•The receiver is a miniature PCM receiver in
which the highest reliability has been pursued.
It is the first R/C receiver in the world to use
the newest computer technology.
•Miniature PCM receiver with hi-speed single-
chip microprocessor. Resistance against adja-
cent band and noise interference has been
increased by one full order of magnitude.
•Microprocessor-controlled servo hold function
eliminates erroneous operation when the
"dead point" area is entered.
•Microprocessor provides fail-safe and battery
fail-safe functions for greater safety.
•Error lamp display allows checking of the
receiver operating state.
•DC-DC converter in the power supply im-
proves the low-voltage operation character-
istic.
•High sensitivity design with RF amplifier
circuit.
•Ultra narrow-band ceramic filter and PCM
system are practically invulnerable to adjacent
band interference.
•Gold-plated connector pins eliminate poor
contact. Polarized housing increases reliability
against shock and vibration.
•DSC circuit. Each servo can be controlled
from the transmitter without turning on the
transmitter by connecting the transmitter
directly to the C terminal.
•New indirect-drive
potentiometer improve
vibration and shock resistance and improves
neutral precision tremendously.
•Futaba low-power custom 1C provides high
starting torque, narrow dead band, and excel-
lent trackability.
•Fiberglass-reinforced PBT (polybutylene ter-
ephthalate) injection molded servo case is
mechanically strong and invulnerable to glow
fuel.
•Strong polyacetal resin ultra-precision servo
gear features smooth operation, positive neu-
tral, and very little backlash.
•Fiberglass-reinforced epoxy resin PC board
with thru-the-hole plating improves servo amp
vibration and shock resistance.
•Thick-film gold plated connector pins ensure
positive contact and greater reliability against
shock and vibration. The connector housing is
polarized to prevent reverse insertion.
•Six special adjustable splined horns are avail-
able.
2
•CONTENTS AND RATINGS
Ratings and specifications are subject to change without prior notice.
Model
Transmitter
Receiver
Servo
Switch
Nicd battery
Accessories
FP-8SSHP
FP-T8SSHP x 1 with module FP-TF-FM
FP-R118GPx 1
F P - S 1 3 0 x 4
SWH-5 (R4-SWJ) x 1
NR-4Jx 1
Charger, extension cord, DSC cord (FSC-1), CHG adaptor, DSC-CHG cord, frequency
flag, spare horn, mounting screws, tachometer sensor (FTA-3)
Transmitter FP-T8SSHP————————————
Receiver FP-R118GP______________ Servo FP-S130_________________
Operating system :
Single-stick,
8
channels
for Receiving
frequency :
50/53MHz
BANDSIChosen Control
system - + p u l s e
width control
helicopter
72/75MHz BANDS) band
1520uS.N
Transmitting frequency :
50/53MHZ
BANDSIChosen Intermediate
frequency :
455kHz Operating
angle :
One
side
4 5 " o r more (in-
72/75MHz BANDS[band Power
requirement
. 4.8V Nicd battery (NR-4J-
cluding trim)
53MHz • • 72MHz
shared with servo) Power
requirement :
4.8V
(shared with receiver)
Frequency change to any Current
drain :
42mA
(at
4.8V reception) Current
drain
: 5mA (at idle)
of above bands Is possible Dimensions
: 2.23 x 1.65 x 0.94 in Output
torque :
55.6oz-in
(4kg-cm)
by merely changing RF
(57 x 42 x 24mm) Operating
speed :
0.24sec/60°
module. Weight :1.85ozl53g) Dimensions
: 1.52 x .77 x 1.36 in
Modulation :
PCM
(FM) Receiving
range
: 500m on the ground
l 3 8 . 5 x l 9 . 5 x 3 4 . 5 m m )
Power requirement :
9.6V
8/500mAH
internal
1000m in the air Weight : 1 . 4 7 o z ( 4 2 g l
Nicd battery (NT.8H)
When FP.T8SSHP used
Current drain :
250mA
(at
the best conditions)
Receiver and servo Nicd battery NR-4J_
Charger FBC-8B12L
Input voltage
Output
: 120VAC, 50/60H2.4VA
: Tx side 9.6V. 45mA
Rx side 4.8V. 45mA
Voltage
Dimensions
4.8V.4/500mAH
: 2.01 x 2.28 x 0.59 in
151 x 5 8 x 15mm)
: 3.350Z (95g)
Weight
