X-bee drone 2.2 - Drone Overmax - Free user manual and instructions

Product Type	Drone
Brand	Overmax
Model	X-bee drone 2.2
Intended Use	Indoor and outdoor
Age Recommendation	14 years and above
Drone Battery Type	Rechargeable lithium-polymer (Li-Poly)
Drone Battery Capacity	3.4V 350mAh
Flight Time	Up to 10 minutes
Charging Time	Approximately 60 minutes
Controller Battery Type	4 AA batteries (non-rechargeable)
Controller Operation Time	Approximately 18 hours
Speed Modes	3 modes: Slow, Normal, Fast (with 3D flip mode)
Special Features	360-degree flips, LED lights, auto-calibration
Charging Current	0.5A
Maximum Charging Voltage	4.2V ± 0.03V
Frequency Band	2.4 GHz (EN 300 328)
Propeller Replacement	Yes, user-replaceable (requires screwdriver)
Safety Features	Low battery warning, auto-calibration, adult supervision required for charging

Frequently Asked Questions - X-bee drone 2.2 Overmax

What is the maximum flight time of the Overmax X-bee drone 2.2?

The drone can fly up to 10 minutes on a full charge.

How long does it take to charge the drone battery?

Charging time is approximately 60 minutes using the included charger.

What batteries does the controller require?

The controller needs 4 AA batteries (non-rechargeable). Do not mix different battery types.

How do I synchronize the transmitter and receiver?

Follow these steps: 1) Move throttle stick to lowest position. 2) Turn on controller. 3) Connect drone battery. 4) Place drone on flat surface. 5) Move throttle stick forward and backward until you hear a beep. The LEDs will glow steadily.

How do I perform 360-degree flips?

Press the speed mode button three times to enter 3D flip mode (three beeps). Then move the direction stick forward, backward, left, or right to flip the drone in that direction. Press the speed mode button again to exit.

What are the speed modes and how do I switch?

Press the flight speed button to cycle through: Mode 1 (slow, one beep), Mode 2 (normal, two beeps), Mode 3 (fast/3D flip, three beeps).

How do I calibrate the drone if it drifts?

Use the trim buttons: Left/Right rotation calibration, Left/Right migration calibration, Forward/Backward migration calibration, and Throttle calibration buttons on the controller.

Can I use the drone in rainy weather?

No, the drone and controller are not waterproof. Do not operate or expose to rain or moisture. Keep away from water.

What should I do with old batteries?

Dispose of used batteries according to local regulations in special recycle spots. Do not throw in household trash.

How do I replace a propeller?

Use a screwdriver to remove the damaged propeller, then attach the new one following the indicated rotation direction (see manual for diagram).

USER MANUAL X-bee drone 2.2 Overmax

** The product is designed for people aged 14 and up**● We suggest those, who are just getting started to operate drones, to contact a person with more experience in this field. The users under 18 years of age can operate the product under adult supervision only.● The purpose of the safety notes is to protect both the product and its users as well as bystanders and their property.● Improper operation of the product can cause injuries and property damage.

SPECIALLY DESIGNED FOR INDOOR AND OUTDOOR USE● The product has been designed in a way so that it can be used both indoors and outdoors.Before using the product, make sure that the area you chose is free from obstacles. Also, when operating the product always keep a safe distance from people and animals.● Do not operate the product near power lines.

PREVENT THE PRODUCT FROM GETTING WETBoth the drone and the controller are composed of many precision electronic components. Therefore, they must be prevented from getting wet. Exposure to water or moisture in any form can cause their malfunction or damage.DO NOT OPERATE OR EXPOSE THE PRODUCT TO RAIN OR MOISTURE

BATTERY INSTRUCTIONSTo avoid a potential fire hazard, please do not short circuit, puncture or reverse the polarity of batteries. Battery charging should always be done under adult supervision, and at a location out of the reach of children.● DO NOT MIX NI-CAD AND ALKALINE BATTERIES

SAFETY NOTES FOR NI-MH BATTERIES● Make sure the batteries are properly installed observing correct polarity (+ -).DO NOT MIX NI-CAD AND ALKALINE BATTERIES● If you plan not to use the quadcopter for extended period of time, remove the batteries from the controller to avoid their leakage, which may damage the transmitter.PLEASE DISPOSE USED BATTERIES ACCORDING TO LOCAL REGULATIONS IN SPECIAL RECYCLE SPOTS.

SAFETY NOTES FOR LI-POLYMER BATTERIES● Li-Polymer batteries have higher operational risks when compared to ones of other types. Therefore, using them, it is imperative to follow proper operational guidelines. The manufacturer and dealers assume no liability for any damage caused by improper usage.In order to avoid potential fire or explosion do not use any other charger except the one included with the product. DO NOT crush, disassemble, burn, or reverse the polarity of the batteries.To avoid short circuits, do not allow the metal parts to touch the battery terminals. NEVER PUNCTURE BATTERIES, OTHERWISE IT COULD CAUSE POTENTIAL FIRE HAZARD.● Battery charging should always be done under adult supervision, and at a location out of the reach of children.● In case of unnatural excessive heating of the batteries please stop using or charging them immediately.Otherwise, it may cause their swelling, deformation or explosion thereby increasing the risk of fire.**PLEASE DISPOSE USED BATTERIES ACCORDING TO LOCAL REGULATIONS IN SPECIAL RECYCLE SPOTS. DO NOT DISPOSE OF OLD BATTERIES IN THE HOUSEHOLD TRASHDO NOT CHARGE BATTERIES OVERNIGHT

KEEP AWAY FROM HEATR/C models are made from various forms of plastic that is very susceptible to damage or deformation due to extremely high and low temperatures. Therefore, the product should not be used or stored in places where it would be exposed to extreme temperatures.

OBTAIN THE ASSISTANCE OF AN EXPERIENCED PILOT Although the product can be treated as a toy, it is not intended for those under fourteen years of age. Those, who are inexperienced in piloting remote-controlled drones must know that there will be a slight learning curve until you become a skilled pilot. In order to make it easier to gain this skill we recommend exercises under the supervision of professional drone pilots.

2. CONTROLLER (TRANSMITTER) DIAGRAM

3. CONTROLLER (TRANSMITTER) BATTERY INSTALLATION

Use a screwdriver to open the battery cover.

Place 4 AA batteries in the battery compartment. Make sure the batteries are properly installed according to correct polarity (+ -). DO NOT MIX THE BATTERIES OF DIFFERENT TYPES

4. BATTERY CHARGING

Electrical setup with cable, plug, and power outlet (no text or symbols visible)

Use the included charger to charge the battery of the drone.

** Use ONLY the supplied charger for charging.

Battery charging should always be done under adult supervision.

LED indicator

Red - off	Red - on
Charging completed	Charging...

Charger specifications

Input	Charging current	Maximum voltage
5V	0.5A	4.2 ± 0.03V

Battery usage and charge duration reference

Battery type	Battery specification	Single charge working time	Charging time
Rechargeable lithium - polymer battery (Li - Poly)	3.4V 350mAh	Drone flight time: up to 10 minutes	About 60 minutes (charging current approx. 0.5 A)
Zinc - carbon battery (Non rechargeable)	1.5V (GP 15G R4P)	Controller (transmitter) operation time: 18 hours	Non rechargeable (do not charge)

5. TRANSMITTER AND RECEIVER SYNCHRONIZATION

Step 1

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Move the throttle stick to the lowest position.

Step 2

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Turn the controller on.

Step 3

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Place the battery in the drone's battery compartment and connect the battery plug with the drone's one. The LED lights will start to glow.

Step 4

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Place the drone on a flat and even surface.

Step 5

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Move the throttle stick forward, and then backward. The controller emits the sound indicating that the connection with the drone has been established. The LEDs start to glow steadily indicating that X-Bee Drone 2.2 is ready to fly.

Auto-calibration

Switch the speed mode to "fast" (Mode 3). Place the drone on a flat and even surface. Move both sticks to the lower left corner positions, as shown in the picture. Hold these positions for 10 seconds. The drone's LEDs will blink several times, then they will start to glow steadily. Now, you can release the sticks - the drone is ready to fly.

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6. FLIGHT CONTROL

Flying up / down

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Move the throttle stick forward to fly the drone up.

Move the throttle stick backward to fly the drone down.

Rotating left/right	Move the throttle stick left / right to rotate the drone in a given direction.
Flying left/right	Move the direction control stick left / right to fly the drone in a given direction.
Flying forward and backward	Move the direction control stick forward / backward to fly the drone in a given direction.
Left/right rotate calibration	Press the "Left rotation" key if the drone automatically rotates clockwise. Press the "Right rotation" key if the drone automatically rotates counterclockwise.
Left/right migration calibration[XYYYW]	Press the "Left migration" key if the drone automatically migrates to the right. Press the "Right migration" key if the drone automatically migrates to the left.
Forward/backward migration calibration	Press the "Forward migration" key if the drone automatically migrates backwards. Press the "Backward migration" key if the drone automatically migrates forwards.
Throttle calibration	Press the "Throttle up" key if the drone automatically flies down. Press the "Throttle down" key if the drone automatically flies up.

360-degree stunts

Press the Speed mode button three times. The controller emits three beep sounds indicating that the drone is in 3D flip mode.

When in 3D flip mode, move the direction stick forward, backward, left or right to flip the drone in the chosen direction.

Press the Speed mode button once again to go back to the normal control mode.

Note: Before you start doing stunts make sure that there is enough space in the area.

360-degree flip to the left	360-degree flip to the right
360-degree backward flip	360-degree forward flip

Speed modes

The device supports three flight speed modes. Press the flight speed button to switch between slow, normal and fast mode. The current speed mode is indicated by a number of the beep sounds. Mode 1 - slow mode - one beep; Mode 2 - fast mode - two beeps; Mode 3 - 3D flip mode - three beeps.

MODE4

In order to switch your drone to MODE4, press and hold the LED lights button for 3 seconds. The controller emits a beep sound to confirm the operation.

If you want to switch your drone back to the normal control mode, press the same button again and hold it for 3 seconds until you hear a beep sound.

Move the throttle stick forward to fly the drone up. Move the throttle stick backward to fly the drone down.
Move the direction control stick forward / backward to fly the drone in a given direction.
Move the throttle stick left / right to fly the drone in a given direction.
Move the direction control stick left / right to rotate the drone in a given direction.

7. PROPELLER REPLACEMENT

Use a screwdriver to remove the propeller, then attach the new one according to the following schedule:

Polski

1. INFORMACJE ODNOŚNIE BEZPIECZEŃSTWA UŻYTKOWANIA

4. ŁADOWANIE AKUMULATORÓW

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Technical line drawing of a mechanical device with dual circular components and a central component (no text or symbols)

Włącz kontroler

Krok 3

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Line drawing of a quadcopter drone with two propellers and a circular head (no text or symbols)

Top-down line drawing of a remote control device with buttons and ports (no text or symbols)

6. KONTROLA LOTU

4. NABÍJENÍ BATERIE

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Technical line drawing of a mechanical device with dual circular components and a central indicator (no text or symbols)

Zapněte kontrolér.

Krok 3

Pure electrical circuit lines without any symbols

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

Top-down schematic of a vehicle dashboard with directional arrows indicating movement or force (no text or symbols)

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6. OVLÁDÁNÍ LETU

Let nahoru a dolů

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Slovenský

1. BEZPEČNOSTNÉ POZNÁMKY

4. NABÍJANIE BATÉRIE

Top-down line drawing of a mechanical device with labeled ports and a black arrow pointing to a component (no text or symbols present)

Technical line drawing of a mechanical device with dual circular components and a central component (no text or symbols)

Zapnite ovládač.

Krok 3

Pure electrical circuit lines without any symbols

Batériu vložte do priestoru pre batérie dronu a prepojte zástrčku batérie so zástrčkou dronu. LED začnú svietit'.

Krok 4

Line drawing of a quadcopter drone with two propellers and a circular head (no text or symbols)

Umiestnite dron na plochý povrch.

Krok 5

Top-down schematic of a vehicle's front and rear dashboard showing directional arrows and component layout (no text or labels)

Line drawing of a 3D remote control device with dual motors and control buttons (no text or symbols)

6. OVLÁDANIE LETU

Let nahor a nadol

Diagram of a drone's internal components and directional arrows, showing top-down and side-view views (no text or symbols)

Romana

1. NOTE DE SIGURANTA

4. INCARCAREA BATERIILOR

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Mutati stick-ul de acceleratie la cea mai joasa pozitie.

Pasul 2

Technical line drawing of a mechanical device with dual motors and a central component (no text or symbols)

Porniti controlorul.

Pasul 3

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6. CONTROLUL ZBORULUI

Zburand in sus/jos

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Magyar

1. BIZTONÁSIG FIGYELMEZTETÉSEK

4. ELEMEK TÖLTÉSE

Line drawing of a mechanical device with control panel and adjustment knob (no text or symbols)

Technical line drawing of a mechanical device with dual circular components and a central component (no text or symbols)

Pure electrical circuit lines without any symbols

Line drawing of a quadcopter drone with two propellers and a circular head (no text or symbols)

Top-down schematic of a vehicle's front and rear dashboard showing directional arrows and component layout (no text or labels)

Top-down line drawing of a remote control device with buttons and ports (no text or symbols)

Line drawing of a mechanical device with no visible text or symbols

Diagram of a mechanical or structural component with an upward arrow and downward arrow indicating force or direction (no text or symbols present)

Eesti

1. TURVALISUS

4. AKU LAADIMINE

Line drawing of a mechanical device with control knobs and a downward arrow indicating a component (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Lülita kontroller sisse.

1. samm
   

Pure electrical circuit lines without any symbols

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

Aseta droon tasasele pinnale.

1. samm
   

Top-down schematic of a vehicle's front and rear dashboard showing directional arrows and component layout (no text or labels)

Line drawing of a multi-rotor control device with no visible text or symbols

6. LENNU JUHTIMINE

Ules/alla lendamine

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Diagram of a drone with two wings and a central body, showing upward and downward motion arrows (no text or symbols)

Declaration of Conformity

Product details

For the following

Product: Drone

Model(s) : OV-X-Bee Drone 2.2

Declaration & Applicable standards

We, Overmax Polska Sp. z o.o. Sp. K., hereby declare under our sole responsibility that the of the above referenced product complies the following directives:

R&TTE Directive	1999/5/EC
EMC Directive	2004/108/EC
Low Voltage Directive	2006/95/EC
RoHS Directive	2011/65/EU

The following harmonized standards have been applied:

Safety and Health:

EN 62479: 2010

EN 60950-1: 2006+A11: 2009+A1: 2010+A12: 2011+A2: 2013

EMC:

EN 301 489-1 V 1.9.2 (2011-09)

EN 301 489-17 V 2.2.1 (2012-09)

RF Spectrum Efficiency:

EN 300 328 V1.8.1 (2012-06)

Representative

Overmax Polska Sp. z o.o. Sp. K.