Sky 4K - Drone Prixton - Free user manual and instructions

USER MANUAL Sky 4K Prixton

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DRONE MINI

CONOZCA SU DRON

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① Carcasa superior

⑤ Brazo plegable

② Carcasa inferior

⑥ Batería

③ Hélice

⑦ Motor

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Line drawing of a four-bladed drone with four propellers (no text or symbols)

3. MONTAJE DE LAS PROTECCIONES

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Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols)

Mechanical assembly diagram showing a turning tool interacting with a rotating fan or propeller (no text or symbols visible)

Technical diagram of a vehicle air intake manifold with a red arrow indicating a component (no text or symbols present)

Mechanical assembly diagram showing a lever interacting with a multi-chamber battery pack (no text or symbols visible)

Diagram showing two connected devices with red connectors, no text or symbols present

NOTA:

Diagram of a Drones 3D controller with numbered ports and labeled buttons for signal processing.

Diagram of a device with two antennas and a screwdriver, showing a red circular arrow indicating rotation (no text or symbols present)

15V "AA" 15V "AA" 15V "AA"

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Top-down line drawing of a car front with no text or symbols

INICIAR EL VUELO

Technical line drawing of a device casing with circular components and a red arrow indicating a specific point (no text or symbols present)

Diagram of a drone with directional arrows indicating flight or movement (no text or symbols)

Diagram of a Drones device with labeled ports and directional arrows indicating control signals.

Diagram of a drone with labeled directional arrows and numbered parts, likely illustrating flight or movement directions.

NOTA:

Screenshot of a digital interface with circular icons and status bar, featuring two circular target windows over a coastal scene.

With a 2.4G frequency band for a long remote control distance, the drone allows multiple flights at the same time without any interference. Users can control it to fly, hover, and take photos/videos with the APP and WIFI connection on a smartphone

Technical diagram of a multi-rotor drone with numbered components for identification

① Upper Casing
⑤ Arm
② Lower Casing
⑥ Battery
③ Propeller
⑦ Motor
④ Protective Guard
⑧ Camera

ACCESSORIES

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DRONE x1 (Battery Included)

Remote Control x1

Backup Propellers x2

USB Charger x1

Screwdriver x1

User Manual x1

NOTES:

Please check the number of accessories carefully (as shown above). Please provide proof of purchase and contact the store for replacement of any missing parts.

OPTIONAL ACCESSORIES LIST

Two technical illustrations: one showing a rectangular electronic component with internal slots, the other displaying four U-shaped metal brackets (no text or symbols)

Battery

Protective Guard

NOTES:

If any of the above accessories are damaged during operation, you can contact the seller to purchase.

PRE-FLIGHT PREPARATION

1. FLIGHT ENVIRONMENT

Indoor : Spacious spaces away from barriers, crowds or pets are preferred.

Outdoor: Sunny, windless and breezy weathers are preferred.

Please keep the drone in sight during the flight and keep it away from barriers, high-tension cables, trees, and people.

Do not fly in extreme environments such as hotness, coldness, strong wind, or heavy rain.

2. OPEN THE WINGS

OPENING STEPS

① Open the front arm (close to the camera) Open the back arm
② Fold the back arm firstly and then the front arm when folding.

Diagram of a robotic device with red curved arrows indicating rotational motion (no text or symbols)

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Opening arm

3. ASSEMBLNG PROTECTIVE GUARD

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① Align the protective guard with the two holes below.

Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols)

② Press firmly on the arrow position.

4. ASSEMBLING PROPELLERS

A A

① Correspond the Propellers with the hex nuts of the crankshaft (The arm identification is consistent with the Propellers identification)

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② Tighten the screws clockwise.

5. BATTERY CHARGING FOR DRONE

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A. Remove the lithium battery from the bottom of the drone.

Mechanical assembly diagram showing a robotic arm interacting with a multi-chamber device (no text or symbols visible)

Diagram showing a device connected to a battery pack with red arrows indicating connection (no text or symbols present)

BATTERY INSTRUCTIONS

There is a certain risk when using lithium batteries.

NOTES:

LED lights turn red when charging and it will turn green when full charging completes. The charging time is about 150 minutes. The usage time is about 6 minutes.

It may cause fire, body injury, or property loss. Users must be aware of the risks and take full responsibility for using batteries improperly.

• If battery leakage occurs, please avoid contacting your eyes or skin with electrolytes. Once it happens, please wash your eyes with clean water and seek medical care immediately.
• Please remove the plug immediately if you sense any peculiar smell noise or smog.

Battery Charging

• Please use the charger from the original factory to ensure your safe usage.
• Do not charge the dilatant or outworn battery.
• Do not overcharge the battery. Please unplug the charger once fully charged.
• Do not charge the battery next to inflammable, such as carpet, timber floor, or wood furniture, or on the surface of electro-conductive objects. Please always keep an eye on the battery when charging.
• Do not charge battery which not cool down yet.
  • The charging temperature should be between 0°C to 40C

Battery Recycling

- Do not dispose of the battery as daily rubbish. Please familiarize yourself with the local garbage disposal method and dispose of it according to the special requirement.

KNOW YOUR REMOTE CONTROL

1. Parts of remote control

Diagram of a Drones 3D controller with labeled ports and wiring, showing front and side views with numbered labels.

① Antenna
② Left side fly fine-tuning
③ Left joystick
④ One-key Ascend
⑤ One-key Landing
⑥ Power switch
⑦ Backward fine-turning

⑧ Forward fine-tuning
⑨ Right joystick
⑩ Right side fly fine-tuning
⑪ Headless Mode
⑫ High/low speed
⑬ One-key Flips&Rolls
⑭ One-key calibration

LITHIUM BATTERY INSTRUCTION

1. Open the remote control battery cover

Diagram of a device with two antennas and a screwdriver, showing a red circular arrow indicating rotation (no text or symbols present)

1. Remote control battery installation

AA batteries 15V "AA" 15V "AA" 15V "AA"

Open the battery cover and insert the 3 AA batteries correctly according to the electrode instructions. (Batteries not included)

NOTES:

1. Make sure the battery are loaded correctly according to the polarity indications on the battery compartment.
2. Please do not mix old and new batteries together.
3. Please do not mix different types of batteries together.

SIGNAL CONNECTION OF TRANSMITTER AND RECEIVER

1. Turn on the drone and place it on a level surface, the indicator light of the transmitter and the LED of the drone flashing.
2. Push the throttle joystick to the highest point then push back to the lowest point, and when you hear two beeps, the indicator light of the transmitter and the LED of the drone become normally on, and the signal connection is completed.

TRANSMITTER CALIBRATION

Two technical diagrams showing a device with circular ports and directional arrows indicating motion or force (no text or symbols present)

Apply transmitter calibration when the drone fails to take off vertically. Press the "One button calibration" button when the lights of the drone are on and then start flashing and keep it on again, the calibration is complete, and the drone must be placed on a horizontal surface in a steady state when the calibrations are conducted.

Front view of a car chassis with a red arrow indicating downward motion (no text or symbols)

START YOUR FLIGHT

1. One-key Ascend

Press the "One-key Ascend" button, the drone blades rotate and automatically fly to a height of 1.5 meters.

Diagram of a device's front panel with circular buttons and a red arrow pointing to a button (no text or symbols)

2. Basic Flight

Use the left joystick to control the flight altitude and turn left/right, and the right joystick to control the forward, backward, left and right side flight directions.

Ascent Descent Turn Left Turn Right

Right joystick

Forward Backward Left Side Flight Right Side Flight

Flips & Rolls

When the drone is reaching more than 3 meters high, click "360° flips and rolls" and move the right joystick to a certain direction, the drone will rotate in that direction.

Right joystick

Flip to left Flip to right

Headless Mode

The flight direction of the drone is subjected to the direction of remote control.

1. When the drone adjusts the frequency, the drone is default to common mode. Then the indicator light of the drone is normally on. When you press the headless function key of the remote control, the remote control beeps once and enters a headless state. When you press the headless function key again, you listen to a long beep sound and the drone exits the headless mode.

2. In the headless state, the operator doesn't need to identify the direction of the nose but control the drone according to the operating level of the remote control.

Hover

When you release the left joystick (throttle) after the ascent/descent action, the drone will hover at a certain height.

Left joystick

Diagram showing a mechanical component with red directional arrows and a drone above its body, no text or symbols present.

FINE-TUNING FUNCTION

When deviating from course, click "Fine-tuning" for calibration until the drone is back to normal.

Diagram of a Drones device with labeled ports and directional arrows indicating movement or control points.

Forward/Backward Fine-tuning

Left/Right Side Fly Fine-tuning

Diagram of a drone with labeled directional arrows and numbered parts, likely illustrating flight or movement directions.

NOTES:

When the drone is within 30cm from the ground, it will be affected by the blade vortex made by itself and become unstable. This is the “ground effect”. The lower this drone is. The greater the effect will be.

FAQ

PROBLEMS	CAUSES	SOLUTIONS
Control failure	Not connect with the quadcopter battery.	Connect the quad-copter battery in right way.
	Too strong wind force.	Do not fly on windy days. The performance and the control of the quad-copter will be affected by the strong winds.
Fail to ascend	The rotation speed of main blades is too slow.	Push up the throttle joystick.
	The battery of the quadcopter is not fully charged.	Please full charge the quadcopter.
Landing too soon	The throttle stick is pulled down too fast.	Pull down the throttle stick slowly to perform a smooth landing.
Out of control	Beyond the effective controlling distance.	Ensure operation within the controllable distance : remote control of 100 meters and WIFI control of 40-50 meters.

Download and install mobile App

1. Search "RC FPV" in "app store" or "Google Play" to download and install.
2. Scan the QR code below to download and install.

Connection settings:

1. Connect the power supply of the module, and the indicator light starts to flash, which indicates that the mobile phone is waiting to be connected.
2. Open the mobile phone settings option, start WiFi, and search "WiFi_***" in the search list, click Connect until connected appears, which means the connection is successful.
3. Open the software and click the "Start" icon to enter the real-time image transmission interface.

Mobile camera interface screenshot showing two circular target windows over a coastal scene with UI icons and control buttons

RC FPV Function description

Media library Trajectory flight Videotape Photograph Return Gesture control Roll Vientiane model Throttle and rotation One click take off Spin fine tuning Switch Speed 30% Fixed height Correct Image flipping Control panel More features Music mode Split screen Zoom Fine tuning One click landing Spin fine tuning Emergency stop Gravity induction Side flight fine tuning Direction control

Warranty Policy

This product complies with the warranty law in force in the country of purchase. When you have a problem that you can not solve, you must access the web www.prixton.com and click on the contact option to send us your assistance form.

These technical and electrical specifications are those of typical units and may be changed without prior notice in order to provide improved equipment.

Simplified EU Declaration of Conformity

We, La Trastienda Digital located in Avenida Cervantes 49, módulo 25, Basauri 48970, Bizkaia hereby declare that the following goods, imported and selling at European market:

BRAND	MODEL DESCRIPTION		CATEGORY
PRIXTON	SKY 4K	DRONE MINI	LEISURE

Are in compliance with the EC Council Directive of 2014/53/EU (EM DIRECTIVE) and harmonized standards and with the board of the 16th of April 2014.

The complete text of the UE Declaration of conformity is available anytime at this website address:

www.prixton.com

LA TRASTIENDA DIGITAL

Note: The maximum RF power is 14 dB.

Note: The purpose of motor overheat protection is to take protective measures in the design, manufacture, installation and use of the motor. In the design, manufacture, installation and use of the motor. When the motor is operated under certain load and overheating conditions, it shall stop running. And it will return to normal when the temperature tends to be normal.

À PROPOS DE VOTRE DRONE

Technical diagram of a quadcopter drone with numbered parts for identification

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1 DRONE (Batterie incluse)

1 télécommande

2 hélices de rechange

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3. MONTAGE DES PROTECTIONS

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Mechanical assembly diagram showing a clamp mechanism with a red arrow indicating motion (no text or symbols)

Mechanical assembly diagram showing a rotating component with a red arrow indicating motion (no text or symbols)

Technical diagram of a vehicle air intake system with a red arrow indicating a component (no text or symbols present)

Mechanical assembly diagram showing a bracket with a red arrow pointing to a component (no text or symbols present)

Diagram showing a battery connected to a plug and its internal cable, with red arrows indicating connection (no text or symbols present)

REMARQUES :

Diagram of a Drones 3D controller with numbered ports and labeled buttons for signal or control.

Diagram of a device rear panel with a screwdriver and antenna, showing no text or symbols

1. Installation des piles AA

graph LR
    A["1.5V "AA""] --> B["Device with two antennas"]
    C["1.5V "AA""] --> B
    D["1.5V "AA""] --> B
    B --> E["Output"]

Diagram showing a device with five circular ports and a central power button, with a red downward arrow indicating action or reset.

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Front view diagram of a car with a red arrow indicating downward motion (no text or symbols)

COMMENCER LE VOL

REMARQUE :

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Top-down view of a quadcopter drone with four propellers and directional arrows (blue, red) indicating top, bottom, left, and right sides respectively)

Diagram of a drone with four propellers and directional arrows indicating flight or movement (no text or symbols)

Commande de droite

Filp gauche

Fulp droite

Diagram of a drone with directional arrows indicating flight or movement (no text or symbols)

FONCTION D'AJUSTEMENT PENDANT LE VOL

Diagram of a drone's front panel with labeled ports and red arrows indicating input/output points

Diagram of a drone with four propellers and directional arrows labeled ①, ②, ③ indicating orientation or movement.

REMARQUES :

Screenshot of a digital camera interface with circular status indicators and UI controls, featuring a coastal scene with two white circles highlighting 'STOP' buttons.

Technical diagram of a multi-rotor drone with numbered components for identification

① Involucro superiore

⑤ Braccio

② Involucro inferiore

⑥ Batteria

③ Elica

⑦ Motore

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DRONE x1 (Batteria Inclusa)

Telecomando x1

Mechanical component diagram showing a lever with red arrows indicating motion or force (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols present)

Mechanical assembly diagram showing a turning tool interacting with a rotating component (no text or symbols visible)

Technical line drawing of a mechanical component with a red arrow indicating a specific feature (no text or symbols present)

Mechanical assembly diagram showing a robotic arm interacting with a battery pack (no text or symbols visible)

Diagram showing two connected devices: a power adapter and a battery pack, with no visible text or symbols.

Line drawing of a four-bladed drone with four propellers (no text or symbols)

NOTE:

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Diagram of a car front view with numbered labels pointing to key components

Diagram of a device rear panel with screwdriver and antenna, showing internal components and red directional arrows (no text or symbols)

Batterie AA 3-pin "AA" 3-pin "AA" 3-pin "AA"

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Front view diagram of a car with a red arrow indicating downward motion (no text or symbols)

COMINCIARE A VOLARE

1. Tasto decollo

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2. Volo di base

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Flips & Rolls

Diagram showing a circular component with red arrows pointing upward and a drone-like structure with red arrows indicating motion or force (no text or symbols)

Diagram of a Drones device with labeled ports and red arrows indicating directional control points.

Diagram of a drone with four propellers and directional arrows labeled ①, ②, ③ indicating orientation or movement.

NOTE:

Screenshot of a digital interface with circular icons and UI controls, featuring a coastal scene with two white circles highlighting zones.

Technical diagram of a multi-rotor drone with numbered components for identification

① Oberes Gehäuse

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Top-down line drawing of a four-bladed drone with no text or symbols

Mechanical assembly diagram showing a clamp or bracket with red arrows indicating motion (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols)

Technical illustration of a mechanical assembly with a tool and red motion arrow (no text or symbols)

Mechanical component diagram showing a bracket with a red arrow indicating a specific part (no text or symbols present)

Mechanical assembly diagram showing a lever mechanism interacting with a multi-compartment battery pack (no text or symbols visible)

Diagram showing two connected devices: a battery and a battery pack, with no visible text or symbols.

ANMERKUNGEN:

Diagram of a drone's front panel with numbered labels pointing to key components

Diagram of a car front view with numbered labels pointing to key components

Diagram of a device rear panel with a screwdriver and red circular arrows indicating rotation (no text or symbols)

Technical diagram of a device's front panel with circular ports and a red arrow pointing to a button (no text or symbols present)

Flip to links Flip to rechts

Diagram showing a circular component with red arrows pointing upward and a drone-like structure with red arrows indicating motion or force (no text or symbols)

Diagram of a Drones device with labeled ports and red arrows indicating directional control points.

Diagram of a drone with labeled directional arrows and numbered parts, likely illustrating flight or navigation system.

ANMERKUNGEN:

Mobile app interface screenshot showing camera control icons and a coastal scene with circular target windows

Garantiepolitik

Technical diagram of a multi-rotor drone with numbered parts for identification

① Carcaça superior

⑤ Braço dobrável

② Carcaça inferior

⑥ Bateria

③ Hélice

⑦ Motor

Line drawing of a quadcopter drone with four propellers and a small human figure (no text or symbols)

DRONE x1 (Bateria incluída)

Comando de controlo remoto x1

Hélices de reserva x2

Cabo de carregamento x1

Chave de fendas x1

Manual do utilizador x1

Line drawing of a four-bladed drone with no text or symbols

3. MONTAGEM DAS PROTEÇÕES

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Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols present)

Mechanical assembly diagram showing a rotating component with a red arrow indicating motion (no text or symbols)

Technical diagram of a vehicle air intake manifold with a red arrow indicating a component (no text or symbols present)

Mechanical assembly diagram showing a robotic arm interacting with a battery pack (no text or symbols visible)

Diagram showing a connected device with a battery and cable, no text or symbols present

NOTAS:

Diagram of a Drones device with numbered ports and labeled connectors

Diagram of a car front panel with numbered labels pointing to key components

Diagram of a device with two antennas and a screwdriver, showing no text or symbols

15V "AA" 15V "AA" 15V "AA"

Two technical diagrams showing a device with circular ports and directional arrows indicating motion or force (no text or symbols present)

Front view line drawing of a car's front bumper with a red arrow indicating downward motion (no text or symbols)

INICIAR O VOO

Technical line drawing of a device's front panel with circular buttons and a red arrow pointing to a button (no text or symbols)

Two diagrams showing a circular mechanical component and a drone with red arrows indicating motion or force (no text or symbols)

Diagram of a Drones 4 controller with labeled ports and red directional arrows indicating input/output ports.

Diagram of a drone with four propellers and directional arrows indicating movement or force directions.

NOTAS:

Screenshot of a digital camera interface with icons for settings, navigation, and stop controls over a coastal scene.

Política de garantia

Technical diagram of a multi-rotor drone with numbered components for identification and assembly reference.

① Bovenbehuizing

⑤ Opvouwbare arm

② Onderbehuizing

⑥ Accu

③ Rotor

⑦ Motor

④ Rotorbescherming

⑧ Camera

ACCESSOIRES

Line drawing of a quadcopter drone with propellers and control arms (no text or symbols)

DRONE x1 (Accu inbegrepen)

Afstandsbediening x1

Reserverotor x2

Oplaadkabel x1

Schroevendraaier x1

Top-down line drawing of a quadcopter drone with four propellers (no text or symbols)

3.BESCHERMERS MONTEREN

Mechanical assembly diagram showing a clamping mechanism with red arrows indicating motion (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with a red arrow indicating motion direction (no text or symbols present)

Diagram of a mechanical assembly with a tool and rotating component (no text or symbols)

Technical line drawing of a vehicle air intake manifold with a red arrow indicating a component (no text or symbols present)

Mechanical assembly diagram showing a robotic arm interacting with a multi-chamber device (no text or symbols visible)

Simple line drawing of a battery connected to a plug and cable (no text or symbols)

OPMERKINGEN:

Diagram of a Drones hover with numbered ports and labeled buttons, showing front and side views.

Diagram of a device with a screwdriver inserted, showing a red circular arrow indicating rotation (no text or symbols present)

Two technical diagrams showing a device with circular components and directional arrows indicating motion or force (no text or symbols present)

Front view diagram of a car with a red arrow pointing to the side (no text or symbols)

VLUCHT BEGINNEN

Technical line drawing of a mechanical component with circular ports and a red arrow indicating a specific point (no text or symbols present)

Flip to links Flip to rechts

Diagram showing a circular component with red arrows pointing outward and a drone-like structure with concentric rings and directional arrows (no text or symbols)

FUNCTIE VLUCHTAANPASSING

Diagram of a Drones device with labeled ports and directional arrows indicating control or movement points.

Diagram of a drone with four propellers and directional arrows indicating movement or force directions.

OPMERKINGEN:

Screenshot of a digital camera interface with circular status indicators and UI controls, featuring a coastal scene with floating buttons and icons.

Garantie beleid