Hobby King Assault 100 User manual

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Introduction
Matters needing attention
Warning
Additional safety precautions
Helicopter Parameters and standard accessories
Pre-flight
Binding procedures
Prior to your first flight
Troubleshooting
Battery precautions
Charging the battery
Battery installation
Receiver board interface
RF module parameters
Exploded view
Parts list
Accessories list
ASSAULT 100 DSMX Satellite receiver settings
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8
How to bind and use the satellite receiver
ASSAULT 100 RF module parameters

1
Introduction
www.hobbyking .com
Thank you for purchasing the Assault 100; this advanced, dual-brushless helicopter represents
the pinnacle of micro helicopter technology. Equipped with a highly refined flight control system
and pirouette compensation technology, the Assault 100 is one of the smoothest high
performance helicopters on the market today.
From basic flight maneuvers to aggressive aerobatics, the Assault 100 can do it all for those who
appreciate the power of larger helicopters but lack the flying space, we believe that the Assault 100
is the perfect replacement and solution. Robust engineering, high quality Dupont plastics and
advanced carbon fiber composites make the Assault 100 one of the most robust helicopters of its
size on the market today.
Prior to making your first flight, please take time to read through this manual. It contains important
pre-flight information and useful tips that will help make your first flight, and every flight, a successful
one.
Notice
Warning

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7.4V 450mAh 25C
293mm
87.5mm
79g
113mm
38.4mm
249mm
Push rod x3 Connecting rod x2
Screws x1bag
Li-po battery x1
7.4V 450mAh 25C
Main blade x1 pair
Hex wrench x1
Philips screwdriver x1
x2Mounting tape
Standard accessories
Additional safety precautions
Helicopter parameters
Tail rotor x1

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5. ESC Lock: To prevent accidental start-ups, the ESC is locked when the ASSAULT 100 is initialized. To unlock, push
the throttle up to midpoint then return it to the lowest position; at this point, you should hear the ESC give an au
-dible warning, signifying that the ESC has been unlocked.
6. Soft-start: The ESC has a soft-start function that is programmed at the factory, where the motor
would spin up gradually when the throttle is first advanced to the 40% mark or above.
7. Once the ESC has been unlocked and the motor has spun up to speed, the aircraft is ready
for flight.
Pre-flight
Binding procedures
Notice : If the transmitter batteries have inadequate power, the status LED will blink.
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3

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Assault 100
Pitch forward Pitch backward
Roll left Roll right
Prior to your first flight

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Trouble shooting

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Instructions:
Notice:Do not charge the battery with anything other than a industry-standard 2 cell balance charger.
TURNIGY 7.4V (2S) variable rate DC Li-Po charger
1.Connect the XC-1S5 charger to a 110-220V wall outlet
2.Connect the lithium polymer battery to the charger via the balancing tap (white, four pin connector).
The LEDs on the charger will turn red once charging has commenced, and green once charging
has been completed.
3.The XC-1S5 charger could be used to charge two single cell (1S 3.7V) lithium polymer batteries
via a converter cable.
7.4V
:
Use balance chargers to charge the flight battery.
Battery precautions
Battery precautions

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DSMX satellite port
To tail motor
To main motor
Front Rear
Battery installation
Receiver board interface

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System setup
Model type:
Helicopter:
Swash type:
Normal:
Function menu
Travel
100 75 80 70 100 65
100 75 80 70 100 65
THR AIL ELE RUD GER PIT
How to bind and use the satellite receiver
01 02
Prepare a DSMX compatible radio, helicopter,
satellite receiver and main receiver
Connect the main receiver with the satellite receive
then connect the bind plug to the main receiver
Throttle curve ( normal)
1：0%
2：85%
3：85%
4：85%
5：85%
Throttle curve (stunt)
1：95%
2：95%
3：95%
4：95%
5：95%
Pitch curve (normal)
1：40%
2：45%
3：50%
4：75%
5：100%
Pitch curve(stunt )
1：0%
2：25%
3：50%
4：75%
5：100%
Assault 100 DSMX / DSM2 Satellite receiver settings

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09 10
07 08
05 06
03 04
0202
Press and hold the bind button of the transmitter to
bind
Bind successful Unplug the battery and main receiver
Connect the receiver with the receiver board of
helicopter Power on the transmitter, then the helicopter
Fasten the satellite receiver to the helicopter
Power on the receiver
Install the canopy
Bind plug

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RF MODULE
Internal power supply switch
Mode indicator light : F/ J/ other
( )
Mode selector button
Signal indicator light
(Red : signal disable / charging ;
Green : signal enable / low power )
1. RF MODULE CHART
2. Parameters
Sealed battery Specification: 3.7V Li-Po battery 150mAh
Operating voltage: 5 ~ 12V.DC
Operating Current: ≤ 100 mA
Operating frequency: 2402 MHZ ~ 2477 MHZ
Spread Spectrum mode: FHSS
Number of frequency channels: 20
Hopping Rate: 240 Jump/s
3. Charging operation
First put the internal power supply switch to OFF position, no LED lights on RF Module bright this
time, then connect RF Module to a computer (or the other power supplier equipment) using USB
wire, this time, Signal indicator light starts to flash and Mode indicator light shows charging status:
red means charging,turning to green means charging is over.
4. Normal operation
Function
3.Charging protection and Low voltage alarm function.
1.Built in battery supply with charge protection and low voltage alarm.
2.Supports most mainstream radios.
RF Module instruction
Also use to indicate charging status
1. If the radio supplies power to the module, switch the internal power supply switch to the
OFF position. Connect the module to the radio via the included signal cables.
2. If no power is supplied by the radio, switch the internal power supply switch to the ON
position. Connect the module to the radio via the included signal cables.
3. Under normal circumstances, the LEDs are green, if they are red, check to see if the signal
cable is properly connected. Check also that the radio is operating under PPM output.
Press the button on the module to cycle through different radios- the status indicator will be
green with Futaba radios, red with JR radios and off with Walkera radios.

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Notice
[ TRVL ADJ ]
THR AILE ELEV RUD GER PIT
100% 80% 85% L70 % 100% 55 %
100% 80% 85% R70% 100% 55 %
THR AILE ELEV RUD GER PIT
REC REC REC NORM REC REV
[ REVSW ]
TYPE SELECT: HELI
Servo TYPE : Servo NORM
1 85%
2 85%
3 85%
H 85%
1 95%
2 95%
3 95%
H 95%
1 45%
2 50%
3 75%
H 100%
1 1NH
2 50%
3 1NH
H 100 %
Select helicopter mode, Servo NORM, then set the output as PPM
specifications are as follows:
RF Module status lights
Assault 100 RF module parameters
[PIT CURV] N [PIT.CURV] ST-1
[ THRO CURV ] ST-1[ THRO CURV ] N
POINT-L 0%
POINT-L 0%
POINT-L 95%
POINT-L 35%
1.There is one 3.7V Li-po battery sealed within the RF module. Prior to use, turn the RF module to
the OFF position and connect the signal cable to the radios’ trainer port.2.Pay attention to the battery
power levels when using with internal battery supply. If you see the green light flash, please charge
the battery immediately.

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RESET:Execute
TYPE:HELICOPTER
SWASH:H-1
MODUL:PPM
ATL:ON
PARAMETER
POINT - 1 0
- 2 85
- 3 85
- 4 85
- 5 85
- 6 85
- 7 85
- 1 100
- 2 95
- 3 95
- 4 95
- 5 95
- 6 95
- 7 95
POINT 1 - 30
2 - 20
3 - 10
4 - 0
5 + 25
6 + 50
7 + 100
POINT 1 - 100
2 - 50
3 - 25
4 + 0
5 + 25
6 + 70
7 + 100
Select helicopter mode, Servo NORM, then set the output as PPM
SWASHPLATE SETTING:
FUTABA radio settings for the Assault 100
1 AILE 85/85
2 ELEV 85/85
3 THRO 100/100
4 RUDD 70/70
5 GYRO 100/100
6 PICH 55/55
[ END POINT ] [ THR-CURVE ](NORM) [ THR-CURVE ](IDL)
[ PIT-CURVE ](NORM) [ PIT-CURVE ](IDL)
[ REVERSE ]
AILE: NOR
ELEV:NOR
THRO:NOR
RUDD: REV
GYRO: NOR
PITC: NOR

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1.TYPE
MODEL
2.SWRSH
1-NRM
Walkera radio settings for the Assault 100
REVSW：
ELEV (REV)
AILE(REV)
THRO(REV)
RUDD(NORM)
GEAR(NORM)
PITCH(REV)
GYRO(NORM)
ELEV : U 65% D 65 %
AILE : L 55% R 55%
THRO : H 100% L100 %
RUDD : L 70% R 70 %
GEAR : +100% -100%
PITCH : H 55 % L55%
GYRO : +100 % -100%
TRVRD
STATE: ACT
THHOLD
SRVHD
YES
MODE
NORM
POINT
P - L : 0 %
P - 1 : 85 %
P - 2 : 85 %
P - M : 85 %
P - 3 : 85 %
P - 4 : 85 %
P - H: 85 %
THCRV THCRV SRVHD
YES
MODE
ST- 1
POINT
P - L : 100 %
P - 1 : 95 %
P - 2 : 95 %
P - M : 95 %
P - 3 : 95 %
P - 4 : 95 %
P - H : 95 %
PTCRV SRVHD
YES
MODE
NORM
POINT
P - L : - 35%
P - 1 : - 40%
P - 2 : - 25%
P - M : + 0%
P - 3 : + 33%
P - 4 : + 70%
P - H : + 100%
PTCRV SRVHD
YES
MODE
ST- 1
POINT
P - L : - 100%
P - 1 : - 53%
P - 2 : - 27%
P - M : 0%
P - 3 : + 37%
P - 4 : + 70%
P - H : + 100%
FUNCTION MENU:

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REVSW：
ELEV (REV)
AILE(REV)
THRO(REV)
RUDD(NORM)
GEAR(NORM)
PITCH(REV)
GYRO(NORM)
TRVRD THHOLD
SRVHD
YES
MODE
NORM
POINT
P- L : 0%
P- 1 : 85%
P- 2 : 85%
P- M: 85%
P- 3: 85%
P- 4: 85%
P- H: 85%
THCRV THCRV
SRVHD
YES
MODE
ST- 1
POINT
P- L : 100%
P- 1 : 95%
P- 2 : 95%
P- M: 95%
P- 3: 95%
P- 4: 95%
P- H: 95%
PTCRV
SRVHD
YES
MODE
NORM
POINT
P- L : - 35%
P- 1 : - 40%
P- 2 : - 25%
P- M : + 0%
P- 3 : + 33%
P- 4 : + 70%
P- H : + 100%
PTCRV
SRVHD
YES
MODE
ST- 1
POINT
P- L : - 100%
P- 1 : - 53%
P- 2 : - 27%
P- M : 0%
P- 3 : + 37%
P- 4 : + 70%
P- H : +100%
FUNCTION MENU:
Turnigy 9X radio settings for the Assault 100
ELEV: U 65% D 65%
STATE: ACT
AILE : L 55% R 55%
THRO: H 100% L 100%
RUDD: L 70% R 70%
GEAR: + 100% - 100%
PITCH: H 55% L 55%
GYRO: + 100% - 100%

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Turnigy 9X radio settings for the Assault 100
（SYSTEM）
1. TYPE SELE
2.MODE UAT PPM
REVERSE
THCRV 3D PIT/CV NORM
(FUNCTION) THCRV NORM
ELEV (REV)
AILE(NOR)
THRO(REV)
RUDD(REV)
GEAR(NOR)
PITCH(REV)
POINT- L 0%
1 85%
2 85%
3 85%
H 85%
POINT- L 95%
1 95%
2 95%
3 95%
H 95%
POINT- L 40%
1 40%
2 50%
3 70%
H 90%
Remove the default 2.4GHz module
System menu:
1.Type SELE
Heli-Heli 1
2.Mode UAT PPM

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Exploded view
POINT- L 0%
1 25%
2 50%
3 75%
H 100%
CH5 GEAR
CH6 HOV PIT
CH7 HOV THRO
CH8 PIT TRIM
CH9 THRO HOLD
E. POINT
AUX- CHPIT/CV 3D
1 AILE 75/75
2 ELEV 80//80
3 THRO 100/100
4 RUDD 75/75
5 GYRO 100/100
6 PICH 60/60

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Parts list
Main frame
Swashplate set
Linkage
Black tail rotor
Canopy
Swashplate bearings Φ6xΦ10x2.5mm
Cross axle/Stepped rings/Screws
Main motor
Tail set
Green main rotor blade
Receiver
Landing skid
Main blade grip
Pull rod
Tail motor pedestal
Carbon fiber tail connect pipes
Main shaft bearings Φ3xΦ6x2.5mm
Screws
tail motor
Cross screwdriver, hexagonal wrebch
PCB holder
Black main rotor blade
Main rotor hub/Main rotor hub cover
Main rotor gears
Rotor hub rubber swashers
Main shaft
Main rotor blade bearings Φ2xΦ5x2mm
Linear servo
Li-po battery
Linear servo carton strip plate
ESC
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9255000066-0
9255000067-0
9255000068-0
9255000069-0
9255000070-0
9255000071-0
9255000072-0
9255000073-0
9255000074-0
9255000075-0
9255000076-0
9255000077-0
9255000078-0
9255000079-0
9255000080-0
9255000081-0
9255000082-0
9255000083-0
9255000084-0
9255000085-0
9255000086-0
9255000087-0
9255000088-0
9255000089-0
9255000090-0
9255000091-0
9255000092-0
9255000093-0
9255000094-0
9255000095-0
9255000096-0
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SKU QuantityPART NAMENO

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Accessories list
Main frame
SKU : 9255000066-0
Main blade grip
SKU : 9255000078-0
Main blade grip
SKU : 9255000078-0
Rotor hub
rubber swashers
SKU : 9255000090-0
Swashplate bearings
Φ6xΦ10x2.5mm
SKU : 9255000071-0
Main shaft bearings
Φ3xΦ6x2.5mm
SKU : 9255000082-0
Main rotor blade
bearings Φ2xΦ5x2mm
SKU : 9255000092-0
Carbon fiber tail
connect pipes
SKU : 9255000081-0
PCB holder
SKU : 9255000086-0
Black tail rotor
SKU : 9255000069-0
Main shaft
SKU : 9255000091-0
Cross axle/
Stepped rings/Screws
SKU : 9255000072-0
Tail motor pedestal
SKU : 9255000080-0
Canopy
SKU : 9255000070-0
Linkage
SKU : 9255000068-0
Pull rod
SKU : 9255000079-0
Main rotor hub/
Main rotor hub cover
SKU : 9255000088-0
Landing skid
SKU : 9255000077-0
Black main rotor blade
SKU : 9255000087-0
Swashplate set
SKU : 9255000067-0