DTS DTS130 User manual

285mm
110mm
75mm
320mm
75mm
132g
DTS
Before this model has being significantly changed to another new version, the parts, appearance and the existing version can be developed and
modified that would lead to a slight difference from the original design. DTS reserve ALL the Rights of change of parts and contents WITHOUT
specified notification.
5800KV
GWY E10 10A
GWY 2013S
GWY S4P *3pcs
GWY S3S *1pcs
GWY 6TL/V2 2.4GHz AHSS
2S 7.4V 400mAh 25C
Specifications
Length:285mm
Height:110mm
Width:75mm
Main Rotor Diameter: 320mm
Tail Rotor Diameter: 75mm
Weight:Approximately 132g
5800KV Brushless Motor
GWY E10 10A Brushless Motor ESC
GWY 2013S 3-axis Gyro
GWY S4P Swash Servos*3
GWY S3S Tail Servos)* 1
GWY 6TL/V2 2.4GHz 6-Channel Transmitter
2S 7.4V 400mAh 25C Li-polymer Battery
DTS130
DTS
R

Statement
Packaging Contents
Helicopter Parts
6TL /AH6TTransmitter Setting Module
Pre-Flight Controls Test
Canopy Assemble Procedure
Rotor Housing Assemble Procedure
Power System Assemble Procedure
Tail Rotor BladeAssemble Procedure
Spare Parts List
Mainframe Assemble Procedure
Tail CaseAssemble Procedure
Tail BoomAssemble Procedure
Tail Boom CaseAssemble Procedure
Mainframe Assemble Procedure
Exploded View
5
6
8
11
12
13
14
4
Foreword
Thank you for choosing DTS's product. For better understanding and usage of DTS 130, please read
the manual carefully before installation and operation. For your convenience of adjustment, maintenance
and other operation, please keep the manual in proper manner. For further information, please visit Zonda
Hobby official website: http://www.zondahobby.com,www.zondahobby.com.cn
Table of contents
15
16
17
18
19
20
22
3
2

An RCHelicopter is nota toy! For avoiding accidents and damage, please operate the helicopter properly.
Since the consumerhave purchased thehelicopter, theyshould take allthe risks in the usage. To ensure
your safety, if you are a beginner, you are recommended to consult or get assistance from experienced RC
modelers or yourlocal hobby stores.
Youshould buy theauthorized DTS accessorieswhen you choosingthe accessories. Otherwise, some
RC functions may not be matched or function unproperly.
Please keep instruction manual to properly maintain your model.
RC helicopter is controlled by radio signals. It may be interfered by other radio signals during operation.
These interference may cause the helicopter lose control.
1.An RC Model is not a toy! Improper operation or misuse may lead to serious damage or loss. It is
prohibited for childrenunder 14 yearsto operate thisproduct.
2.Keep it awayfrom high temperatureenvironment and corrosivechemicals for storageand flight.
(the operation temperature: from:-10 to 50 )
3.If you are not an experienced pilot or have not flown this type of model before, we recommend that
you get assistance of an experienced pilot for your first flights. Please avoid flying with other RC models
with same frequency.
4.Please choose aopen flight areaand use thetraining gear setfor your firstfight in orderto minimize
your loss dueto control mistakes.
1.To avoid the loss of the property of others, please keep away from high tension power lines, high
buildings or any other obstacles while flying
2.Keep away fromcrowds in caseof accidents
3.Do NOT operate in rain,thunder, storms,lighting, strong windor any otherbad weathers toensure
,
your and thehelicopter s safety
4.Please avoid using in a bathroom or a rainy day to prevent moisture or water vapor from entering the
helicopter inside whichmay lead mechanicalor electronic componentsmalfunction and causeunex-
pected accidents
5.Do Not re-equip, upgrade or repair your helicopter with the accessories outside the DTS parts catalog
in order to ensure the safety of the model structure!
6.Keep people andobjects away fromthe spinning unitand parts incase of damageor injury!
1.Please make surethe helicopter frequencywill not interferedwith others beforeevery flight.
2.You should confirm the batteries of your transmitter and helicopter are fully charged before every flight
and your firstflight.
3.Both the throttle stick (left-hand stick) andthrottle trim MUST be in their lowest position before every
flight. Each time before your flight, you must ALWAYS turn on the transmitter power first before con-
necting the flight battery to the receiver. After your flight, you should disconnect the flight battery from
the receiver before turn off the transmitter.
4.Please make sure that every servos function properly with correct directions after powering on.
5.Make sure every connection of pushrods is proper and the helicopter battery placed in fixed position.
Statement
Warning Label Legend
Do not attemptunder any circumstances.
Mishandling due tofailure to followthese instructions mayresult in danageor injury.
Mishandling due to failure to follow these instructions may result in danger.
CAUTION
WARNING
FORBIDDEN
Safety Precautions and Warning
Pre-flight check
3
WARNING
FORBIDDEN

4
Packaging Contents
Please check the parts and accessories in the package. In the event of defective or missing parts, please contact the
retailer for help.
2
1
6
7
8
3
4
5
1
1
1
1
1
1
1
1
1. DTS130
2. 2.4GHz 6-Channel Transmitter
3. 2S & 3S Battery Charger
4. Power Supply: 1.5A 100-240V AC-12V DC(UK\Europe\USA\Austrilia)
5. SD Card
6. 7.4V 400mAh Li-Po Battery
7. Needments Set
8. Battery Bandage
Package Box Content RTF WOB RFR RTF with AH6 Radio System
DTS 130
6TL - 2.4GHz 6-Channel Transmitter
AH6T - 2.4GHz 6-Channel Transmitter
GWY2013S - Receiver & Gyro
G02S - Gyro
Remote Receiver,
2S & 3S Battery Charger
Li-Po Battery : 400mAh 2S 7.4V
Battery Bandage
SD Card - Manual
ToolPack

5
Helicopter Parts
Li-Po Battery
Elevator Servo
Aileron Servo
Pitch Servo
Brushless Motor
GWY2013S 3-axis Gyro
Rudder Servo
Brushless ESC

6TL Transmitter Setting Module
6
SYS.MENU
1/16 MODEL SELECT 2/16 MODEL NAME 3/16 MODEL TYPE 4/16 COPY/RESET
5/16 TRIM SETP
THRO
AILE
ELEV
RUDD
STEP POS
6/16 SWASH TYPE 7/16 STICK MODE 8/16 TRANSFER DATA
9/16 THRO CUT&REV 10/16 FAILSAFE
THRO
AILE
ELEV
RUDD
GYRO
PIT.
11/16 POWER SETTING
12/16 LCD CONTRAST
13/16 3D GYROTYPE 14/16 AUX TYPE 15/16 FUNC.MENU 16/16 MAIN SCREEN
FUNC.MENU
1/16 REV/MONITOR
THRO
AILE
ELEV
RUDD
GYRO
PIT.
2/16 D/R&EXPO
SW
A0
E0
R0
A1
E1
D/R EXP
R1
COMBINE
3/16 TRAVEL (ATV)
1.THRO
2.AILE
3.ELEV
4.RUDD
5.GYRO
6.PIT.
4/16 SUB TRIM 5/16 THRO CUR
THRO
AILE
ELEV
RUDD
GYRO
PIT.
L
2
3
4
H
L
2
3
4
H
L
2
3
4
H
6/16 PITC CUR
7/16 GYRO
SW:
RATE0:
RATE1:
POS0:
POS1:
F.M
8/16 REVO/SWASH-M
REVO MIX
9/16 PROG.MIX 1
SW: OFF
10/16 PROG.MIX 2
SW:
11/16 3 AXIS SETUP 12/16 TRAINER
THRO
AILE
ELEV
RUDD
GYRO
PIT.
13/16 SERVO SPEED
THRO
AILE
ELEV
RUDD
CH5
CH6
AUX1
AUX2
14/16 AUX SETUP
CH7
CH8
15/16 TIMER
TIMER:
SW:
16/16 MAIN SCREEN
DTS130 Helicopter
191
1
1
OFF
0
0
0
NORM 90
<125%
0%
0%
0%
0%
0%
A-EU328 50%
X Y GYRO&CCPM120
N
N
R
N
80% 15%
100% INH
80%
100%
95%
100%
F.M.
100% 100%
100% 100%
0
0
0
0
0
0
0%
30%
60%
75%
90%
100%
90%
85%
90%
100%
-13%
88%
15%
0
1
ON
ON
ON
ON
ON
ON
NORM
NORM
NORM
NORM
NORM
NORM
NORM
NORM
50%
04:00
THRO25%
NORM
STUNT
HOLD
L
2
3
4
H
L
2
3
4
H
L
2
3
4
H
35%
45%
55%
75%
100%
0%
25%
50%
75%
100%
0%
25%
50%
75%
100%
NORM
STUNT
HOLD
GYRO RATE
AILE
ELEV
EXP.
GYRO REV
AILE
ELEV
RUDD
SERVO REV
AILE
ELEV
PIT.
TRIM REV
AILE
ELEV
RUDD
1/6
2/6
3/6
4/6
BD/HOV
BEAD
PIT.
SWASH RATE
ELEV
PIT.
6/6
5/6
AILE
70%
70%
8%
NORM
NORM
NORM
108%
80%
70%
69%
40%
BACK 65%
15%
NORM
DTS130
ON
ON
ON
ON
ON
ON
OFF
POSITION -30%
SW OFF
THRO NORM
MENU SW MODE:1
CH7
CH8
RATE
RATE
N
N
INH
INH
INH
100% 100%
100% 100%
100% 100%
100% 100%
-13%
-13%
-13%
-13%
NORM
NORM
REVERSE
REVERSE
REVERSE
50%

7
DTS 130 DTS 130 1 Servo Normal
Contrast: 13
Stick Mode:2 Sys.Tone: 6 Sys.Vibra: 6 Idless: 10m 14/1414
14
141414
14 14 14 14
14141414
FUNCTION LIST
1/13Servo.Reverse 2/13Servo.Traver 3/13Servo.Speed&trim
6/13Throttle Curve
7/13Swashplate 8/13Gyro 9/13Pitch Curve
4/13D/R and Expo
5/13Throttle Cut
FUNCTION LIST
Battery: AA
Version: 1.03
Mode: H-FHSS Trainer Fail Safe
Throttle POS: -100Inhibit
AH6T Transmitter Setting Module
Switch Select
Warnings
Hold:sH Thr:4
Bind:Inh
Gyro:Inh
Mix:Inh
Throttle:Over 30%
Stunt1:Act
Stunt2:Act
Hold:Act
Alarm:Tone
Low 25% 50% 75%
50% 75% 100%
High Expo
Inhibit Rate
N
Pos: 0%
SW: sH 1
2
H
0% 25% Inh
75% 87% 100%100% 87% Inh
85% 92% 100%100% 92% Inh
0% 0% 0%0% 0% Inh
Low 25% 50% 75%
50% 75% 100%
High Expo
N
1
2
H
30% 40% Inh
50% 75% 100%0% 25% Inh
50% 75% 100%0% 25% Inh
50% 75% 100%0% 25% Inh
Throttle Norm 0
Aileron Norm 0
Elevator Norm 0
Rudder Norm 0
Aileron 0 100 100 0 0 sB
D/R EXP Sw
Elevator 0 100 100 0 0 sB
Rudder 0 100 100 0 0 sB
Aileron 1 100 100 0 0 sB
Elevator 1 100 100 0 0 sB
Rudder 1 100 100 0 0 sB
Aileron 2 100 100 0 0 sB
Elevator 2 100 100 0 0 sB
Rudder 2 100 100 0 0 sB
Gyro Norm 0
Pitch Norm 0
Throttle 100% 100%
Aileron 100% 100%
Elevator 100% 100%
Rudder 100% 100%
Gyro 100% 100%
Pitch 100% 100%
Throttle Norm
Aileron Rev
Elevator Norm
Rudder Norm
Gyro Norm
Pitch Rev
POS 0: 60% <
POS 1: 56%
POS 2: 56%
CH:CH5
SW: sB
System Settings
Ail:0
Trim TYPE:Common
Ele:0
Rud:0
Gov:Inh
F.M:sB
Gear:sA
Model Reset Model Copy
11/13Timer
Timer-1 12/13 Monitor
Normal 13/13 System Setup
10/13 Mixing
Mode: Count Down
Time: 05:00 Tone/Vibe
Start: Thtottle
Pos: 20%
Timer-2
Mode: Stop Watch
Start: Thtottle
Pos: 20%

8
Pre-Flight Controls Test
1.Control Test: Throttle
2.Control Test: Elevator
Push up the throttle stick slowly until the motor rotate. Make sure that the motor rotates clockwisely and the main
blade rotates anti-clockwisely.
Please don't push the throttle stick upward over 1/5. The motor will spins at high velocity if the throttle stick is over
pushed. This may cause damage on the product or self injury. Besides flight operation, when performing mainten-
ance or adjustment and fine-tuning indoor, please remove the connection between the motor and the ESC. This
can prevent the motor from unpredictable spinning and cause acidents.
Swashplate's Back and Front end movement
Throttle Position: Left
Throttle Position: Right
Throttle Position: Left
Throttle Position: Right
Throttle Position: Left
Throttle Position: Right
Throttle Position: Left
Throttle Position: Right

9
3.Control Test: Pitch (only aerobatics use)
4.Control Test: Aileron
Swashplate's upward and downward movement
(The rudder's control is the same in both left and right-hand throttle transmitter)
Rear View Rear View Rear View
Throttle Position: Left
Throttle Position: Right
Throttle Position: Left
Throttle Position: Right
Throttle Position: Left
Throttle Position: Right
Swashplate's Left and Right declining movement

10
5.Control Test: Rudder
Tail rotor blades pitch change (The rudder's control is the same in both left and right-hand throttle transmitter)
Disconnect the connection between ESC and motor, turn on the power of the transmitter and helicopter, move the
pushrod to check the sercos direction.
1. Hold the helicopter rotates around the main shaft, gyro will control the tail servo to compensate the movement of the
rotation direction.
E.g. When helicopter tail rotates rightward, the gyro will control the tail servo to rotates the tail leftward. (Picture A)
2. Hold the helicopter and tilt the fuselage to a certain direction, the swashplate will be tilted toward the opposite
direction of the fuselage.
E.g. When the helicopter tilted forward, the swashplate will be tilted backwards. When the helicopter tilted backward,
the swashplate will be tilted foward. (Picture B)
If the helicopter tilt laterally, the swashplate will be corrected in the opposite direction. (Picture C)
When the fuselage return to the initial horizontal position, the swashplate will also return to the initial position.
6. Gyro adjustment
Picture A Picture B
Picture C
Tail Rotate Direction
Fuselage direction
Fuselage direction
Fuselage direction
Swashplate
direction Swashplate
direction
Swashplate
direction
Swashplate
direction

Rotor Housing Assemble Procedure
Before After
Connect the swashplateto the pushrodof the
rotor housing asthe diagram above
Complete installation ofrotor housing
11
006
No spare spaceis allow whenpull out the blade
grips. Make surethe rotor housingrotates smoothly.
Apply a littleamount of T43 thread
lock when fixinga metal part.Do not
spill over thread-lockingfluid which
may jam theblade rotation.
()Completed
Big Diameter
003 Phillips Pan HeadBolt M1.6*5 2
Damper: Ring 2.5* 4.5*2 2
005
006 Spindle 2.5*29.8 1
Thrust Bearing
Main Rotor Blade Grip:Plastic
Rotor Housing
Ball Bearing
007
008
009
010
011
012
013
Spacer
2
2.5* 6*1.8
2
1
2
4
2.5* 4.5*0.5
2.5* 6*3
3* 4.5*1.6 2
5* 6*0.1 2
007
005
008
011
010
009
012
013
003
Pushrod
004 2
Swashplate
015 1
004
015
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
CAUTION
No Description Qty
need
Specification
Spacer
Spacer

Power System Assemble Procedure
12
Apply a littleamount of T43 thread lock
when fixing themotor part withthe screw.
Pinion gear parallel
to the motor
Complete installation
Philips Pan HeadBolt M1.2*6 2014
016 2
019
021
022
023
024
025
027
036
1017
Place the servos,connect the servoarms to
the servos withscrews horizontally. Follow
the diagram sequenceto install theother parts.
Complete installation
Main Shaft Retaining Collar
3* 6.5*2.5
Servo Arm 2
Philips Head Screw M1.7*4
4gServo
3* 6*2.5
Ball Bearing 2
Servo Mounting Set A
Philips Head Screw M1.4*5
M1.2*2
Main Shaft 3*65.8 1
038
2
2
1
4
Main Gear 85T
1
1
1
041 1
042
2040
039 Pinion Gear 10T
Hexagon Socket Head Screw
M2*3
Motor Mount
Brushless Motor
1042
041
040
039
038
036
023
027
021
022
025
024
019
017
016
014
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
CAUTION
No Description Qty
need
Specification
No Description Qty
need
Specification
Philips Pan HeadBolt
Servo Mounting Set B

Mainframe AssembleProcedure
13
020
021
022
027
028
Apply a littleamount of T43
thread lock whenfixing a metal
part to themotor mount.
Complete installation
1043
027 8
1044
022
045
031
030
046
Philips Head Screw
Servo Arm
M1.7*4
M1.4*5
Hexagon Socket Head Screw
M2*5
Main Frame(Carbom Fiber)
Battery Tray
1
Anti Rotation Bracket
1
1
14
4
2
1
Canopy Mount Rod
Kimi Screw M2*10
2
2
Landing Skid
Bottom Frame
Philips Head Screw M1.4*5
029
021
020
046
045
030 031
028
043
027
027
044
027
029 M1.2*3 2
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
No Description Qty
need
Specification
No Description Qty
need
Specification
Philips Head Screw
Philips Head Screw

Tail Case Assemble Procedure
14
2.5
Before
Place the bevel
gear into thedrive
gear properly.
After
083
072
082
081
072
*Complete installation*
2 sets arerequired.
075
076
077
078
084
034
088
TailRotor Shaft Drive Pulley
080
085
Install the partsbase on the diagram above
sequentially. Placethe tail rotorshaft drive
pulley into thetail case. Install the tail rotor
shaft into thetail case via the flange bearing
and bevel gear, and fixthem by a philips pan
head bolt.
Complete installation
054
2.5
072
2
1034
035 1
082
081
083
037
Bevel GearA
Drive Gear 16T
Ball Bearing 2* 5*2.5
Ball Bearing 3* 6*2
Bevel Gear Linkage
Bushing 3* 4*1.5
Tail Rotor Shaft Drive Pulley
4
2
2
2
1
1
1
1
054
078
076
077
1034
088 1
1
075
080
085
084
Spacer A
Tail Rotor Pitch Lever
1.95* 2.55*4.4
Spacer B
Truss Head Screw M1.2*9
1.2* 1.95*4.9
TailCase
Bevel GearA
Philips Pan HeadBolt M1.2*3
Linkage Ball S2.5*1.75
TailRotor Shaft
Flange Bearing
2*35
2* 5*2.5
1
1
2
037
034
035
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
No Description Qty
need
Specification
No Description Qty
need
Specification
CAUTION

Tail Boom Assemble Procedure
15
nstall the partsbase on the
diagram above sequentially.
Lock the finmount cap after
fixing the pushrodguide set. Complete installation
Place the tailboom inside thetail case.
1
1
1
059
060
058
051
3
1021
022 1
054
053
057
029
2
1
1
1
1
2
086
087
Servo Arm
Philips Head Screw M1.7*4
Philips Head Screw M1.2*3
Philips Head Screw M1.4*6
Pushrod Guide set
Linkage Ball
S2.5*1.75
056
1
Horizon Fin
Horizon Fin Mount Cap
Tail Boom
4gServo
Horizon Fin Mount
6*150
Truss Head Screw
Vertical Fim
M1.2*7
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
No Description Qty
need
Specification
2
089 Truss Head Screw M1.7*4
057
053
058
056
059
060
086
022
054
087
029
088
088
053
021
051

Tail Rotor Blade Assemble Procedure
16
Apply a littleamount of T43
thread lock whenfixing M1.4*3
screw parts. Makesure the tail
rotor blade gripsrotate smoothly.
Complete installation
Connect the tailrotor blade topitch control fork via
the ball link.Make sure thetail rotor blade rotates
smoothly.
Complete installation
061 062 063 065 066 064 067
2062
063
064
065
066
067
2
1
2
2
2
2061
069
068
TailRotor Pitch
Control Fork (completed)
Hexagon Socket Head Screw
Tail Rotor Blade
Truss Head Screw
Ball Bearing
Spacer
Tail Rotor Blade Grip
Tail Rotor Hub
2.2* 3.8*0.5
2* 5*2
M1.4*3
M2*8
068 2
069 2
Tail Rotor Pitch Control Ball Link
Pin 0.8*4
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
No Description Qty
need
Specification
CAUTION
No Description Qty
need
Specification
037
037 2
Ball Bearing 2* 5*2.5

Tail Boom Case Assemble Procedure
17
Place the bevelgear into thetail boom.
Make sure thedrive gear canreach
the bevel gear. Install the parts
base on thediagram above
sequentially.
029
026
047
TorqueRod
Bevel Gear
TailRotor Shaft
Drive Pulley
Torque Rod
027
Drive Gear
TailPushrod
126 1
Compete tail pushrod
Complete installation
Make sure thereis no bendingin the tail pushrod
and the pushrodis parallel tothe tail boom. Pull
the pushrod servoarm can triggerthe tail rotor
pitch slides smoothly.
M1.2*118
026 1
1
2
1
2079
050
047
029
027 4
050
079
TailBoom Case (Right)
Philips Head Screw
Philips Head Screw
M1.4*5
M1.2*3
TailBoom Case (Left)
TailPushrod
Ball Link
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
CAUTION
No Description Qty
need
Specification

Mainframe AssembleProcedure
18
Install the mainblades, tail boom
support rod andtail boom caseto
the mainframe sequentially.
Completed installation
20
Pushrod
10027
002
055
2
2
002
055
027
Pushrod
Hexagon Socket Head Bolt
M2*10
Philips Head Screw M1.4*5
Philips Head Screw M1.2*4
105
TailBoom Support Rod(Completed)
Apply amount ofT43
thread-locking fluid
Apply little amount lubricants
CAUTION
No Description Qty
need
Specification

Canopy Assemble Procedure
19
Install the gyro,ESC and otherelectronic devices to
the mainframe.After finishing thecontrol test and gyro
adjustment, install thecanopy (holding bythe canopy
mount rod).
Completed installation
Enjoy your flightafter finishing thecontrol test,
gyro adjustment andthe canopy installation!
CAUTION

Exploded View
20
072
071
070
069
068
067
066
064
063
062
060
056
059
050
058
053
017
049
048
047
046
045
044
043
042
041 040 039
038
037
035
034
033
032 031
030
028
027
026
025
024023
021 022
020
019
018 016 015
014
009
004007
006
005008011013
003
002
001
029
024
036
086
087
085
084
083
082
081
080
078 077 076 075
074
073
065
057
089 054
021
022
012
010
014
029
088
055
079
061
052
014
028
027
029
054
037
027