FPV Six-Axis Aircraft Operating Instructions

1.0 Know Your Aircraft

The aircraft features an ABS material main structure with a new industrial and modular design, enhancing product development, installation, and maintenance. It is equipped with an FPV 5.8G real-time video transmission system for a unique visual experience.

Aircraft Components:

• 1. Aircraft shell
• 2. Cover screw hole
• 3. FPV system
• 4. EVA pad (for fixed camera)
• 5. Rack
• 6. Rack cap screw hole
• 7. Forward rotation propeller
• 8. Reversing propeller
• 9. Propeller guardrail
• 10. Body battery compartment
• 11. Battery

Tip: The propellers use a high-toughness coated explosion-proof material. It is recommended to tear off the protective film before use.

1.1 The Architecture of the Aircraft

The aircraft integrates several key systems:

• FPV system: 5.8G 25mw map transmission transmitter
• Motor: 6015 1S brush motor
• Antenna: 5.8G 3dBi miniature antenna
• Propeller: 30mm propeller
• Battery: LiPo battery, 3.7V 200mAh 35C (located at the bottom of the aircraft)
• Camera: 1000TVL M7 Lens, 120° FOV, H170° Wide angle camera

Key flight technologies include: 2.4GHz Safe flight, Six-axis gyroscope, One key return, 360° roll, Headless mode, FPV system, and remote control size adjustment.

2.0 Parameters

Aircraft Parameters:

• Main wing length: 66mm
• Size: 83.5*83.5*42.2mm
• Weight: 20g (without battery)
• Motor: 6015 1S brush motor
• Lipo battery: 3.7V 200mAh 35C
• Flight time: 5 minutes
• Antenna: Omnidirectional reception antenna
• Working temperature: -10℃ to +40℃

Frequency Table:

3.0 Frequency Method

FPV system: 5.8G 40CH. Refer to the frequency table for channel details.

Key Functions:

1. Short press the button to adjust the frequency (FR1-FR8 cycle).
2. Long press for 2 seconds (LD1 flashes) to adjust the frequency group (CH1-CH5 cycle).
3. Long press for 5 seconds (LD1 flashes to off) to adjust the standard function (P system: LD2 flashes; N system: LD2 solid).

Indicators: CH1-CH5 indicators, FR1-FR8 indicators, LD1 time indicator, LD2 N/P indicator.

4.0 Remote Control

4.1 Remote Control Function Introduction

The remote control features:

• Speed Modes: High (H), Medium (M), Low (L) with distinct beep patterns ("Di" for H, "Di Di" for M, "Di Di Di" for L).
• Metal joysticks
• Headless mode button
• Throttle putter (controls ascent/descent and left/right rotation)
• One key return button
• Fine-tuning keys (left rotation fine-tuning, right spin fine-tuning, left trim key, right trim key)
• Directional putter (controls forward/backward and left/right side fly)
• Rolling keys
• Indicator light

4.2 Remote Control Battery Installation

Requires 3 "AAA" 1.5V batteries. Unscrew the cover, insert batteries with correct polarity, and secure the cover.

5.0 Aircraft Lipo Battery Charging

Connect the LiPo battery to the USB charging cable. Plug the USB end into a computer or a DC5V USB charger. A red indicator light on the USB port shows charging is in progress. The light turns off when charging is complete. Charging time is 30-40 minutes. For safety, always supervise charging.

6.0 Operational Guidelines

6.1 Boot Program

Pairing Aircraft and Remote:

1. Insert the charged LiPo battery into the aircraft's battery compartment and connect the power port. Place the aircraft on a level surface. The aircraft's tail light will flash.
2. Turn on the remote control. It will emit a "tick" sound, then a "beep". The remote control indicator light will turn on.
3. The aircraft's LED lights will turn solid, indicating successful pairing.
4. After pairing, push the left joystick (throttle) upwards to start the aircraft motors.

6.2 Gyroscope Proofreading

After pairing, place the aircraft on a horizontal surface. Simultaneously push both joysticks to the lower right corner (45°). The LED lights will flash quickly, indicating calibration is complete.

Tip: Perform proofreading on a horizontal plane before takeoff for smooth flight. This method can also recalibrate the gyroscope after impacts or collisions.

7.0 Operation and Control

7.1 Mode of Operation

For beginners, it is recommended to use slow joystick movements. If the aircraft descends slightly, gently push the left joystick up to regain altitude. Avoid sudden, large throttle movements.

Basic Flight Controls:

• Ascent/Descent: Push the left joystick (throttle) up/down.
• Forward/Backward: Push the right joystick (direction) up/down.
• Yaw (Left/Right Turn): Push the left joystick (throttle) left/right.
• Lateral Flight (Left/Right Side Fly): Push the right joystick (direction) left/right.

7.2 Operation Mode - Aircraft Movements Fine-Tuning

After the aircraft leaves the ground, if it drifts, use fine-tuning:

1. Front/Rear Fine Adjustment: If the aircraft moves forward, adjust fine-tuning downwards. If it moves backward, adjust fine-tuning upwards.
2. Lateral Fine Adjustment: If the aircraft flies to the left, adjust fine-tuning to the right. If it flies to the right, adjust fine-tuning to the left.

8.0 360° Rollover

The aircraft can perform 360° flips using the following joystick operations:

• Left 360° Roll: Short press the roll key, then push the right joystick to the left.
• Right 360° Roll: Short press the roll key, then push the right joystick to the right.
• Forward 360° Roll: Short press the roll key, then push the right joystick upwards.
• Backward 360° Roll: Short press the roll key, then push the right joystick downwards.

Note: Perform rolls at a height of 2-3 meters to help the aircraft maintain altitude afterward.

9.0 Headless Mode

9.1 Headless Mode Switching

To Activate: After pairing, place the aircraft on a level surface or hover, ensuring its front aligns with the remote control's front. Press the headless mode button (aircraft LED lights will flash).

To Exit: Press the headless mode button again (aircraft LED will be solid).

9.2 One Key Return

Press the one-key return button. The aircraft will automatically return. You can correct its path using the right joystick. During return, pressing the function key combination or pushing the right joystick "forward" will abort the return.

Headless Mode Operation: In headless mode (flashing LEDs), the aircraft's orientation is relative to the remote control. Pulling the direction lever towards the rear of the remote control will recall the aircraft; pushing it away will send it further.

Low Battery Warning: Flashing aircraft lights indicate low battery. The aircraft will automatically land or shut down. It remains controllable for about 30 seconds in this state.

10.0 Flying Environment

Do not use the aircraft in the following environments to avoid injury or damage:

• Areas with high-voltage lines, parking lots, railways, highways, etc.
• During thunderstorms, strong winds, rain, or snow.

11.0 End Flight

To end a flight:

• Perform a manual landing.
• Turn off the aircraft's power, then turn off the remote control's power.
• Remove the battery from the aircraft.

12.0 Propeller Installation Method

Install propellers according to the required positions, matching the codes (A or B) as shown.

Installation: Hold the propeller hub and press it onto the motor shaft. Be careful not to deform the propeller.

13.0 Troubleshooting

13.1 Remote Control and Aircraft Not Responding:

• Ensure successful pairing (refer to page 4 for pairing method).
• Check if the battery is low.
• Verify that the remote control is the original, matched unit.

13.2 Cannot Roll:

• Restart the rollover function key.
• Check if the LiPo battery is too low and recharge it.

13.3 Aircraft Fuselage Issues (e.g., instability):

• Check for deformed propellers and replace them if necessary.
• Turn off the aircraft, then restart it.
• Place the aircraft on a horizontal plane and recalibrate the gyroscope.

13.4 Aircraft Cannot Take Off:

• Ensure propellers are installed correctly.
• Check if propeller guards are loose and obstructing propeller rotation.
• Verify the aircraft has sufficient power; low power may cause lights to flash.

14.0 FPV Troubleshooting

14.1 Goggle Display Screen Shows No Image:

• Confirm power supply to goggles and aircraft is normal and batteries are sufficient.
• Ensure the goggle receive channel matches the transmitter channel.
• Check if the transmitter and goggle N/P standards are consistent.

14.2 Poor Image Signal Quality or Short Transmission Distance:

• Check for interference from other radio transmission equipment on the same frequency. Select different frequencies or avoid using the same site.
• Ensure the goggle antenna is properly installed.
• Avoid flying between obstacles like mountains, houses, or trees. Use the FPV system in open spaces.

15.0 Accessories List

• Aircraft x1
• Remote control x1
• Propeller A x3
• Propeller B x3
• USB charging cable x1
• LiPo battery x1
• Screwdriver x1
• Manual x1