Ninja Dragon Phantom Z Manual

Important safety information

(1) The product is not a toy, but a sophisticated piece of equipment requiring knowledge of mechanics, electronics, aerodynamics, and high-frequency transmission. Proper assembly and commissioning are necessary to avoid accidents. The user must operate the product safely. Improper operation may cause serious personal injury or property damage. Ninja Dragon is not responsible for accidents due to improper assembly, use, or operation, as these factors cannot be controlled.

(2) This product is suitable for individuals with experience operating model aircraft, aged 14 years and older.

(3) The flight must take place at a legally designated remote control model flight site.

(4) Once the product is sold, Ninja Dragon will not be responsible for any safety issues arising from operation and use.

(5) For any operating or measuring problems, please contact local distributors who provide technical support and after-sales service.

Safety Precautions

Remote control model aircraft are high-risk goods and must be kept away from crowds during flight. Artificial assembly, body damage, or unfamiliarity with electronic controls and operation can lead to aircraft damage, personal injury, or unpredictable accidents. Pilots must prioritize safety and understand that they are responsible for accidents caused by their own negligence.

1. Away from obstacles and crowds: The flight of the remote control aircraft has uncertain speed and state, posing a potential risk. Fly away from people, high-rise buildings, and high-voltage wires. Avoid flying in wind, rain, thunderstorms, or other adverse weather conditions to ensure the safety of pilots, surrounding populations, and property.
2. Away from the damp environment: The interior of the aircraft contains sophisticated electronic components and mechanical parts. Prevent the aircraft from getting wet to avoid mechanical and electronic component failures.
3. Safe operation: Operate the remote control aircraft according to your own status and flight skills. Fatigue, poor spirit, or improper operation increase the probability of accidental risk.
4. Keep away from high-speed rotating parts: When the propeller is rotating at high speed, keep pilots, surrounding crowds, and objects away from the rotating parts to avoid danger and damage.
5. Keep away from heat: Remote control aircraft are composed of metal, fiber, plastic, and electronic components. Keep the aircraft away from heat sources to prevent drying, deformation, or damage caused by high temperatures.

The plant is made of lithium polymer battery (LiPo)

Lithium batteries differ from general batteries. They consist of a thin layer of paper wrapped around a chemical electrolyte, reducing weight but making them vulnerable to rough or inappropriate handling. Mishandling can cause fires or explosions.

• Do not charge the battery inside the model, as this may cause the battery to catch fire and damage the aircraft.
• If the product will not be used for one week or more, store the battery with a 50% charge to increase its lifespan. Charge the battery to full capacity only when ready for use.
• Please use the original professional charger to charge the battery.
• Do not charge the battery on a carpet to prevent fire.
• Lithium batteries stored for more than three months should be recharged to maintain their voltage and ensure their lifespan.

Remote control and aircraft battery installation and charging instructions

Remote control battery installation:

Install batteries into the remote control's battery compartment according to the electrode markings (+/-).

The aircraft battery is charged:

1. Connect the USB cable to a computer or USB port to charge the aircraft battery. The charging light will turn off when fully charged.
2. Connect the aircraft power supply: Insert the charged battery into the aircraft's battery holder and connect the battery plug to the power supply socket on the aircraft to power it on.

Aircraft installation

1. Folding function display:

To fold the drone, first fold the rear arms, then the front arms. To unfold, reverse the process.

2. Aircraft fan installation:

Install the propellers correctly. Propeller A should be installed on the upper left corner of the aircraft and the lower right corner of the arm. Propeller B should be installed on the upper right corner of the aircraft and the lower left corner of the arm. Align the propeller with the cone assembly and secure it with the screw.

3. Aircraft protection rack installation:

Attach the protective frames to the aircraft arm positions and fasten them.

Remote control function name

Diagram illustrating the remote control functions:

• Headless mode: Controls the drone relative to the pilot's position, not the drone's orientation.
• One-key-return: (Long press) Returns the drone to the pilot's position.
• High/low speed: Adjusts the drone's flight speed.
• Fine Tuning Strafe Right/Left: Adjusts sideways movement.
• Throttle lever: Controls ascent and descent.
• Direction lever: Controls forward, backward, and turning movements.
• A key take off: Automatically takes off the drone.
• A key landing: Automatically lands the drone.
• One Key Calibration: Calibrates the drone's sensors.
• 3D roll: Performs acrobatic rolls.
• ON/OFF Switch: Powers the remote control on and off.

Remote control

1. Mobile phone rack:

Pull out the remote control's lower bracket and clamp your phone.

2. 2.4G frequency:

Turn on the aircraft power switch. Place the aircraft on flat ground. The aircraft indicator light will flash. Turn on the remote control power. Push the throttle joystick to the highest position, then pull it to the lowest. A buzzer will sound. The aircraft indicator light will turn on, indicating successful frequency connection. The drone is ready for takeoff.

3. A key to start and a key landing:

Tip: The drone's altitude is determined by the barometer, which can be affected by environmental temperature and other factors. Automatic altitude stabilization may occur during flight or at low voltage. High and low altitude changes are normal.

A key take off: Initiates automatic takeoff.

A key landing: Initiates automatic landing.

Flight control

A. Throttle (left lever):

Pushing the left lever upwards makes the aircraft rise. Pushing it downwards makes the aircraft descend.

B. Forward and backward (right lever):

Pushing the right lever upwards moves the aircraft forward. Pushing it downwards moves the aircraft backward.

C. Left and right side fly:

Pushing the right lever to the left makes the plane fly left. Pushing it to the right makes the plane fly right.

D. Turn left and right:

Turning the left lever to the left turns the aircraft left. Turning it to the right turns the aircraft right.

5. Fine-tuning control:

Adjustments for forward/backward and left/right drift:

• Forward and backward fine tuning: If the drone drifts forward, adjust backward. If it drifts backward, adjust forward.
• Left and right side fine tuning: If the drone drifts left, adjust right. If it drifts right, adjust left.

Directional definition and mode selection of headless mode

When headless mode is activated, the drone disregards its own front and rear orientation and uses the remote control's orientation as a reference. Pushing the right lever forward will cause the aircraft to fly away from the remote control, and pulling it back will cause it to fly towards the remote control.

1. Direction of the aircraft before departure:

Define the forward direction of the aircraft before takeoff. With the camera facing forward, push the remote control's directional lever forward, then press the takeoff button. This completes the headless mode direction definition.

2. Headless mode activation/deactivation:

When flying in headless mode, the remote control will beep twice ('flute, flute'), and the aircraft lights will flash. To exit headless mode, press the remote control, and it will beep once ('flute') to confirm.

A key return

(Long press) Pressing the return button will cause the aircraft to disregard its own orientation and fly back towards the remote control's position. This function can only be activated automatically and cannot be manually controlled during flight.

Speed selection

The drone has three speed settings: slow, medium, and fast. The remote control defaults to slow speed. Pressing the remote control button twice issues a 'flute' 'flute' sound for medium speed. Pressing it three times issues a 'flute' 'flute' 'flute' sound for fast speed. A single 'flute' sound indicates a return to slow speed. (Recommended for beginners to start with slow speed).

One Key Calibration

Place the drone on a horizontal plane and press the calibration button to automatically correct the drone's sensors.

Aircraft settings reset

If the drone's flight becomes unstable and drifts rapidly after takeoff, use the gyroscope level correction function. Place the aircraft on a flat surface after frequency pairing. Simultaneously push the throttle lever and directional lever to the bottom right corner. A 'drop' sound will indicate that horizontal correction is complete, and the aircraft lights will shine steadily.

Emergency shutdown

1. In case of danger during flight, press and hold the roll button to immediately stop the aircraft. This function is intended for emergencies and may cause the aircraft to fall quickly if used at normal altitude.
2. If the aircraft tilts more than 45 degrees, it will automatically enter a protection mode and stop.
3. When using the APP, pull down the throttle and press the stop button simultaneously for an emergency stop.

Problem guide