Thank you for choosing GWS "FUNNYPARK" slow flyer. This

Thank you for choosing GWS "FUNNY PARK" slow flyer. This airplane has been designed for
beginner and easy control characteristic. We hope a beginner will gain much experience by flying
the "FUNNY PARK" and really enjoy it
';fK'
Please read these instructions carefully and thoroughly before assembly in order to achieve
safe operation with maximum performance from your'FUNNY PARK"flight
RIC ELECTRIC AIRCRAFT
USER'S GUIDE
SPECIFICATIONS
FUNNY PARK
FUNNYPARK
EPS-100C
Lenglh;607mm(23.9 in.)
Wing Span:850mm(33.'16 In.)
Wing Area:15.24<lm'(236.2sq.in)
FUNNY PARK
EPS-300C
Length;607mm(23.9in.)
Wng Span;8S0mm(33.46 in.)
EDP-400C
Length:607iTm(23.9in.)
Wng Span:850mm(33-46n.)
Wng Area:15.24dm ?236.2 sq.in)
Wng Area:15.24dm'(2362 sq.ln)
Wing Loadir>g:22.31 g/dm'(7.31 oz/sq.ft)
Flying Weight340-410g(12.35-132 oz)
Vfng Loading24,28 g / dm' (7,96 ozftq.ft)
FlyingWeight;370-440g(13.05-15.52oz)
Power Syaem:EPS-300C
Propeller EP-9070
Pcwer System:EDP-400
PrDpener.EP-7035
BatteryrBqu^:$-7N400-600mAh{NI-Cd)
Radio reguired:2-4 channel radio
6-7N500-800mAh(NI-MH)
Radio requlned:3-4channel radb
Batteryrequired.'6-7N600mAh(NFCd)
6-7N500-800mAh(NFMH)
Radb rBquiied:3-4channel radb
Servo rBquird:2-3xPICO,NARO
Serw r«gurd2-a<F1CX>,NAR0WNIJWy<
Servo requird2-3xPIC0,NAR0,
Electronic Speed Controller
Electioo'e ^leed ControllerlCS-100
Wng Loadlng:21.65g/(lni'(7.1 oz'sq.fl)
FlyingWelght330-385 g(11.64-13.4 oz)
Power System:EPS-1 OOC
PropellerEP-1060
Battery required:7N270-400mAh(NI-Cd)
7N500-800mAh(NI-MH)
ICS-300/ ICS-t00/AC-50E
ICS-100/AC-50E
Rec»verR4N or R6N
ReceiverR4N or R6N
MINI,PARK
Bedronic Speed CortiollerlCS-400
ReceiverFVtN, R6N orRSM
ICS-100 orlCS-400
RADIO CONTROL SYSTEM
Electronic Speed Controller
Charger
4 Channel
Transmitter
GWS PICO, NARO
MICRO or MINI/PARK
Series Servos
GWS R4N or R6N
R8M FM Receiver
7.2-'8.4V"AM"500~730mAh
(Ni-MH)
Servo
Extension Wire
7.2~8.4V2/3 "AA"270-400mAh
or"AA" 600mAh(Ni-Cd)
To assemble this airplane you ^TOOLS
need to prepare some toofs.
Cutter Knife
AND ITEMS
Screwdriver
Pliers
Nippers
A
nn
Drill
Paper Tape
Alcohol
-
1 -
CAGlue
Scissors
Fi//?/?yPsrA
GW/P51D-FAS4 (linkage parts)
GW/FUNNYPARK-FAS1
PHFUS-1013-W-R- Fuselage(R)1pce
PTMEWA-1001
•
Push Rod &0.9mm X3pcs.
PTMEW-1015—A-
PTGUM-1014—
PTMEW-1015—B-
Aileron Linkage Wire i}1.4mm(A)x1pce,(B) x1pce
PTSTK-1002
#
Rubber Grommet x 2pcs.
ptmew-ioi5—u-l
Elevator UnkaQe Wire ^1.4mn x 1pce.
Bamboo Stick^3x240mm x Ipce.
ptflx-iooi—•
Rm«c Tutie^ 2.S<2.5nirn(t>lsdi) x2pcs.
PQTUBH034
T
PlasUc Pushrood tubefTransparent) x Ipce.
GW/FUNNYPARK-F
PTMEWA1010—T$ 1.2mm Tall Dagger x 1 pee.
PT MEW-1017—M-
PFUS-1013--W-L- Fuselage(L 1pce.
Uain Landing Gsar $2.0mni x 1 pea
GW/FUNNYPARK-FAS2
PHTYP1005-D1Ultra-light Wheel Rim 25.4mm dia.
PHTYP1008-D2Ullra-ligtil Wheel Rim 76mm da. (3")x2 PCS.
PHWIN-1015
Main wing 1 pee.
(1") X 1 pee.
PYPOP-1036
GW/FUNNYPARK-FAS5
FUNNYPARKDecal Xipce
PYCRO-1001-
Hinge{10x18mm)
(15 PCS)
PTADP-1001—B
VelcfolBl
PHWIN-1015—H-Tail Wing Ipce.
GW/ZERO-FAS100
GW/FUNNYPARK-FAS300
GISBIa
PTPROA9070
PTPROA1080
PrDpeHer(EP1080)x1 pc8.
PMSPC-1014
PYPOP-1003
WlndshledfTransparenl) xl pee
GWS Decal x 1 pee
Propeller (EP9070) x 1 pee.
GW/ZER0-FAS6
PICO-ZERO MICRO ACCESSORIES C
3K
j"K
PHSPIRi 001250^
PWNLJTF43ld30C«-
SplnrterSimfn
-.AASMEPS
AASMEPS
gps-3oooe
2A-
EPS-10OC-A
GW/P-STICK-FAS6 (ACCESSORIES)
PMCHSAIOOS™
r.BsartcPoiwtSjMim
EPS Mount 10x10x90mm
^
(wehfie wood) * 1 pee.
PTeUM.1007—
BKSrtcPovmrSrdOTi
PWMVAHP«30S32lM<
©
361
Washer X 1pc«.
PMCHSA1005
GWS Give X1 pee.
EPSMount 10x10>a0mra
RuBI>er Bond x 8 pcs. doum-mm Pam
T«P» « ' PCS.
»iwsivae.iiiiii
(wehrte wood) x1 pee.
PYINS-1062
Insmfcyo^hCTx^
GW/FUNNYPARK.FAS400
PMCHSA1005 Propeller (EP7035) X t pee.
PTWEG-1001
Clay xl Pee.
iC
>
PHSPIR1*0;250—
Spii'ifli 25mrn
t
f
PMCHSAIOOS
. _ iL.
< .
.leonc
Pow«System
EPSMount
10x10x90mm
(trohilo wood)
X1 pee.
PMSPC-1002—
cowflng Seal x4 pea.
CONTENTS OF KIT(PARTS LIST)
01. FUNNY PARK Fuselage(L)
xl
13. Cowling Mount(1 x 8 x mm/4 pcs.)
25. Instruction Manual
x1
26. GWS Glue
xl
27. Rubber Band
x8
28. Hex, Nut
xl
29. Washer(3.2 x 8.0 x 0.5 mm)
30. Wing Fixing Screw (3 x 30 mm)
31. Screw (1.4X9 MM)
( Cowling, Landing Gear and EPS)
xl
02. FUNNY PARK Fuselage(R)
xl
14. Plastic parts Frame A
03. FUNNY PARK Main Wing
xl
15. Plastic parts Frame C
04. FUNNY PARK Stabilizer
xl
05. Hinge (10x18mm){15 pieces)
xl
06. Windshied
xl
07. VELCRO{A&B)
xl
16. Tail Dragger(Tail Gear)
17. Main Landing Gear
18. Ultra-light Wheel{76mm dia.)
08. Aileron Linkage Wire (A & B)
09. Elevator Linkage Wire(U-shape)
xl
xl
19. Ultra-light Wheel (25mm dia.)
20. Propeller (EP-10801 EP9070 or EP 7035)
21. Spinner
22. Electric Power System(EPS-100C EPS-300C or
10. Bamboo Stick (3.0 mm dia. x240 mm) xl
EDP-400)
xl
33. GWS Decal
xl
34. PICO Grommet^ 5x3 mm
xl
35. Plastic Tube i?2.5 x 25mm
xl
36.Clay
xl
x3
23. EPS Mount
xl
12. Cowling
xl
24. Double - sided Sponge Tape
x4
2 -
x9
32. FUNNY PARKER Decal
xl
11. Push Rod(0.9 mm dia)
-
xl
xl
fi//?/?yPsrA
FUSELAGE ASSEMBLY
• Ifyou like to use 600mAh pack,(full AA size) Please cut the parts shown
in red. (Pic 1.)
• Drill a small hole for the push rod (both right and leftfuselages).(Pic 2.3.)
• According to the dimension of the servo that you are going to use, cut
slant-lined excess parts. Both R & L fuselage. (Pic 4.)
• Cut the rudder on the vertical fin apart with a knife as per the
groove. (Pic 5.)
• As shown, mark a line on the EPS mount that is for
the thrust angle indication when it is installed on the
fuselage.(Pic 6.)
• Insert the EPS mount to the electric power system
(EPS).
• Make sure that the mount is pushed into the EPS by
20mm.
If it is too tight to insert the mount, trim the mount
slightly with a knife or sand paper.(Pic 7.)
• Temporarily pull the EPS out for easier assembly procedure of the fuselage.
• Press the hexagonal 3mm nut into plastic parts 0 6 and apply a small
amount of OA glue to the 0 6, being careful not get glue on the threads .(Pic 8. 9. 10.)
• Insert the 3x30mm screw as shown. (Pic 11.)
• Apply GWS glue (or epoxy for faster cure time) evenlly at the Indicated area bouth
fuselage R&L(Pic12. 13.)
• Apply enough glue to the grooves for the mount.
(Pic 14. For EPS-100C & EPS-300C)
(Pic 15. For EDP-400C )
• Glue the 06 then Insert to the slot of the fuselage as shown. Make sure that there is
no glue on thread of the nut. (Pic 16.)
• Once glued join the fuselage. R & L together.(Pic 17.)
• Put paper tapes , 5-6 places around the fuselage as shown until glue cures completely that will at least take
half an hour. Make sure that the EPS mount thrust indication align with fuselage center.
• Then take out the 3x30mm screw.
• Trim any excess parts off the joint section with a knife.(Pic 18.)
-
3 -
n//?f?yPsr^
I
• Glue the plastic C-1 to the hollow of the fuselage as shown.(Pic 19. 20.)
• Glue the plastic part G-14 (Landing gear mount).(Pic 21. 22.)
TAIL ASSEMBLY
Cut the elevators apart from the horizontal stabilizer.(Pic 23.)
Use a triangle to determine the center of the horizontal stabilizer and mark an indication lines as
shown.(Pic 24.)
Trim the elevator pivot to a triangular shape as shown by sanding a bevel shape.(Pic 25. 26.)
For the elevator linkage wire, cut a 1mm deep & wide and 30mm long slit.(Plc 27.)
Drill a
dia & 20mm deep hole on the elevators.(Pic 28.)
According to the dimensions shown for hinges.
Cut a slit (10mm long & deep)at two places for hinge installation on the elevators.
Then apply glue to a half of the hinge and insert them Into the slits.(Pic 29 . 30.)
•
•
•
•
Glue the elevator linkage wire and insert to the elevator.(Pic 31. 32.)
Temporarily fasten the linkage wire with a paper tape.(Pic 33.)
Refer the hinges position on the elevator.
Cut two slits on the horizontal stablizer.(Pic 34.)
• Apply glue on all hinges and insert them to the horizontal stabllizer.(Pic 35.)
• Trim the elevator (R & L) so they correspond with each other.(Plc 36.)
-
4 -
n//?f?yPsrA:
MAIN WING ASSEMBLY
Place the plastic part C-2 in the position and install the main wing
and glue plastic part C-2 as par guide holes.
(Pic 37.38. 39. 40.41.42.}
Decal
|1mm
270mm
• Glue the plastic part 05 on the center bottom of the wing (trailing edge) for bolt fix the wing to the
fuselage. (Pic 43.)
• Glue the bamboo stick (4)3 x 240mm)for wing enforcement on the bottom of
the wing (leading edge side) and cover it with decal tapes as shown.
(Pic 44.45.46.)
• Gut the ailerons apart from the main wing (both right and left) with a knife as
per the groove as shown. (Pic 47.48)
• Cut the edge of the aileron by 1mm and trim any excess parts.(Pic 49.50. 51)
, 100
, 100
(30
10mm
>First trim any excess parts, then according to the
dimensions shown, cut a slit (15mm long and 10mm deep)
at 3 places for hinge installation on the ailerons, then apply
glue to a half of the hinge and insert them into the silts.
(Pic 52.)
• For the aileron linkage wires, cut a 1mm deep & wide and 10mm long slit and drill 1.2mm dia. & 15mm deep hole on the
aileron (right & left).(Pic 53. 54.)
• Take the aileron linkage wires and two pieces of rubber tube.
• Cut the rubber tube to a half.(Pic 55. 56.)
• Slide two of the rubber tubes onto the aileron linkage wires.(Plc 57. 58.)
• Put the rubber grommets to the aileron linkages.(Pic 59.)
-
5 -
fi/f?/7yPsrA^
Decal @
/ .^
60.
61-W"
• Put the aileron linkage wires into the aileron slot. (Pic 60.)
• Cover the aileron linkage wires with the decals as shown.(Pic 61.)
• Mark the location of the hinges of the aileron on the wing and
make slits for hinges.(Pic 62.)
•Apply glue on all hinges and aileron linkages and insert them to the wing
securely.
• Then, fasten both right & left aileron, by paper tapes.(Pic 63.)
• Drill a (|)3mm hole on the plastic part 05 through the foam.
(Pic 64.)
•Temporarily install the main wing and bolt with a ((>3 x 30
screw.(Pic 65.)
• Take off the fasten tapes.(Pic 66.)
• Insert the stabilizer and glued it into the fuselage.(Pic 67.)
RUDDER & STEERING ASSEMBLY
I
• Tail steering assembly. Insert the tail gear into the bracket
(plastic parts C 10)then install the Ultra-light
wheel (25mm dia.) And fix it with the retainer (plastic parts A 4).
Adjust the stabilizer so it is horizontally (The distance A
should be the same as A') (Pic 68.)
Cut two slits for hinges on the rudder. Insert the two hinge
and glue them.(Pic 69.)
For tall dragger installation cut a 1mm deep and 12.5mm long
slit.(Pic70.)
Drill a 4)1 mm& 15mm deep hole on the rudder as shown.
(Pic 71.)
(Pic 72. 73.)
• Glue the steering set to the rudder securely.(Pic 74. 75.)
• Cut the slit on the vertical fin in 2 places.
• Glue the hinges and install it to the vertical fin.
(Pic 76.)
• Glue the C-10 to the fuselage.(Pic 77.)
-
6 -
POWER SYSTEM &
COWLING ASSEMBLY
• Glue 4 pieces of the cowling mount to the fuselage nose.(Pic 78.)
• Put the motor wire inside of the fuselage through the hole as shown.(Pic 79.)
• Push the EPS into the mount by 20mm, then drill 1mm dia. hole on the EPS and fix it with the screw
A
m
(1.4 X 9mm).(Pic 80. 81.)
• According to the cutting guide line, cut the cowling and drill 1.0mm dia hole on the cowling mount
(4 places) and fix the cowling with 4 pieces of 1.4 x 9mm screw.(Pic 82. 83. 84.)
• install the propeller and fix it firmly with the washer and nut, then push on the safety spinner.
(Pic 85. 86.)
EDP-400 ASSEMBLY (EDP-400 VERSION)
91. //
• Install the propeller adaptor to the motor shaft and fasten by M3 bar locking bolt.
(Pic 87. 88.)
• Install the EDP-400 motor by 2.6 x 3 screw and use rubber band to keep it In
place.(Pic 89. 90. 91.)
• Insert the GW/EMM-400T mount to the EPS mount and fasten with a
TP screw
.6 x 3mm TP screw.(Pic 92. 93.)
RADIO GEAR INSTALLATION WIRING
GWS/JR/SANWA) RADIO SYSTEM
AND CONNECTION
Chi. Throttle.
(Electronic speed controller)
GWS C€
Ch2. Aileron
GWR-6N RECEIVER
NAf^n
Ch3. Elevator
NARROW 9AN0
Ch4. Rudder
Futaba I HItec) RADIO SYSTEM
Ch1. Aileron
Crystal installation.(pic 94.95.)
Ch2. Elevator
GWR-6N RECEIVER
f-'
Ch3. Throttle.
(Electronic speed controller)
NARROWBAND
Ch4. Rudder
-
7 -
CAUTION:
Please read (he instruction careful before installation.
Please follow the scheme showing wiring diagram to connect
the wire and be sure the servo are In neutral position.
When you are testing the servo, please do not connect the
Electronic Speed Controller
motor wire and be sure to turn on the transmitter first.
ICS-100 or ICS-300 or ICS-400
t =
Red Wire(+)
t
GWS Ni-Cd Battery
m
Black Wlre(-)
k
^
gJ|OgQ|d
7.2V-8.4V270--730mAh
7.2V-600mAh Battery Pack
Aileron
Extension Wire
ELEVATOR
(GWS PICO/NARO or MINI / PARK )
Receiver
GW/R-4N
GW/R-6N
GW/R-8M
Red Wlre(+)
EWE
RUDDER
(GWS PICO/NARO or MINI / PARK )
Black Wire(-)
Clean the servo case with medical alcohol and attached the
double-sided adhesive tapes.(Pic 96.)
Stick two servos in the hollow of the fuselage as shown.
Be aware of mounting directions of the servos and servo out put
horns and drop little amount GWS glue between the servo mounts
and foam.(Pic 97.)
Mounting the receiver and the speed controller using supplied
double-sided sponge tape as shown.(Pic 98. 99.)
• Motor power wire connecting. Be sure polarity is correct.(Pic 100.)
• Using paper tapes to holding servos and speed controller wire in place.(Pic 101.)
• Cut a ICmm slit on the hollow center of the elevator.(Pic 102.)
• Insert the control horn (A5) into the slot, then fix It with the retainer
(A10) glued in securely.(Pic 103. 104.)
• Install the rudder control horn the same as the elevator control horn
installation.(Pic 105. 106.)
• Insert the push rods into the pre drill small hole on the fuselage.
(Pic 107.)
-
8 -
fi//?/?yPsrk
length adjustment
110.
113.
Hook the push rod( Z shape) to the servo horns and fix the horn with screw.(Pic 108.)
Make a V shape bend (5--7mm) in the push rod as shown.(Pic 109.)
Hoiding the rudder in the neutral position mark the position where the push rod passes the control horn(A5) and bend a z shape for
control horn (A5) connecting. Then cut out excess part of the push rod. Then hook the push rod to the control horn (A5)(Pic 110.)
The elevator push rod installation is the same as the rudder.(Pic 111.)
Clean the servo case with medical alcohol and attached the double-sided adhesive.(Pic 112.)
Trim the servo wire as shown. Then drop little amount of GWS glue to secure.(Pic 113.)
Holding the servos in the neutral position.
Bent one end of the push rod (Z shape) then hook the push rods into the aileron linkage. And make a V shape bend (5-7mm)
in the push rod as shown, then mark position where the push rod pass the hole of the servo control horn then make another Z
shape for servo horn connecting.(Pic 114.)
Repeat the procedure for the other side aileron push rod, then fix the servo horn with a screw.(Pic 115.)
Connect the servo wire to the servo extension wlre.(Pic 116.)
• To fix the wing, use 3 x 30mm screw and M3 washer.(Pic 117.)
• Slide the screw through the hole and insert the ({>5x3 Grommet.
(Plc118.)
• Attach the wing to the fuselage and fasten.(Pic 119.)
• Install the Ultra-light wheels (76mm dia.) to the landing gear and
fixed with the retainer (A3).(Pic 120. 121)
• Secure the landing gear to the mount C14 byscrews (^1.4 x 9mm)
as picture shows.(Pic 122.)
-
9
DECALS
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ri
.4 TP screws
windshield to posiion in front of
it, then fasten with^si.4xL9mm
(0)
r
www.gws.coin.iw
WWW.BVI.C0D.1H
WWW.gWS.COm.tW Wwiigis conui
For the correct placement of decals ,
please refer to the scheme shown.
fi//?/7yPsrA
RADIO SET-UP
• Cut the Velcro in half and attach one half (A) to the hollow on the
fuselage ,then attach the other Velcro half (B) to the battery pack .
This will keep the battery In position The battery location In the
nose should be slid as forward as possible .{pic 123.124.125.126.)
•The C.G. (Center of Gravity) is located 50--55mm back from the leading edge of the wing .Afterall radio gears and the battery pack is
installed , check the C.G. point of the air plane .If the C.G. Is offset, move the receiver and speed controller forward or back ward until
you find the recommended balancing point .The other way to balance the C.G. point is to use the supplied clay to add weight. Do not
fly ifthe plane is not properly balanced, (pic 127.128.)
CONTROLLER FUNCTION
MODE 2
AND RADIO SET-UP
• The right side stick of the transmitter (elevator and aileron)
• The left side stick of the transmitter (throttle and rudder)
ELEVATOR TEST
• Pull the stick backward then the elevator should flip up ( pull-up).
• Push the stick forward then the elevator should flip down (pushing down).
• When the stick Is In neutral, the elevator should return to neutral position.
AILERON TEST
® Moving the stick to right, then the right side aileron should flip up and the left side aileron should flip down.
® Moving the stick to left, then the right side aileron should flip down and the left side aileron should flip up.
® When the stick is in neutral, the two ailerons should return to neutral position.
THROTTLE TEST
• Pull the stick all the way backward and the trimmer at the 1/3 position .then wait for 2 seconds.
• Slowly push the stick forward and the power system starts to run. Now push the throttle all the way forward and the motor should run at
high speed.
• Pull the stick all the way backward and the motor should stop.
RUDDER TEST
• Moving the stick to right, the rudder should flip to the right.
• Moving the stick to left, the rudder should flip to the left.
• When the stick is In neutral, the rudder should return to neutral position.
.MODE 1
• The right side stick of the transmitter (throttle and aileron)
• The left side stick of the transmitter (elevator and rudder)
If the control fin or throttle is not on the correct movement, please switch the reverse on the transmitter.
(SUGGEST CONTROL THROW SETTING)
Down
(1)Elevator
(2)Aileron
-11-
(3)Rudder
PREFLIGHT CHECKING LIST
f£//?/?yPsr^
1. It Is best for you to fly your plane In a large open place.
2. Do not fly around some restricted location like airports, military bases, etc.
3. You will need to range check the transmitter to be sure you are not experiencing any
interference. (If you are flying with other RC modeler at a field, do not turn on your transmitter
until you are certain that no one else is using your channel.)
4. Always turn on the receiver last after turning on the transmitter and shut off the receiver first
before turning off the transmitter.
5. Ifyou are only a beginner to the radio control model flying, do not attempt to fly your model
without any assistance or advice from advanced expert fliers.
6. Please refer to the instruction guide carefully and thoroughly before assembling equipment kits.
Different power units and servos combination will lead to its various flight performance .
Remember the lighter the better.
7. Be sure to check the wind direction before landing or taking off.
TAKE OFF
nil The Wind Direction
\
%
1. Apply full throttle to speed up the airplane into the breeze.
2. Keep the tracking straight using the rudder during the
take-off process.
3. Apply just a touch of up-elevator when the model reaches
sufficient takeoff speed and the model lifts smoothly into the air.
4. Make the turn when the model is at a high altitude. Then trim all
control surfacf
LANDING
III! The Wind Direction
1. Maintain at a safe altitude against the wind.
2. Gradually reduce the throttle during the landing pattern for a smooth
touch down.
3. Pull the throttle backward and slightly touch up-elevator when the
decent approximately 30 cm from the ground. After the main landing
gear gently touches the runway, reduce the throttle until the tail wheel
touches ground.
12-
PREFLIGHT CHECKING LIST
fi//?f7yPsr^
1. Electric power system
(EPS-300C.EPS-100C.EPS-400C or EDP-400C)
2. Batteries
3. Aileron servo
4. Speed controller
5. Receiver & speed controller.
POWER SYSTEM SPECIFICATONS
Cauttion ("*1); Do not use any bigger size propeller than we suggest
' Caution (**2): If you want to use higher volt battery pack than we recommend (7.2 ~ 8.4V) it may cause any damage on the
motor such as weakening power, losing performance,shortening life, getting burnt ect. So You may reduce the size of the
propeller . Fro example. (EPS-300C 9.6V Batt EPS8060 propeller)
GW/EPS-100C-AS
Propeller
EP-1080
Volts(v)
Ampere(A)
Thrust
(g)
(oz)
7.2
2.7
164
5.79
8.4
3.4
200
7.06
Power
19.44
28.56
Efficiency
(g/w)
(oz/w)
8.44
0.30
7.00
0.25
GW/EPS-300C-BS
Propeller
EP-9070
Volts(v)
Ampere(A)
Thrust
(g)
(oz)
Efficiency
Power
(g/w)
(oz/w)
7.2
8.0
260
9.17
57.60
4.51
0.16
8.4
10
300
10.58
84.00
3.57
0.27
Power
Efficiency
(g/w)
(oz/w)
GW/EDP- 400C
Propeller
EP-7035
Volts(v)
Ampere(A)
Thrust
(g)
(oz)
7.2
11.30
340
11.99
81.36
4.18
0.15
8.4
13.30
410
14.46
111.72
3.67
0.13
-13-