SD-10G AERO
Procedure for programming a Sick Switch for operation of the Timer function of the SD-
10G Transmitter.
Select SYSTEM using the Navigation Pad. Press ENTER.
Scroll down using the Navigation Pad and highlight TIMER (15). Press ENTER.
Highlight Stop Watch and press ENTER.
Set your desired Minutes and Seconds using Navigation Pad and the YES/+ key.
Press the END key three times.
Highlight SYSTEM and press the ENTER key.
Scroll down using the Navigation Pad to SWitch ASSIGN(13). Press ENTER.
Scroll down to START. Use the YES/+ key to set START to S1. USTOP is not setU to prevent the
Timer
from stopping if you move the Throttle stick to the Low Throttle position.
Press the END key twice. Press the ENTER key to access the SYSTEM menu.
croll down to STICK SWITCH (14) and press the ENTER key.
gh
S/+ key to make it read POINT > 15%. This is the ON point for the Timer. The
SOUND>INH ON
ON> t read N>H YES/+ key to change it. The display will then indicate:
SOUND >INH OFF
ion of your flight press the YES/+ and NO/- keys
imultaneously to reset the time to your start time.
t
Revised 05/04/2010
S
STICK SWITCH >1
Set STICK >TH using the Navigation Pad and Yes/+ key. Move the THROTTLE STICK to a hi
throttle position so STICK is about at half throttle position. Use the Navigation Pad to Highlight
POINT. Press the YE
display will indicate:
STICK >TH STICK
POINT >15% 15%
ON >H SW
Move the THROTTLE STICK down to the extreme Low Throttle position, and move the cursor down
to H. If it does no O , press the
STICK >TH STICK
POINT >15% -100%
ON >H SW
Press the END key twice to return to the main display.
Your Timer Minutes and Seconds are shown on the LCD Display.
When you move the THROTTLE STICK above 15% The Timer will start. When the Timer counts
down and reaches 10 seconds it will sound a note at each second and a final note when it reaches zero
seconds and begins counting up. After the complet
s
Jack R. Albrecht
Airtronics Technical Suppor
SD-10G AERO
Procedure to obtain DUAL AILERONS in each wing of a BIPLANE model, with FLIGHT
MODE switch activated FLAPERON or SPOILRON action on only the upper wing, using
the SD-10G transmitter.
Select SYSTEM. Press ENTER. Scroll to TYPE (#05). Press ENTER.
Use the Navigation Pad with the YES/+ and NO/- keys to make the following assignments.
Wing >Normal, Ail >2, Flap >l, Tail >Normal, TH >1. Press the END key.
Scroll down to CHANNEL ASSIGN (#12). Press ENTER.
Using the Navigation Pad with the YES/+ and NO/- keys make the following channel assignments.
01 >EL, 02 >LA, 03 >TH, 04 >RU, 05 >GE 06 >RA, 07 >A1, 08 >A2, 09 >A3, 10 >A3
Channel #7 will be the lower wing RA & #8 will be the LA on the lower wing.
Press the END key.
Scroll down to SWITCH ASSIGN (#13). Press ENTER.
Make the following assignments:
F-Mode 1 >10 >OR >- -; FLAP 1 >12 >OR 10
C-MIX 1 >12>OR >10; C-MIX 2 >12 >OR >10; C-MIX 3 >12 >OR >10;
C-MIX 4 >12>OR 10; Press END key twice.
Select F-MODE. Press ENTER. Scroll down to MIXING (#17). Press ENTER.
Select FLAPERON (#01). Press ENTER. UTurn ON switch #10
Use Navigation Pad, YES/+ and NO/- keys to make display read:
COMMON >SEP
ACT/INH >ACT
FL>LA >100% NOTE: Polarity determines direction of servo throw.
FL>RA >100%
Press END twice.
Scroll Down to VR ASSIGN (#19). Press ENTER. Set as follows:
COMMON >COM
FLAP 1 >---
AUX 1 >---
AUX 2 >---
AUX3 >---
AUX 4 >--- Press END key.
Scroll UP to C-MIX (#18). Press ENTER. Switch #12 is ON. Make F-MODE (N) display read:
Select C-MIX 1
COMMON >SEP
MASTER >RA+
SLAVE >AUX 1
POINT 1 >-100% (Trial Values)
POINT 9 >+100%
Select C-MIX 2 using the YES/+ key. Make F-MODE (N) display read:
COMMON >SEP
MASTER >LA+
SLAVE >AUX 2
POINT 1 >-100% (Trial Values)
POINT 9 >+100%
Select C-MIX 3 using the YES/+ key. Make F-MODE (N) display read:
COMMON >SEP
MASTER >RA+
SLAVE >AUX 1
POINT 1 >-100%
POINT 9 >+100%
Select C-MIX 4 using the YES/+ key. Make F-MODE (N) display read:
COMMON >SEP
MASTER >LA+
SLAVE >AUX 2
POINT 1 >-100%
POINT 2 >+100% Press the END key twice.
NOTE: All values are trial values. Fine tune and set up servo throws, reversing and EPA’s as necessary
for a specific model.
COMPENSATION MIXERS # 1, 2, 3 & 4 determine the servo throws for lower wing Channels #7 and
#8.
With switch #10, 11, 12, in the 12 position you are in the Normal Flight mode with top and bottom wing
ailerons all working together with individual settings. When switch #10, 11, 12 is in the Flight Mode #10
position the Flaperon function is active on the upper wing Aileron channels 2 and 6.
When Switch #10, 11, 12 is in the #11 position only Aileron Channels 2 and 6 are active.
Select the SURFACE menu to set individual EPA throws for Aileron channels #2 (LA) and #6 (RA).
The Channel #2 and #6 EPA values effect Uall Uof the Aileron servos, both top and bottom wing.
AUX 1 and AUX 2 EPA is set at the default value of –100% and is never changed.
Jack R. Albrecht
Airtronics Technical Support
6 July 2009 revised 29 June 2010
SD-10G AERO
Procedure to obtain 3-Position operated Flaperons (Ailerons) controlled by a 3-position
switch using the SD-10G transmitter.
Select SYSTEM using the Navigation Pad and Yes/+ key. Press ENTER.
Scroll down to TYPE. Set it to read: AERO; WING >NORMAL; AILERON >2; FLAP >1; TAIL
>NORMAL; THROTTLE >1. Press END.
Scroll down to CHANNEL ASSIGN. Press ENTER. Make the following assignments:
F-MODE 1 >14; F-MODE 2 >13; FLAP 1 >14; FLAP 2 >13; C-MIX 1 >14 >OR >13;
C-MIX 2 >14 >OR >13. Press END key twice.
Select SURFACE. Press ENTER. Set Servo Reversing for correct Aileron, Elevator, etc., operation.
Turn ON switch #14. Set FLAP EPA 1 50%. Turn ON switch #13. Set EPA 2 100%. Press END.
Scroll Down to F-MODE. Press ENTER. Scroll down to C-MIX (#18) Press ENTER.
Turn ON Switch #14. Set C-MIX 1 as follows:
F-MODE(1)
C-MIX >1
COMMON >SEP
MASTER >FL
SLAVE >LA
POINT >9
RATE >50%
Turn ON Switch #13. Set C-Mix 1 the same as above.
Select C-MIX 2. Turn ON Switch #13. Set C-MIX 2 as follows:
F-MODE(2)
C-MIX >2
COMMON >SEP
MASTER >FL
SLAVE >RA
POINT >9
RATE >-50% Press END key.
NOTE: Polarity determines the direction of servo throw. These are all trail values. Fine tune setup as
needed after completion of setup. Flaperons (Ailerons) operate with half value with Switch #14 ON, and
at full value with Switch #13 ON.
Scroll down to VR ASSIGN (#19). Press ENTER. Make All items read: > - - - Press END.
Channel outputs are: 01 >EL; 02 >LA; 03 >TH; 04 >RU; 05 >GE; 06 >RA; 07 >FL (if used); 08 >A3;
09 >A2; 10 >A1.
Jack R. Albrecht
Airtronics Technical Support
15 July 2009
SD-10G AERO
Procedure to obtain 3-Position Switch operated FLAPERONS, using FLIGHT MODES,
with SD-10G to provide Delay on Down FLAPERON and FLAPS with Elevator
Compensation. FLAPERON output is on Channels #2 (LA) and #6 (RA). Flap output is
on channels #7 (LF) and #8 (RF).
Select SYSTEM using the Navigation Pad. Press ENTER.
Scroll Down using the Navigation Pad to TYPE. Press ENTER.
Use the Navigation Pad and YES/+ key to make the display read:
TYPE AERO
WING >NORMAL
AILERON >2
FLAP >2
TAIL >NORMAL
THROTTLE >1
Press ENTER and then the END key.
Scroll to SWITCH ASSIGN (#13). Press ENTER.
Assign the following switches using the YES/+ and NO/- keys.
F-MODE >1 >11 >or >- -
F-MODE >1 >10 >or >- -
Scroll down to FLAP 1 and set it to >11 >or >- -
Set FLAP 2 to >10 >or >- -
Scroll down to FL >EL. Set it to >11 >or >10
Scroll to CH-DLY 1. Assign the delays as follows:
CH-DLY 1 to Switch 11.
CH-DLY 2 to Switch 11.
CH-DLY 3 to Switch 10
CH-DLY 4 to Switch 10
Press the END key twice.
Select SURFACE. Press ENTER.
Select EPA. Turn ON switch #11. Set Both LF and RF to 50% for FLAP 1.
Turn ON switch #10. Set Both LF and RF to 100% for FLAP 2.
Press END key.
Select F-MODE. Press ENTER. Scroll down to MIXING #(17). Press ENTER.
Highlight FLAPERON (#01) Turn ON Switch #11.
Use the Navigation Pad and YES/+ and NO/- keys to make the display read as follows for F-MODE (1).
COMMON >SEP
ACT/INH >ACT
FL>LA >50%
FL>RA >50%
Turn ON Switch #10. Make the display read as follows for F-MODE (2).
COMMON >SEP
ACT/INH >ACT
FL>LA >100%
FL>RA >100%
NOTE: All values are trial values. Fine tune after completion of setup to obtain desired results.
Scroll to CHANNEL DELAY (#11) Press ENTER.
Turn ON Switch #11 for F-MODE 1.
Use the Navigation Pad and YES/+ or NO/- keys to make the Delays read as follows:
CH-DELAY >1
COMMON >SEP
CH >LF
SYMMETRY >NO
TIME –A >50%
TIME –B >50%
Select DELAY 2 and make the display read as follows:
CH-DELAY >2
COMMON >SEP
CH >RF
SYMMETRY >NO
TIME –A >50%
TIME –B >50%
Press END key. Turn ON Switch #10 for F-MODE 2.
Select DELAY 3 and make the display read as follows:
CH-DELAY >3
COMMON >SEP
CH >LF
SYMMETRY >NO
TIME –A >50%
TIME –B >50%
Select DELAY 4 and make the display read as follows:
CH-DELAY >4
COMMON >SEP
CH >RF
SYMMETRY >NO
TIME –A >50%
TIME –B >50%
Press the END key.
Select MIXING (#17). Press ENTER.
Scroll to FL>EL. Press ENTER. Make it read as follows for F-MODE 1. Switch #11 ON.
COMMON >SEP
FL>EL >20%
Turn ON switch #10. Make it read as follows:
COMMON >SEP
FL>EL >30%
Jack R. Albrecht
27 June 2009
Airtronics Technical Support
SD-10G AERO
Procedure for Thrust Vectoring in an Electric powered Ducted Fan model. Dual
Elevator’s are on Channels #1(LE) and #8(RE); Dual Aileron Channels are on #2(LA)
and #6(RA); Channel #3 (TH); Channel #4(RU); Channel #5(GE); Channel #7(FL) is
Rudder Thrust Vane; Channel #9(Aux 2) and #10(Aux 1) are Elevator Thrust vanes.
Turn the Display switch ON. .
Select SYSTEM: Press ENTER: Scroll down to TYPE(5) and press ENTER. Use Yes/+ and
NO/- keys to make it read:
AERO, WING NORMAL, AILERON > 2, FLAP > 1, TAIL > 2>EL, THROTTLE >1. Press ENTER
and YES to Create New Data. Press END.
Scroll to CHannel ASSIGN and press ENTER. Write down all of the channel assignments.
Note that Channel 7, 9 and 10 will become the Thrust Vector channels.
Channel 7 will be for the Rudder, and AUX 2 and 1 for Elevators. Press END KEY.
Scroll down to SWitch ASSIGNment and press ENTER. Assign your Dual Rate switches as
desired. Scroll down to F-Mode. Use YES/+ or NO/- keys to make it read F-MODE 1 > 22 >or >
-- --. Scroll down to GEAR and assign it to a switch of your choice. Scroll down to C-MIX 1 and
make it read >22 > OR -- --. Do the same for C-MIX 2 and C-MIX 3.Press the END key twice.
Select F-MODE: Press ENTER. Scroll down to C-MIXING (18). Press ENTER. Turn ON
Switch 22.
Use YES/+ and NO/- keys to make screen read:
F-MODE (1)
C-MIX >1
COMMON > SEP
MASTER > LE+
SLAVE > AUX 2
POINT > 9 POINT >1
RATE > 100% RATE > -100%
Select C-MIX 2 and make it read:
F-MODE (1)
C-MIX >2
COMMON >SEP
MASTER >RE+
SLAVE >AUX 1
Point > 9 POINT > 1
RATE >100% RATE >-100%
Select C-MIX 3 and make it read:
F-MODE (1)
C-MIX >3
COMMON >SEP
MASTER >RU+
SLAVE >FL
POINT > 9 POINT > 1
RATE >100% RATE > -100% Press the END Key.
Scroll down to VR ASSIGN (19) and press ENTER. Use No/- key to make AUX 1 > -- -- and
AUX 2 > -- -- . Press END key twice.
When Flight Mode Switch #22 is ON Mixing will occur, and channel #7 will respond to
the Rudder stick and Channels #9 and #10 will respond to the Elevator stick.
Jack R. Albrecht
Airtronics Technical Support
01 March 2010
SD-10G AERO
Procedure for obtaining four different In-Flight Selectable Flight Modes using the SD-10G
Transmitter for controlling the Fun-Fly Ultra Stick type model with dual Flaps and
Ailerons.
Normal: No Mixing
Flight Mode 1: Takeoff, with Flaps in Down Position
Flight Mode 2: Elevator to Flap Mixing. Up Elevator causes the Flaps to go Down.
Down Elevator causes the Flaps to go UP.
Flight Mode 3: Aileron to Flap Mixing. Flaps work in the same direction as
the Ailerons.
Flight Mode 4: Crow. Ailerons go UP, Flaps go Down, with Flaps responding
to Aileron commands with Flap to Elevator Compensation.
NOTE: Prior to programming your SD-10G for a specific model, Use MODEL SELECT, to select a
specific AERO model as shown on page 29 of your instruction manual. BIND and set the SAFETY
LINK as indicated on page 21 of your instruction manual. The SAFETY LINK should match the
currently selected model.
Select SYSTEM using the Navigation Pad. Press the ENTER key.
Scroll down using the Navigation Pad and highlight MODEL NAME by pressing the ENTER key.
Enter a MODEL NAME as described on page 29 of your SD-10G manual. Press END when complete.
Scroll down using the Navigation Pad to TYPE. Press the ENTER key. Use the YES/+ and NO/- key to
select AERO. Use the Navigation Pad and the YES/+ and NO/- keys to make it read:
WING > NORMAL, AILERON >2, FLAP >2, TAIL >NORMAL, THROTTLE >1
Press the ENTER key to save the selection option> Press the YES/+ key to CREATE NEW DATA.
Press the END key.
Scroll down using the Navigation Pad and select CHANNEL ASSIGN. Press the ENTER key.
The Default SD-10G Channel Assignments for the above selections are as follows:
#1 Elevator
#2 Left Aileron
#3 Throttle
#4 Rudder
#5 Gear
#6 Right Aileron
#7 Left Flap
#8 Right Flap
#9 AUX 2
#10 AUX
Press the END key
Select SWITCH ASSIGN using the Navigation Pad Down arrow. Press ENTER.
Assign the following switches using the Navigation Pad and the YES/+ and NO/- keys.
FLIGHT MODE 1 >11 >or >--
2 >10 >or >--
3 >23 >or >--
FLIGHT MODE 4 >22 >or >--
GEAR >-- >or >--
Throttle Cut >34 > or >--
Flap 1 >11 >or >--
Flap 2 >22> or >--
EL > FL >10 >or >--
FL > EL >22 >or >--
C-MIX 1 >23 >or >--
C-MIX 2 >23 >or >--
C-MIX 3 >22 >or >--
C-MIX 4 >22 >or >--
C-MIX 5 >--- >or > --
Press the END key twice.
NOTE: Turn OFF each Flight Mode switch after completion of programming each function and Mix.
All values show are trial values. Fine tune after completion of programming your setup.
FLIGHT MODE 1—Takeoff with Flaps in Down Position
Select SURFACE using the Navigation Pad. Press ENTER
Turn ON Flight Mode 1 Switch (#11)
Press Navigation Pad Down arrow and select EPA. Scroll to the right and select the LF
Use the YES/+ key to input a value of 50%. Do the same for the RF.
The screen will show 1 50% indicating that FLAP 1 is used for this function. Note that polarity
determines the direction of servo throw and value the amount........... Press END key twice.
FLIGHT MODE 2 --- Elevator to Flap Mixing
Select F-MODE. Press ENTER
Turn ON Flight Mode 2 Switch (#10)
Scroll down to MIXING. Press ENTER
Scroll down to EL > FL. Press ENTER
Use the Navigation Pad and the YES/+ and NO/- keys to make it read:
F-MODE (2)
COMMON >SEP
EL >LF > 20%
EL >RF > 20%
Press the END Key twice.
FLIGHT MODE 3 ---Aileron to Flap Mixing
Scroll down to C-MIX. Press ENTER.
Turn ON Flight Mode 3 Switch (#23)
Select C-MIX 1.
Use the Navigation Pad and the YES/+ and NO/- keys to make it read and show a graphical display.
F-MODE (3)
COMMON > SEP
MASTER > AI
SLAVE > LF
Point 1 > -50%
Point 9 > +50%
Delay > 0%
Press the END key. Press ENTER.
Select C-MIX 2.
Use the Navigation Pad and the YES/+ and NO/- keys to make it read:
F-MODE (3)
COMMON > SEP
MASTER > AI
SLAVE > RF
Point 1 > -50%
Point 9 > +50%
DELAY > 0%
Press the END key. Press ENTER.
FLIGHT MODE 4 ---CROW
Select C-MIX 3.
**Turn OFF Flight Mode 3 and Turn ON Flight Mode 4 Switch (#22)
Use the Navigation Pad and the Yes/+ and NO/- keys to make it read:
F-MODE (4)
COMMON > SEP
MASTER > AI
SLAVE > LF
Point 1 > -75%
Point 9 > +75%
Delay > 0%
Press the END key. Press ENTER.
Select C-MIX 4.
Use the Navigation Pad and the YES/+ and NO/- keys to make it read:
F-Mode (4)
COMMON > SEP
MASTER > AI
SLAVE > RF
Point 1 > -75%
Point 9 > +75%
Delay > 0% Press the END key twice.
Use the Navigation Pad to select MIXING. Press the ENTER key.
Select FLAPERON –Press ENTER key. Flight Mode 4 Switch (#22) is still ON.
Use the YES/+ key and NO/- Keys to make the Flaperon Mix read as follow
F-MODE (4)
COMMON >SEP
ACT/INH > ACT
FL >LA 100%
FL >RA 100% Press END key.
Scroll down to FL>EL --Press ENTER key.
Use the YES/+ key and NO/- keys to make Flap to Elevator Compensation Mix read as follows:
F-MODE (4)
COMMON > SEP
FL > EL > + or – 10% Press END key three times.
Select SURFACE using the Navigation Pad. Press ENTER.
Press the Navigation Pad Down arrow and select EPA. Scroll to the right and select LF.
Use the Yes/+ key to input a value of 100%. Do the same for the RF
The screen will show 2 100% indicating FLAP 2 is used for this function. Note that polarity determines
the direction of the Flap servo throw and value the amount....Press the END key twice.
Note: Turn OFF each Flight Mode switch after completion of each of the Flight Mode mixes. The above
figures are trial values. Fine tune later. The value determines the amount of servo travel and the polarity
determines the direction of servo travel.
Jack R. Albrecht
Airtronics Technical Support
17 June 2009
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