AGPtek RG109MAX User manual

Operating instructions
Brushless EPS four-axis aerial photography UAV
AGE:14+
in order to ensure the electromagnetic environment requirements of aviation radio station (station), it is prohibited to use various model
remote controllers in the area with the center point of airport runway as the center point and the radius of 5000M. During the period
when the relevant departments of the state issue radio control orders and regional areas, the use of model remote controllers shall be
stopped as required. Please fly in warm, clear, windless weather. Do not fly in severe weather conditions such as overheating,
overheating, strong wind, rainstorm, etc. Please choose indoor or outdoor open area, and keep a safe distance from people, pets,
empty overhead wires and other obstacles. Make sure that no other uses the same frequency. Do not let the aircraft out of sight.
after the aircraft is started, please do not contact the high-speed rotating part of the aircraft and keep a distance from the high-speed
rotating propeller to avoid the risk of strangulation. (Including gears, rotors, etc.)
During and after the use of the aircraft, the battery and motor will generate high temperature. Please do not touch it to avoid the risk
of scalding.
do not look directly at the light beam of the LED to avoid affecting the eyes.
Safety precautions:
1
2
4.
4
Warm Tip: lt is suggested that beginners practice flying at low altitude in an open and unmanned place for
about 3 days, and then fly to high altitude after being familiar with flying
-1-
Product Name:Toy aircraft
RG109MAX

󾙓 󾙓
󾙔 󾙔
Pre-flight preparation
flight environment
indoor: Spacious space away from obstacles,
crowds or pets are preferred.
Please keep the UAV in line of sight and away
from obstacles, high-voltage cables, trees and
personnel during the flight.
Do not fly in extreme environments, such as
heat, cold, strong wind or heavy rain.
Outdoor: Sunny, windy and sunny weather
are preferred.
Fan blade B
Fan blade A
Subject
Power switch
Wifi camera
Boom
Electric machine
Blade replacement:
When flying, the fan blade A rotates clockwise,and the fan blade B rotates counterclockwise.
1.
2.
1. lmportant note
This product is not a toy, wrong use will cause damage.
Please follow the instructions before using this product. Do not disassemble the product yourself. Otherwise, the man facturer is not
responsible for any damage.
Warning: lt is necessary to fly in a safe area or away from others, and do not control the aircraft above a dense crowd. Due to the pilot’s
operation error or wireless interference in the operation process, accidents and failures are easy to cccur, and damage or injury to the
crowd is easy to occur.
Prohibition: Especially for indoor and outdoor fight, please keep away from obstacles This product is suitable for both indoor and
outdoor flight (wind strength not more than 4). Please choose a place that is free from obstacles, crowds and pets, passers-by, such as,
heating scurce, heat source, electric wires or electronic power source will not collide with the drone ,landing, entanglement, or cause fire,
electrocution and damage to life and property.
Warning: As this product is mainly suitable for people over 14 years old, it may be difficult to learn at first, we recommend you to ask an
experienced pilot for guidance.
2. Safety instructions
The fan blade to be replaced must be replaced corresponding to the relative position on the machine.
Fan blade A needs to be installed at position A, and fan blade B needs to be installed at position B.
lf fan blade is replaced incorrectly. it can not be controlled.
-2-

-3-
Remote control function key and name Description:
Instructions for remote control handle/mobile phone rack:
Remote control optional:
With LCD,
Without LCD
Note:
Note: Please follow the geomagnetic calibration steps for geomagnetic calibration and gyroscope calibration steps in outdoor
operation before taking off. Otherwise, it will cause the missing flight. (It is GPS mode after power on by default. We do not
need to press GPS button. The flight back light is constant ON without any flicker after searching 12 GPS signals and correct
calibration. It can de-block and take off.) The remote controller displays that GPS ON is startup status while GPS OFF is
shutdown status. (Note: It has return mode when default mode 1 is GPS mode. Mode 2 is optical flow mode with no low voltage
return, one key return and a series of GPS function. Please pay attention to the flight distance and height when using it.)
Note: For mobile phone control,
please refer to the supplied
camera manual mobile phone rack
FIG. 1 FIG. 2 FIG. 3
Lift the mobile phone rack in the middle of the remote controller upward (FIG.1), and stretch upward to
place the mobile phone (FIG. 2).
Remote control handle: Pull the bottom handle of the remote control down from the middle position and
rotate it into place(FIG. 3).
Geomagnetic indicator
Aerial Mobile phone rack
Power switch
Right control lever
One key return
Power indicator
GPS indicator
Charging indicator
Liquid crystal display
Left joystick
Geomagnetic calibration
GPS switch
Number of satellites
Velocity conversion
Remote control Electric quantity
Gimbal Camera
adjustment
Drone Electric quantity
Flying distance
Gyroscope calibration
reset
GPS switch
Flying height

-4-
Instructions for charging controller:
Instructions for charging drone lithium battery:
Pre-flight environmental requirements:
Charging
socket
Insert the charging plug of the charging wire into the charging socket of the remote controller, and then
connect the USB charger plug to the computer or mobile phone charger for charging. When charging,
the charging indicator lights up, and the indicator lights out after full charging. (Charging time is about 60
minutes)
Take out the UAV battery:Press on as shown in Figure 1,pull back and remove the battery upward.
Battery charging steps:
Note: If the charge indicator does not change during charging, this indicates that the battery is fully
charged and does not need to be recharged
Note: If the battery is plugged into the charger and the Android headlight on the battery is not on, no
recharging is required
Plug the USB Android head into the battery and plug
the USB charger Connect the computer or mobile
phone charger to charge. When charging, the Android
headlight on the battery lights up, and when fully
charged, the red light goes out.
(Charging time is about 180 minutes)
Please choose an open indoor or outdoor environment without rain and snow and wind force less than
Level 4 to fly. Please stay away from people, trees, electric wires, tall buildings, airports and signal
transmission towers when flying.

-5-
UAV flight tutorial:
Please put the UAV at the horizontal position and make sure that the blades are at the same horizontal height.
The remote controller will give a “Di” sound, the UVA light flickers quickly, the front light restores to be constant
ON and the rear light flickers slowly after we press the gyroscope calibration button on the remote controller
(Figure 1). It shows that calibration success when the remote controller gives a Di sound.
1.Drones to frequency
2.Gyroscope calibration operation
3.Geomagnetic calibration operation
4.Search for GPS signals:
Special note:
Put the drone on the horizontal ground, turn on the power supply, and then turn on the power
supply of the remote control. At this time, the light on the aircraft flashes rapidly, the light on
the remote control flashes, and the remote control and the drone automatically conduct frequency
synchronization. At this time, the rapid flashing of the front and rear indicator lights of the drone
turns into the long flashing of the front lights and the slow flashing of the rear lights, indicating
that the frequency synchronization is successful.
(after the second frequency alignment after calibration at the same position, the front light will be on for
long time and the rear light will flash slowly to directly enter the star search state).
FIG. 2
FIG.1
FIG. 3 FIG. 4
FIG. 5
Geomagnetism is easy to be interfered by other electronic equipment, which will cause the data abnormality and
affect flying. Please follow the geomagnetic calibration steps below for geomagnetic calibration before using each
time.
The remote gives a Di sound and UAV light flickers quickly after we press geomagnetic calibration
button (Figure 2) on the remote controller. Please hold the UAV on the hand and slowly rotate it for
3-5 circles clockwise in the horizontal position according to Figure 3 until the remote controller gives
a Di sound. At this time, we can slowly rotate the nosing clockwise for 3-5 circles in vertical position
(Figure 4) until the remote controller gives a Di sound. The UAV front light will be constant ON and
the rear light will flicker slowly. It shows the geomagnetic calibration success.
The UAV will start search GPS signal automatically after calibration success for about 1-3 minutes.
It shows that the star search is connected to GPS successfully after the remote controller gives a
Di sound. At this time, the rocking bar will first hit in the splayfoot direction and deblock the motor.
The rear left operation rod will be pushed upwards(Figure 5). The UAV will take off.
Please take the drone to an open area for calibration.
Please move the UAV to the open environment for use if it fails to search GPS signal or enough GPS
signal for a long time after calibration(The UAV is the center point. It cannot search enough GPS signal
if the surrounding environment is sheltered mostly.) Please pay attention to the rear light of the UAV
whether the star search is successful. It means star search success when the rear light is constant ON.
The longitude and latitude of each region are different,and new customers must calibrate onoe.For
example, the difference between Guangdong and Beijing is 28 degrees.Therefore, non-calibration shows
that forward and backward flight is not a straight line flight. Calibration is for the accuracy of the barometer's
height measurement.
1.
2.
3.

2. Camera angle adjustment
The angle of the camera can be
adjusted through the camera
adjustment knob (Figure 3) during
UAV flight. Knob right turn camera
angle decreases, knob left turn
camera angle increases
FIG. 2
-6-
Manipulation method
Operation description of remote control function:
When the left lever (accelerator) is pushed upwards, the
speed of the main wind blade increases and the aircraft
goes up.
When the left lever (accelerator) is pushed downward,
the speed of the main wind blade slows down and the
aircraft descends
When the left lever (rudder) is pushed to the left,
the aircraft head turns to the left, when pushed to
the right, and the head turns to the right.
When the right lever (rudder) is pushed up, the
aircraft goes forward.
When the right lever (rudder) is pushed down, the
aircraft goes backward.
When the right lever (rudder) is pushed to the right,
the aircraft flies to the right.
When the right lever (rudder) is pushed to the left,
the aircraft flies to the left.
Warning: When the Drone is 30 cm away from the ground, the Drone will become unstable due to the
influence of its own blade eddy current, which is called "ground effect reaction". When the height of the
Drone is lower, the effect of ground effect reaction is the largest.
The take-off speed gear of the UAV defaults to slow gear. When
the UAV flies in the air, the speed gear can be adjusted through
the knob (Figure 2). Rotate the speed knob to the right.The
remote controller "drops" twice indicates that it enters the second
gear. When the remote controller is rotated, the remote controller
"drops" three times indicates that it enters the third gear high-speed
mode. Otherwise, the left turn indicates that it enters the second
gear and the first gear low-speed.
1. speed gear adjustment
FIG. 1

-7-
Gyroscope calibration
3.One key return/signal break return/low voltage return
One-press for return End point
Starting point
One key return: We can press the one key return key (Figure 5) to start the UAV return in case of good
GPS signal (over 10 satellites). UVA will return to the take-off position in straight line and
land after startup. The remote controller will give a Di Di sound when UAV returns until
UAV lands or cancels flying for return. Its return process is consistent with break signal
return out of control. But the difference is that player can avoid the obstacles through the
rocking bar when the UAV returns and lands and the player can re-acquire the control right
after press the return key for return.
Break signal return: The flight control system will take over the control right of the UAV and control the
UAV for flight and stop at a place with signal when GPS signal is good (over 10 GPS
satellites), remote signal and APP signal are cut off for over 6 seconds after UAV
successfully records return points(star is connected to GPS before taking off) before
taking off.
Low voltage return: The indicator will flicker slowly in low voltage. At the same time, the remote controller
gives a prompt that the UAV automatically returns to 20m around the take-off point
(The UAV height and distance will be restricted to within 20m if it returns to the take-off
point in low voltage.)
FIG. 3
Resolution guide for common problems
Problems Causes Resolutions
Drone indicator is flashing
while not respond when
operating
1. Unsuccessful Drone
GPS souxing
2. Low power of Drone
1. Move the Drone to an empty place
to perform souxing again
2. Charging the battery
1. Low battery
2. Blade deformation
1. Charging the battery
2. Replacement of blade
Blade deformation Replacement of blade
1. Blade deformation
2. Poor motor
1. Replacement of blade
2. Replacement of motor
Triaxial acceleration sensor
overbalances due to impact
Make the Drone standstill for 5-10
seconds
Drone blades turn but
can't fly
The drone was badly shaken
Can't keep the drone steady
after fine-tuning to the bottom
After impact, uncontrolled
flying of Drone when start
again
Note: UAV will return to the take-off place in straight line but cannot avoid the obstacles (UAV will rise to
20 m in height and then return if the flight height is too low) in automatic return process. The UAV will be
forced to return in low voltage return status but cannot return when GPS signal is poor or GPS fails to work.

-8-
Accessories
paddle A/BUpper cover
Motor A/B
USB charging cable Remote control
Circuit board Battery
Lower lid

This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may
cause harmful interference to radio communications. However, there is no guarantee that interference
will not occur in a particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the user is
encouraged to try to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving antenna.
•Increase the separation between the equipment and receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
•Consult the dealer or an experienced radio/TV technician for help.
Caution: Any changes or modifications to this device not explicitly approved by manufacturer could
void your authority to operate this equipment.
This device complies with part 15 of the FCC Rules. Operation is subject to the following two
conditions: (1) This device may not cause harmful interference, and (2) this device must accept any
interference received, including interference that may cause undesired operation.
RF Exposure Information
The device has been evaluated to meet general RF exposure requirement. The device can be used in
portable exposure condition without restriction.
FCC Statement