VQ Model TOMHAWK Instruction Manual

Sport “ JET”
VQA023
SPECIFICATIONS
Wingspan 1372mm Electric Motor 870 Watt (PULSAR 60) Glow Engine 46 2-T Radio 4 Channel / 4 Servos
TECHNISCHE DATEN
Instruction manual /
Montageanleitung
RADIO CONTROL MODEL / RC FLUGMODELL
ALL BALSA, PLYWOOD CONSTRUCTION AND ALMOST READY TO FLY
WARNING! This radio controlled model is NOT a toy. If modified or flown carelessly it could go out of controll and cause serious human injury or property damage. Before flying your airplane, ensure the air field is spacious enough. Always fly it outdoors in safe areas and seek professional advice if you are unexperienced.
ACHTUNG! Dieses ferngesteuerte Modell ist KEIN Spielzeug! Es ist für fortgeschrittene Modellflugpiloten bestimmt, die ausreichende Erfahrung im Umgang mit derartigen Modellen besitzen Bei unsachgemäßer Verwendung kann hoher Personen- und/oder Sachschaden entstehen. Fragen Sie in einem Modellbauverein in Ihrer Nähe um professionelle Unterstützung, wenn Sie Hilfe im Bau und Betrieb benötigen. Der Zusammenbau dieses Modells ist durch die vielen Abbildungen selbsterklärend und ist für fortgeschrittene, erfahrene Modellbauer bestimmt.
1.5mm
A
B
!
CA
L/R
Assemble left and right sides the same way.
X
Drill holes using the stated
size of drill (in this case 1.5 mm Ø)
Use epoxy glue
Take particular care here
Hatched-in areas: remove covering film carefully
Not included. These parts must be
purchased separately
Check during assembly that these
parts move freely, without binding
Apply cyano glue
The pre-covered film on ARF kit may wrinkle due to variations of temperature. Smooth out as explained right. * Use an iron or heat gun. Start as low setting. Increase the setting if necsessary. If it is too high, you may damage the film
SILICON
EPOXY A
EPOXY B
CA
GLUE
Epoxy Glue ( 5 minute type)
Silicon sealer
Cyanoacrylate Glue
Minimum 4 channel radio for airplane with 4 servos
.60 ~.70 - 4 cycle
10.5x6 for .40 - 2 cycle engine 11x6 for .46 - 2 cycle engine 12x6 for .60 - 4 cycle engine 12x7 for .70 - 4 cycle engine 13x6 for Quantum 4120/05
Silicone tube
Extension for aileron servo, retract servo.
.46 ~ .50 - 2 cycle
REQUIRED FOR OPERATION (Purchase separately)
Epoxy Glue (30 minute type)
TOLLS REQUIRED
Hobby knife
Needle nose Pliers
Phillip screw driver
Awl
Scissors
Wire Cutters
(Purchase separately)
Hex Wrench
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Sander
Masking tape - Straight Edged Ruler - Pen or pencil - Rubbing alcohol - Drill and Assorted Drill Bits
Read through the manual before you begin, so you will have an overall idea of what to do.
Symbols used throughout this instruction manual, comprise:
(Purchase separately)
.Motor control x1 .Aileron x1 .Elevator x1 .Rudder x1
Quantum 4120/05 Brushless Motor or equivalent.
Phoenix-60 Brushless Motor Control
Li-Po Battery, 14.8V, 4000mAH, 80A
CONVERSION TABLE
1.0mm = 3/64”
1.5mm = 1/16”
2.0mm = 5/64”
2.5mm = 3/32”
3.0mm = 1/8”
4.0mm = 5/32”
5.0mm = 13/64”
6.0mm = 15/64”
10mm = 13/32” 12mm = 15/32” 15mm = 19/32” 20mm = 51/64”
25mm = 1” 30mm = 1-3/16” 45mm = 1-51/64”
BOTTOM VIEW
3/32”
BOTTOM VIEW
BOTTOM VIEW
Bend wire for smooth retracting
....X 8
3x10mm screw
1- RETRACT LANDING GEAR
2- RETRACT LANDING GEAR
3- RETRACT LANDING GEAR
11/64 in.(4.2mm) I.D collar
L/R
L/R
Steel clevis
(3x10) screw
Trial fit the push rod into the wing. Join the pushrod to the retract gear arm and trial fit the retract into the wing.
Be sure to adjust the stroke so that the landing gear locks in both up and down position.
7/8 in.
Attach the wheels on the main gear wries with 11/64 in. I.D wheel collars
WING BOTTOM
To retract servo arm
Retract push rod
............. 4
5/32” (4mm) collar
After checking that the retract works smoothly, fix the retract on the wing with 3x12mm self tapping screws. Do the same way with other half wing.
Put the nylon ring
Retract push rod Retract gear arm
2mm
X
A
B
A
B
BOTTOM VIEW
WARNING!: Securely glue together, if coming of during flights, you lose control of your plane which lead to accidents.
Trial fit each part before gluing . Be certain that there are no gaps. If the parts will join, but with a gaps, sand or trim the parts a little at a time until the parts meet exactly with no gaps.
Carefully slide the wing halves together, ensuring that they are accurately aligned, firmly press the two halves together, allowing the excess epoxy run out. Clean off the excess epoxy.
When joining the wing halves it is extremely important to use plenty of epoxy (30 minutes epoxy).
4- JOINING THE WING
BOTTOM VIEW
Ply gear mount plate
Square plastic
Main gear (left)
Main gear (right)
Gear mount (hard wood)
Plastic strap
3x10mm ....16
5- FIX GEAR
1
(1)
2
(2)
3
(3)
Plywood brace
Retract servo tray
Aileron servo tray
3x10mm self tapping screw
Plastic strap
Main landing gear
Gear mount (hard wood)
Ply gear mount plate
Square plastic
3x12mm self tapping screw
3x10mm self tapping screw
2mm
5/64”
Binder clip
Nylon wing bolt
Rubber band (both side)
BOTTOM VIEW
IMPORTANT:
Please do not clean off the excess epoxy on the wing with strong solvent or pure alcohol, only use kerosene to keep the colour of your model not fade.
Retract Push rod
Retract servo
Retract servo
Aileron servo
X
X
X
1.5mm
2 mm
20 ~ 24mm
WING - TOP VIEW
Included with the radio set
6- RETRACT - AILERON SERVO
RETRACTED
EXTENDED
Retract Push rod
Retract Push rod
Retract servo
Aileron servo
Aileron Push rod
Retract gear
Retract gear
7- INSTALLING THE LINKAGES
1.5mm
A
B
!
CA
L/R
Assemble left and right sides the same way.
X
Drill holes using the stated size of drill
(in this case 1.5 mm Ø)
Use epoxy glue
Take particular care here
Hatched-in areas: remove covering film carefully
Not included. These parts must be purchased separately
Check during assembly that these
parts move freely, without binding
Apply cyano glue
WING - TOP VIEW
Link the retract push rod to the retract servo. Be sure to adjust the stroke so that the landing gear locks in both up and down position.
With the retract and retract servo in the retracted position, mark the position where each of the pushrod will attach to the servo arm, a small piece of masking tape works well for this. Cut off the excess length each rod.
!
! Engine thrust on balk head is already adjust at factory
3x20mm screw
4x15mm screw
Washer.............4
Blind nut.......4
................4
..............4
Washer............4
Nut.............4
8- ENGINE MOUNT - NOSE GEAR MOUNT
Nose gear mount
Engine mount
FIRE WALL
1
2
3
4 - 5
Nose gear control horn
Nose gear mount
1-Secure attach the engine mount to the fire wall using the four 4x25mm screws 2-Cut away right side of the nose gear mount as show. 3-Secure attach the nose gear mount to the fire wall using the four 3x20mm screws. 4-Insert the Z-bend of nose gear pushrod into the hole on the nose gear control horn. 5-Insert the nose gear control horn into the nose gear mount. 6-Slide the nose gear into the nose gear mount.
! Align the mark on both mounts with the mark on the fire wall
FRONT-VIEW
9- NOSE RETRACT LANDING GEAR
FRONT-VIEW
FIRE WALL
Link the pushrod with retract arm servo
Link the pushrod with rudder arm servo
1/4 in. (6mm) thick plywood
Nose retract landing gear mount
X X
X
6
5mm
13/64”
11- FUEL TANK
After confirming the direction . Insert this assembly, clunk end first, into the fuel tank and tighten and screw the fuel tank cap on firmly
3x30 mm screw
5/32 in. (4mm)
X
To muffler
Filler tube
To engine
Rubber stopper
Cap
Stopper
X
6.5
FUSELAGE TOP-VIEW
FUSELAGE FRONT-VIEW
Silencer
10- ENGINE (2 CYCLE)
A=4-9/32” ~ 4-23/64” (108~110mm)
14- HORIZONTAL STABILIZER
Trial fit the horizontal stabilizer in place on the fuselage. Check the alignment of the horizontal stabilizer by measuring from a fixed point along the center line of the fuselage to the leading edge on each side of the horizontal stabilizer. The distance must be equal on both sides.
Using the pencil trace around the top and bottom of the stabilizer where it meets the fuselage.
Remove the horizontal stabilizer from the fuse­ lage. Remove the covering material from over both the precut elevator servo and rudder torque rod holes and from the gluing surfaces on both the top and bottom of the horizontal stabilizer.
A
A’
B
B’
T pin
A = A’ B = B’
12- HORIZONTAL STABILIZER
Cut away only the covering both the top and bottom side
13- HORIZONTAL STABILIZER
NOTE: Do not glue the horizontal stabilizer into the fuselage at this time.
Cut two 7/8” (22mm) long slots along the hinge line in the trailing edge of the horizontal stabilizer for the two elevator torque rod bearings. Position one slot on each side of the horizontal stabilizer, 1”(25mm) out from the centerline.
Test-fit the two elevator torque rods into the slot, marking sure that the threaded portion of each torque rod is toward the bottom of the horizontal stabilizer.
NOTE: You may need to open up the slots so that the torque rod bearing are not too difficult to push in
Cut away the covering material from over the precut elevator torque rod mounting slot in each elevator half. Drill a 1/8”(3mm) diameter hole in each torque rod mounting slot, marking sure that you drill the hole perpendicular to the leading edge of the elevator half. Position each hole 1-3/16” (30mm) out from the edge of the elevator half.
Thread one nylon adjustable control horn onto the end of each elevator torque rod, making sure that the adjustable control horn face forward. Test-fit one torque rod into each elevator half. Each torque rod should fit firmly in the precut groove and the outer surface of the torque rods should be nearly flush with the leading edge of the elevator halves. When satisfied with the fit and alignment, remove the torque rods and set them aside for now.
=1-3/16”(30mm)
A
A
1/8 in.
3mm
Slide the horizontal stabilizer partially into the fuselage, marking sure that the top of the ho­rizontal stabilizer is toward the top of the fuse­lage.
Apply a thin layer of petroleum jelly to only the pivot point of the torque rod bearing, then slide the adjustable control horn through the side of the fuselage and glue the torque rod bearing into the slot you cut previously in the horizontal stabilizer, using a thin layer of 5 minute epoxy.
A
B
After the epoxy sets up. Pull the horizontal stabi­lizer through the other side of the fuselage and repeat the previous procedures to glue the second torque rod wire into the horizontal stabilizer.
Realign the horizontal stabilizer, then glue the horizontal stabilizer into the fuselage, using a generous amount of thin CA. Apply thin CA to each of the four joints and use a generous amount to ensure to strong bond.
The elevator hinges are preglue into the elevator halves. Working with one elevator half for now, apply a thin layer of petroleum jelly to only the pivot point of the two hinges.
Slide a small piece of waxed paper between the torque rod and the horizontal stabilizer to prevent gluing the torque rod solid.
CA
Without using glue yet, push the elevator half and its hinges into the hinge slots in the trailing edge of the horizontal stabilizer, marking sure that the torque rod is firmly seated in the slot in the elevator half. There should be a minimal hinge gap and the end of the elevator half should not rub against the horizontal stabilizer.
When satisfied with the fit and alignment, hinge the elevator half to the horizontal stabilizer, using 5 minute epoxy. Make sure to apply a thin layer of epoxy to the top and bottom of both hinges and to the inside the torque rod mounting slot and to the end of the torque rod itself. Repeat the previous procedures to hinge the second elevator half to the other side of the horizontal stabilizer.
15- HORIZONTAL STABILIZER
16- HORIZONTAL STABILIZER
17- ELEVATOR
A
B
18- VERTICAL STABILIZER
Rudder torque rod (long piece)
Rudder push rod
CA
Slide the rudder torque rod into the fuselage.
Link the rudder torque rod with the rudder push rod.
Remove the covering material from over both side of the vertical stabilizer where it meet the fuselage.
Cut away the covering material from over the precut rudder hinge and rudder torque rod mounting slot.
Realign the vertical stabilizer , ensure that the vertical stabilizer is perpendicular to the horizontal stabilizer. Then glue the vertical stabilizer into the fuselage, using a generous amount of thin CA. Apply thin CA to each of the two joints and use a generous amount to ensure to strong bond. Apply a thin layer of petroleum jelly to only the pivot point of the torque rod bearing.
Glue the rudder torque rod bearing into the slot you cut previously in the vertical stabilizer, using a thin layer of 5 minute epoxy.
19- VERTICAL STABILIZER
20- RUDDER
Without using glue yet, push the rudder and its hinges into the hinge slots in the trailing edge of the vertical stabilizer. There should be a minimal hinge gap and the end of the rudder should not rub against the vertical stabilizer.
When satisfied with the alignment, mark the mounting hole position, where the rudder torque rod meets the rudder with a pencil.
Remove the rudder and drill a 1/8”(3mm) diameter hole in torque rod mounting slot, making sure that you drill the hole perpendicular to the leading edge of the rudder.
CA
NOTE: You may need to open up the slots so that the torque rod bearing are not too difficult to push in.
Cut away the covering material from over the precut rudder torque rod mounting slot.
1/8 in.
3mm
Cut away only the covering material
A
B
Cut away only the covering material
Rudder servo (not include)
To nose gear horn
To engine
To nose retract
Rudder push rod
Cut away the cowl to clear the engine head
3/32” (2~3mm)
Spinner
FUSELAGE - BOTTOM VIEW
Throttle servo (not include)
Retract servo (not include)
2.5x10mm self tapping screw
Connector
Elevator servo (not include)
FUSELAGE - BOTTOM VIEW
Elevator control horn
21- LINKAGES
Rudder push rod
Rudder control horn
22- LINKAGES
23- COWLING
1.5mm
1/16”
2.5x10mm.....4
25-CANOPY
Secure the canopy in place using the six 2x5mm self tapping screws included the hardware bag.
CA
26- BATTERY
Battery pack
Securely attach the battery. If coming off during flights, you lose control of your plane which leads to accidents.
2x5mm screw
...............6
BOTTOM VIEW
24- MAIN WING
Plastic cover
CA
6x45mm nylon screw
1/4 in.
6.3mm
Attach the hatch in place and secure it with four 3x10mm self tapping screws.
3x10mm screw
...............4
3/64”
1mm
5/64”
2mm
Apply CA glue into the screwed hole to make reinforcement.
28- CONTROL SURFACE THROW SETTING
CG
WARNING ! Securely install the receiver and power pack, ensuring they will not come loose or rattle during flight. If necessary, add weight to either the tail or nose until the correct balance is achieved. Never fly before checking the Cg’s required position.
In order to obtain the CG specified, reposition the receiver and power pack
5-11/16”(144mm)
5~8mm
30mm
AILERON STROKE ELEVATOR STROKE
RUDDER STROKE
8~10mm
5~8mm
8~10mm
30mm
29- BALANCE
WING CENTER SECTION
27- RECEIVER
FUSELAGE - BOTTOM VIEW
Receiver
BEFORE FLYING CHECK EVERYTHING Before each flight, inspect the airplane for any loose parts. Check the hinges, make sure the pushrods are still firmly attached, and check the engine mounting bolts. In general, check everything on the plane that might possibly come loose.
CHECK THE FREQUENCE BEFORE FLYING
DO NOT FLY NEAR A POWER LINE The power lines cause radio interference, so avoid flying near them.
Adjust the engine always from behind, but never from infront or the sides as rotating propeller may badly injure you! Do not allow watching people to get too close to a rotating propeller.
Ensure the spinner and propeller are securely attached. Immediately disure defective propeller as well as deformed spinners.
Warning!
IMPORTANT:
Please do not clean your model with pure alcohol, only use liquid soap with water or use glass­cleaner to clean on surface of your model to keep the colour not fade.
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