Lander BAE HAWK Quick start guide

BAE HAWK
OPERATIONAL MANUAL

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Please read before operating this system!
W
e would like thank you for purchasing our new product –Bae Hawk
designed for the hobby enthusiast. Base on its full - scale counterpart,
this Great British Jet can finish loops, inverted flight and rolls and
other aerobatics easily. It is also made as a highly maneuverable
model for the intermediate to expert pilot. With the Bae Hawk model
which includes EDF set*, speed controller, electric servos, retractable
landing gear with front steering and full scale functional lighting
system. You will have joyful time in model flying.
Remarks:*
We have several different metal EDF sets for your selection.
1) Rclander 64mm metal EDF is a higher grade EDF set which is an
aluminum alloy material EDF more powerful output, efficient and
durability.
2) Please be noticed that all servo have been pre-set the center point
before out of factory. It maybe appeared some difference due to
difference brand mark radio control. Kindly make sure to do the
adjustment (special to pre-set the travel throw of gear servo up
to 110-115 %. ) with your own radio equipment before installation
this jet model.
4) From main wing edge to center around 72mm±2mm is the CG
point.
5) Please make sure to use a little piece of attached velco to secure
your LiPo battery for fixing on the battery bay before flying.
Specifications:
Wing Span :
750mm
Length:
860mm
Flying weight:
1.1kg
Servo:
9g×7pcs
Power system:
Brushless electrical metal ducted fan(3900kv/4300kv)
Thrust:
Up to 1.2kg
Function:
1) Retractable landing gear
2)Lighting system
ESC:
50A or above
Radio:
5CH or above
Battery:
Li-po 14.8V/4S-2200mAH or above

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Main Accessories
Main Fuselage
Main Wing Set
Horizontal Stabilizer
Vertical Stabilizer
Both Side Intake Set
EDF Cover Set
Rocker Tube
Canopy Set
Horizontal Stabilizer Mechanical Set
Lighting System Set
Full Set Retractable Landing Gear
Remarks: 1) Operational Manual (included)
2) 5 Min. epoxy set (included)
3) Y Cord X 3 pcs (included except ARF version)
4) Push rods for Elevator, Rudder, Aileron, and Retract Gear & Steering (included)
5) One plastic bag included Screws, Control Horns, Linkage Stoppers & ply wood of Battery compartment
And Receiver compartment

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Assembling the aircraft
01
1) Nose retract gear has been assembled by
factory.
02
1) Using epoxy to glue up the nose gear ply
wood on the related compartment and install
both of retract gear & steering servos on the
specific position then link up the push rob as
shown.
03
1) Using some double clear tape to fix the
nose gear plastic cover on the lower main
fuselage.

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04
1) Find out the horizontal stabilizer set and
mechanical set.
2) Using some epoxy to glue up both side
horizontal stabilizer on the mechanical set
first
05
1) Install both side horizontal stabilizer
on the main fuselage and using the
provided screws to lock up the
stopper as shown
06
1) Install the vertical stabilizer.

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07
1) Using some epoxy to glue on the
vertical stabilizer on the main fuselage.
08
1) Install the main retracts landing gear
on the main wing.
09
1) Using the attached screws to tight up the
main retract landing gear on the gear
bay square hard wood.
2) Using some double tape to fix the plastic
wheel cover set on the main wing.
3) Link up the push rob with the retract gear
servo (remind to adjust the TX gear
travel throw up to 110-115%)

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10
1)Install the aileron servos.
11
1) Using a Y cord to link up both servos cord
as shown.
12
1) Install both side of intake set

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13
1) Using epoxy to glue up both side intakes
set on the main fuselage.
14
1) Install the Rclander 64mm metal EDF set
with ESC.
15
1）Using the attached two pieces strong
double foam tape (pls cut out from two to
four pieces) to put on the EDF set bay first.

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16
1) Take some force to install the EDF set on
the bay as shown then use some hot melt
glue on the gap in order to strengthen the
tighten of the EDF on the bay of main
fuselage.
17
1) Using the attached clear pvc sheet and
two screws to tight up the ESC on the bay
of the main fuselage as shown.
18
1) Install those push robs of elevator and
rudder.

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19
1) Two 1.2mm wire push robs are the
elevator then 1.4mm wire push rob is for
rudder and link up the related control horn
as shown.
20
1) Connect both 1.2mm push robs with two
elevator servos (remind to take one
reverse operation direction servo for
elevator)
2) Connect the 1.4mm push rob with the
steering servo as shown.
21
1) Install the EDF cover set.

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22
1) Using the attached two 3X 18mm screw to
lock up the EDF set cover on the main
fuselage.
23
1) Install the battery & Receiver
compartment ply wood.
24
1) Double check the nose gear, steering and
elevator push rob with the related servos
are doing well before glue up the ply wood
as shown.

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25
1) Install the main canopy set.
26
1) The canopy set is used push in method
to install into main fuselage and pushes
down the front canopy with a click sound
once lock up.
2) Hand holds the front canopy and pull up
to open it for changing the battery or
doing any maintenance issue..
27
1) Using the provided two 4mm screws with
washers to install the main wing on the
main fuselage. Then the assembling is
done.

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Flight attention
Do not fly at any place where another same-frequency model is being operated.
Taking off:
Always take off toward the wind.
When launch Bae Hawk by hands, maximize the power (include the micro-adjuster) and run several
meters, then throw the Bae Hawk horizontally. When launch Bae Hawk on the ground, maximize the
power and let Bae Hawk accelerate in direction of the wind and keep it running straightly, after it run
more than 60 feet, then pull the elevator joy stick, and it will take off.
Flight:
To keep Bae Hawk flying only need 50% of the maximum power, it is a good idea to fly with power for
a while and glide for a while. In this way you can prolong the maximum flight time and familiarize
yourself with landing approaches.
Landing:
Before landing, switch off the power, fly along with the wind, and when Bae Hawk flies near to the
ground, then pull the elevator joystick and Bae Hawk will landing gently. With more practice, then you
could control the model easily.
Phenomenon
Problem
How to solve
Motor does not run
★Battery is not fully charged.
★The battery in the transmitter is not at full power.
★The circuit in Bre Hawk has been damaged due to
crash.
★Charge the battery.
★Install new dry cells.
★Contact the distributor.
Can not fly straightly
★The rudder is not on the center position.
★Adjust the rudder on the center position.
★Adjust the micro-adjuster on the
transmitter for the rudder on the suit
position.
Can not climb
★The battery is not fully charged.
★The elevator declines downward.
★Charge the battery.
★Adjust the micro-adjuster on the
transmitter.
Control distance is very
near
★The battery of transmitter is not at full power.
★The antenna of transmitter has not been completely
pulled out
★Install new dry cells.
★Completely pull out the antenna of
transmitter.