PROBLEM POSSIBLE CAUSE SOLUTION
Drone moves forward
during hover, even after trim
adjustment.
The drone was not level during
power up, or the elevator stick
was pushed for too long or too
short a time.
Shut down and restart the
drone.
Cannot fly the drone after a
crash.
The motor has been damaged
or a gear loosened.
Check the motor and gears
and tighten if necessary.
The drone is not controlled,
or is unable to power off, or
cannot fly using the normal
power supply.
Crashes may have damaged
the unit, or it has had a shortcircuit due to exposure to
water.
Open the charging port, pull
out the shorting cap, cut off
the power, and re-install.
Be sure the drone electronics
are dry.
When switching between air
and land/water mode, the
drone makes an unusual sound.
The rotor blade may be loose. Check the rotor blades and
ensure they are properly
installed.
REPLACING ROTORS
If a rotor becomes damaged, you can replace it.
To replace a rotor:
1. Remove the rotor's cap by turning it in the opposite direction of the arrow on the
rotor to be replaced.
2. Pull out the broken rotor and insert a new rotor marked with the SAME direction
arrow (clockwise/counterclockwise).
3. Screw the rotor cap back on by turning it in the direction of the arrow on the rotor.
16 17
CARE AND MAINTENANCE
• Clean with a soft, damp cloth.
• Do not use harsh cleaning agents.
• Check components regularly, such as the rotor blades, chassis, motors. If any
component is damaged or worn, do not use the drone until the component has been
repaired or replaced.
• Remove the Controller's batteries before storing.
• Store in a cool, dry location. Do not store in high temperatures or near a heat
source.
SPECIFICATIONS
Drone Size ........................................................................... Approx. 14.4 x 14.4 x 4.7 in (37 x 37 x 12 cm)
Drone Weight ...............................................................................................................................Approx. 1.2 lbs (544 g)
Controller Batteries .................................................................................................................................1.5V AA type (6)
Controller Operation Time .................................................................................................................Approx. 18 hours
Drone Battery .........................................................................................................7.4V 1200mAH Lithium-Polymer
Drone Operation Time ...............................................................................................................Approx. 6 - 7 minutes
Drone Battery Charge Time ...................................................................................................Approx. 120 minutes
Charger Input ...........................................................................................................................................................................220V
Charger Current ................................................................................................................................................................800mA
Charger Full Voltage ......................................................................................................................................8.4 +/- 0.03V