flaps. Turning
counter-clockwise raises flaps.
(see page 19)

Flap Control lever

: Sets fixed position for flap movement to ease use in flight.

See page 19 for use of Flap Control lever.

Dual Rate switch

(Ail. D/R and Elv. D/R):

Used to set and reduce the servo travel by flipping each Dual Rate switch. (see
page 14)

Trainer switch

: Controls the link between the instructor and student transmitters when

using the trainer function. The student transmitter can only be operated when this
switch is being held “on”. (see page 20)

20

5

FLAP  FL/ELE

               MIX

OFF

ON

• 

Never

turn on the student transmitter

power switch. Turning on the power switch
will cause interference and a crash.

•  Set the student and instructor transmitter

functions and trims to the same settings.
For example, if the direction of operation is
reversed, control may be lost and the plane
may crash.

•  The student Tx can only be an FM (PPM)

type transmitter.

Operating Instructions

•  With both transmitters off, plug the trainer

cord into the instructor’s Tx, then 
the student’s.

•  Turn on instructor’s Tx.

DO NOT

turn on the

student Tx.

•  Check proper operation of all controls.
•  Hold the trainer switch “on” and check the

operation of all controls of the student Tx.

•  Alternating from instructor to student, set

throws and trims to be identical.

BEFORE EACH FLIGHT

• Confirm that you have exclusive use of your frequency.

• Check your Tx and Rx battery voltage.

• Turn on Tx first, then Rx.

• Check direction and smooth movement of every control surface.

• Range check the radio by having another person hold the model. With the antenna fully

collapsed, walk at least 50 feet from the model. Ensure all control surfaces function properly.

• Have fun!!

TRAINER FUNCTION

PREPARE TO FLY

The trainer function is a very effective way to train students. To use it, the optional trainer cord TC-FM 
is necessary. The special trainer cord can be connected to all Futaba FM and PCM transmitters
manufactured after 1991.

1

ON

SD

2

3 4

5

6

7

8

9

100%

50%

AIL

100%

50%

ELE

100%

25%

HI

100%

25%

SERVO REVERSE

FLP, ELE

AIL, RUD

FLPRN

LO

100%

50%

AIL

100%

50%

ELE

100%

50%

RUD

100%

50%

FLP>ELE

AIL>RUD

FLP>DIFF

100%

50%

1

ON

SD

2

3 4

5

6

7

8

9

100%

50%

AIL

100%

50%

ELE

100%

25%

HI

100%

25%

SERVO REVERSE

FLP, ELE

AIL, RUD

FLPRN

LO

100%

50%

AIL

100%

50%

ELE

100%

50%

RUD

100%

50%

FLP>ELE

AIL>RUD

AIL>DIFF

100%

50%

Servo Reversing dip
switches

: Switches that

reverse the direction of
operation of a servo.
The numbers
correspond to the
channel number of each
control function.

The lower position is the
normal side and the
upper position is the
reverse side.

(see page 11)

AST (Adjustable
Servo Travel)  (AIL,
ELE, RUD)

:

Used to adjust total
servo travel.
Adjusts both ends
of the servo travel
at one time.
(see page 13)

MIX adjustments

(AIL to RUD, FLAP to

ELE, AIL Differential)

:

Used to adjust the
amount of movement of
second servo.
(see pages 15,17&19)

Dual Rate pots (Ail./Elv.)

:

Used to reduce the servo
travel when flipping each
Dual Rate switch. The travel
reduction for the aileron and
elevator may be set
independently.

(see page 14)

Trainer Jack

(Trainer Cord TC-FM

sold separately)

Retract

switch

(Ch.5)

FLIGHT SET CONTROL CENTER

Mixing Activation dip switches

:

switches that activate the electronic
mixes and features.

(see pages 15&19)

Throttle EPA (End Point
Adjustment) pots (Low/High)

Used to adjust throttle servo
travel limits.Servo travel at
both end points can be
adjusted independently in each
direction. (see page 12)

Summary of Contents for 6DA

Page 1: ...Radio System No part of this manual may be reproduced in any form without prior permission The contents of this manual are subject to change without prior notice This manual has been carefully writte...

Page 2: ...he battery goes dead during flight the plane may crash or fly away Charge the R C NiCd battery with the standard charger or fast field charger sold separately Overcharging may cause burns fire injury...

Page 3: ...y cause injury or damage due to chemical content Do not throw the NiCd battery into a fire or heat the NiCd battery Also do not disassemble or rebuild the NiCd battery Breakage overheating and electro...

Page 4: ...on each side of the wing which when lowered slows the aircraft down increases lift and allows the aircraft to fly at slower speeds Linkage Mechanism that connects the servos to the control surfaces In...

Page 5: ...k the radio by having another person hold the model With the antenna fully collapsed walk at least 50 feet from the model Ensure all control surfaces function properly Have fun TRAINER FUNCTION PREPAR...

Page 6: ...tage Indicator Electronic Analog Trim Adjustments on All Four Primary Control Surfaces All Channel Servo Reversing Switches Throttle Hi and Low EPA Adjustments Elevator Aileron and Rudder AST Adjustme...

Page 7: ...e of the receiver pack between each use charging the receiver battery to its peak voltage prior to using it any time the voltage indicator reads less than 5 0 volts for the receiver pack You may use a...

Page 8: ...n Insert the receiver servo and battery connectors fully and firmly Receiver Vibration proofing Vibration proof the receiver and battery by wrapping them in sponge rubber or similar material If the re...

Page 9: ...e same time If your model requires both twin aileron servos and flaps you must use a y harness to drive the two aileron servos Also note that this radio cannot support a flaperon to elevator mix If yo...

Page 10: ...down and the plane climbs UP operation When the elevator stick is pushed forward the elevator is lowered the tail of the plane is forced up and the plane dives DOWN operation Throttle Operation When t...

Page 11: ...r to handle at higher speeds while keeping plenty of responsiveness available on the high rate when flying at slow speeds such as landing Check the model s instructions and determine if the manufactur...

Page 12: ...Read your model s instructions to determine the proper distance each control surface should move This is called throw If the model s instructions specify a High and Low rate use the High rate here Wit...

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