FOLDING DRONE USER MANUAL

FOR AGES 14+

REMOTE CONTROL FUNCTION DESCRIPTION

Description of the remote control's various buttons and joysticks:

Headless Mode
Speed Switch
Left-side fine-tuning
Rise
Descent
Gyro calibration
Rolling
Right-side fine-tuning
Forward fine-tuning
Backward fine-tuning
Direction control lever
Throttle lever
Phone clamp
Power switch

REMOTE CONTROL

UAV Detailed Parameters and Precautions for Use

Precautions: Do not use fast charge or high power charger.

Drone Weight: 93g
UAV Maximum Takeoff Mass (MTOM): 96g
Maximum Flying Speed: 3M/S
Drone Altitude: 20-30m
Equipment: Remote control / Software: WiFiCAM
Load Function: The drone has no load function.
Data Link Loss Behavior: When the data link is lost, the drone lands vertically on the ground.
Operation Restrictions: Avoid strong winds or thunderstorms. Fly within visual range at night.
Age Restriction: This aircraft is only suitable for personnel over 14 years old.
Flight Safety: Avoid airports, highways, train stations, subway stations, and densely populated urban areas.

Mobile Phone Rack Usage:

Pull out the mobile phone handle and clamp the mobile phone.

FLIGHT OPERATIONS

2.2 4G Frequency Alignment

Procedure:

Turn on the aircraft's power switch and place it on a flat ground with the indicator flashing.
Turn on the remote control's power switch.
Push the throttle lever to the highest position for 1 second, then pull it to the lowest position.
A "Di" sound from the remote and a continuous light on the aircraft indicator indicate successful frequency matching. The flight can begin.

Note: Frequency alignment must be completed before flight.

3. One-Button Take-off and One-Button Landing

The product's height is determined by a barometer. Minor altitude changes during flight due to environmental factors (temperature, etc.) or low voltage are normal.

Visual description: [Diagram showing drone ascending with "One-button lifting" label] and [Diagram showing drone descending with "One-button descent" label].

Note: This function must be operated after 2.4G alignment is completed.

5. Flight Control

Throttle (Left Rocker]

Description: Moving the left rocker up causes the drone to ascend (throttle up), and moving it down causes the drone to descend (throttle down).

Visual description: [Diagram showing left rocker up/down movement and corresponding drone ascent/descent].

Rotation (Left Rocker]

Description: Moving the left rocker left causes the drone to rotate counter-clockwise (yaw left), and moving it right causes the drone to rotate clockwise (yaw right).

Visual description: [Diagram showing left rocker left/right movement and corresponding drone rotation].

Forward and Backward (Right Rocker]

Description: Pushing the right rocker forward causes the drone to fly forward, and pulling it backward causes the drone to fly backward.

Visual description: [Diagram showing right rocker forward/backward movement and corresponding drone forward/backward flight].

Left and Right Side Flight (Right Rocker]

Description: Pushing the right rocker left causes the drone to fly sideways to the left (strafe left), and pushing it right causes the drone to fly sideways to the right (strafe right).

Visual description: [Diagram showing right rocker left/right movement and corresponding drone sideways flight].

REMOTE CONTROL AND AIRCRAFT BATTERY INSTALLATION AND CHARGING INSTRUCTIONS

1. Remote Control Battery Installation

Requires 3 AA batteries. Insert batteries correctly according to electrode instructions (+,-) of the battery box.

Visual description: [Diagram showing AA batteries being inserted into the remote control battery compartment].

2. Aircraft Battery Charging

Steps:

Remove the battery from the aircraft.
Connect the battery to the specific charging cable.
Insert the cable into a charging equipment (e.g., USB port of a computer).

Visual description: [Diagram showing UAV battery and USB charging cable].

Charging Time: Approximately 60 minutes.

Indicator Status: Lights up while charging, turns off when charging is complete.

3. Installation and Startup of Aircraft Battery

Insert the fully charged battery into the battery slot of the aircraft. Hold down the power switch until the aircraft lights up.

Visual description: [Diagram showing battery insertion into the drone and pressing the power button].

AIRCRAFT INSTALLATION

1. Folding Function

Description: The drone's arms can be folded for portability.

Visual description: [Diagram showing the drone in its unfolded state and then folded state].

2. Installation of Aircraft Blades

Install the propellers onto the correct support arms. Lock the screw after installing the propeller corresponding to the mark (A/B) on the propeller.

Visual description: [Diagram showing propeller installation with labels A and B on the drone arms and propellers].

DIRECTION DEFINITION AND MODE SELECTION OF HEADLESS MODE

When switching to headless mode, the aircraft ignores its own front/back/left/right directions. The forward direction is determined by the nose direction (the side with the camera) at the time of 2.4G frequency alignment.

Direction Definition Before Take-off:

Point the aircraft's forward direction (camera side) directly in front of you.
Turn on the remote control for 2.4G frequency alignment to complete the headless mode direction definition for this flight.

Entering/Exiting Headless Mode:

Press the headless mode button while flying. The remote controller will beep. The aircraft lights will flash quickly, indicating it has entered headless mode.

Press the headless mode button again. The remote controller will emit a "Di" and "Di" sound, exiting headless mode.

Note: Before entering headless mode, ensure the forward direction is correctly determined (the direction the aircraft is facing on the ground after startup).

HORIZONTAL CALIBRATION

If the aircraft cannot rise vertically during takeoff, horizontal calibration may be needed. Press the "One Key Correction" button. The aircraft indicator will flash quickly, and a solid light indicates correction is complete.

Note: Calibration must be performed when the aircraft is in a stable, horizontal state for optimal results.

Visual description: [Diagram showing the remote control with the "One Key Correction" button highlighted].

FINE-TUNING OPERATIONS

If the aircraft drifts or rotates, fine-tuning can stabilize its flight.

Drift Forward or Backward

Use the direction control to adjust. Push the rocker forward to correct backward drift, and pull backward to correct forward drift.

Visual description: [Diagram showing drone drifting forward/backward and remote control adjustments].

Drift Left or Right

Use the direction control to adjust. Push the rocker left to correct rightward drift, and push right to correct leftward drift.

Visual description: [Diagram showing drone drifting left/right and remote control adjustments].

SPEED SWITCH

The speed switch has three gears for forward, backward, and side flight. It defaults to Gear 1 upon power-on.

Pressing the remote control once results in two "Di" sounds for Gear 2.
Pressing again results in three "Di" sounds for Gear 3.
Pressing again returns to Gear 1 with one "Di" sound.

360° ROLLING

Implementation Steps:

Press the 360° rolling button. The remote controller will emit continuous "di" sounds.
Push the right rocker in the desired direction. The aircraft will perform a 360° flip in that direction.

Note: The 360° rolling function is automatically prohibited when the aircraft enters a low voltage state.

Visual description: [Diagram showing the remote control with the 360° rolling button and right rocker highlighted].

PROBLEM SOLVING GUIDELINES

Problem	Cause	Treatment Mode
Aircraft unresponsive after connecting battery, indicator light flashes continuously.	Aircraft and remote controller 2.4G frequency alignment was unsuccessful.	Please re-perform 2.4G alignment between aircraft and remote control.
No reaction after connecting the battery.	(1) Check if remote control or aircraft is powered on. (2) Check remote control or aircraft battery for low voltage. (3) Check battery polarity contact.	(1) Reinstall the battery. (2) Charge or replace batteries. (3) Confirm correct battery polarity installation.
When pushing the throttle lever, the motor does not rotate, and the aircraft indicator flashes continuously.	Aircraft battery is low.	Charge the battery or replace with a fully charged battery.
The propeller of the aircraft rotates but cannot take off.	(1) Propeller deformation. (2) Aircraft battery power is insufficient.	(1) Replace the propeller. (2) Charge the battery or replace with a fully charged battery.
The aircraft vibrates badly.	Propeller deformation.	Change propeller.
The aircraft always drifts in one direction.	The center point of the gyroscope on the aircraft is wrong.	Re-calibrate horizontally or reboot/re-align.
The aircraft lost its balance after falling.	The center point of the gyroscope on the aircraft is wrong.	Re-calibrate horizontally or reboot/re-align.

Note: Batteries of newly purchased products are often low voltage. Please charge the battery before use! ⚠️

FCC WARNING

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 the 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.

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 0cm between the radiator and your body.