Disclaimer and Warning

Thank you for purchasing RadioLink fixed-wing D460.

To fully enjoy the benefits of this product and ensure safety, please read the manual carefully and set up the device as instructed steps. This product is not a toy and is NOT suitable for children under the age of 14. Adults should keep the product out of the reach of children and exercise caution when operating this product in the presence of children.

Inappropriate operation may cause property loss or accidental threats to life. Once the RadioLink product is operated, it means the operator understands this limitation of liability and accepts to take responsibility for the operation.

Make sure to follow the local laws and agree to follow the principles made by RadioLink.

Fully understand that RadioLink cannot analyze the product damage or accident reason and cannot offer after-sales service if no flight record is provided. To the maximum extent permitted by law, RadioLink won't take any responsibility for the loss caused by indirect/consequent/accidental/special/penal damages including the loss by purchase, operation, and failure of operation in any instances. Even RadioLink is informed about the possible loss in advance.

Laws in certain countries may prohibit the exemption from the terms of the guarantee. Therefore, consumer rights in different countries may vary.

In compliance with laws and regulations, RadioLink reserves the right to interpret the above terms and conditions. RadioLink reserves the right to update, change, or terminate these terms without prior notice.

Warning

1. Please do not fly in the rain! Rain or moisture may cause flight instability or even loss of control. Never fly if there is lightning. It is recommended to fly in conditions with good weather (No rain, fog, lightning, wind).

2. When flying, you must strictly abide by local laws and regulations and fly safely! Do not fly in no-fly areas such as airports, military bases, etc.

3. Please fly in an open field away from crowds and buildings.

4. Do not perform any operation under the condition of drinking, fatigue, or other poor mental state. Please operate in strict accordance with the product manual.

5. Please be cautious when flying near electromagnetic interference sources, including but not limited to high-voltage power lines, high-voltage transmission stations, mobile phone base stations, and TV broadcast signal towers. When flying in the above-mentioned places, the wireless transmission performance of the remote control may be affected by interference. If there is too much interference, the signal transmission of the remote control and the receiver may be interrupted, resulting in a crash.

Packing List

Annotation1: D460 fuselage is available in red and purple. Please refer to the sales interface for the actual color of your D460.

Annotation2: T8S is used as an example in D460 manual. Users can choose other RadioLink transmitters and receivers to control D460. Optional RadioLink transmitters include T8S, T8FB, T16D, AT9S Pro, and AT10II.

Note: Please refer to the sales interface for the actual packing list.

Chapter 1 D460 General Introduction

1.1 D460 Overview and Usage of Units

1.2 Receiver Connection

For D460 PNP version, transmitter and receiver needs to be installed. D460 is compatible to all receivers that supports SBUS/PPM signal.

1. First, install the receiver on D460 aircraft. Make sure the receiver is switched to SBUS/PPM signal mode, and then connect the receiver to Byme-DB flight controller. For the connection method of the receiver, please refer to D460 RTF Chapter 1.2.3 Flight Controller.

Note: Byme-DB comes with a receiver connect cable which is used to connect the receiver to Byme-DB. When connecting the servo cable and ESC cable to Byme-DB, please check whether the servo cable and ESC cable match the sockets/head of Byme-DB. If they do not match, the user needs to modify the servo cable and ESC cable, and then connect the cables to Byme-DB.

Byme-DB Socket Specifications: CH1, CH2 and CH4 are with 3P SH1.00 sockets; The receiver connect socket is 3P PH1.25 socket; CH3 is with a 3P 2.54mm Dupont Head

Second, calibrate the throttle range of D460 ESC. The normal Start-up and Throttle Range calibration steps of D460 ESC are as follows:

Turn on the transmitter. Toggle switch of CH7 to unlock the motor, and then move the throttle stick to the top position.

Connect battery to the ESC and wait for the motor to emit a short beep, which means the full throttle position is memorized.

After the flight controller self-check is completed, move the throttle stick to the bottom position, and the motor will make a short beep, indicating that the "zero throttle" position is memorized.

The ESC calibration is complete and D460 is ready to take off at any time.

For more information on how to use D460 ESC, please visit RadioLink official website:

https://www.radiolink.com/manuals_download

Chapter 2 Flight Modes Setup

Flight modes of D460 can be set channel 5 (CH5) (a 3 way switch) in the transmitter with 3 modes: Stabilize Mode, Gyro Mode and Manual Mode.

When using other brand transmitters, please refer to the following picture to switch the flight modes. The value range of channel 5 (CH5) corresponding to the flight mode is as shown below:

Chapter 3 Motor Safety Lock

The motor can be locked/unlocked by Channel 7 (CH7) in the transmitter, so please use the transmitter with 7 channels or above

When the motor is locked, the motor will not rotate even if the throttle stick is in the highest position. Please put the throttle to the lowest position, and toggle the switch of channel 7 (CH7) to unlock the motor. The motor emits two long beeps means the unlocking is successful. When the motor is locked, the gyro of Byme-DB is automatically turned off; When the motor is unlocked, the gyro of Byme-DB is automatically turned on.

Note: If the motor only beeps once when toggle the switch of channel 7 (CH7) to the unlock position, the unlocking fails. Please follow the methods below to troubleshoot it.

1. Check whether the throttle is at the lowest position. If not, please push the throttle to the lowest position until the motor emits a second long beep, which means the unlocking is successful.
2. Since the PWM value width of each transmitter may be different, when using other transmitters except RadioLink T8FB/T8S, if the unlocking still fails even though the throttle is at the lowest position , you need to increase the throttle travel in the transmitter. You can toggle the switch of channel 7 (CH7) to the motor unlocking position, and then adjust the throttle travel from 100 to 101, 102, 103... until you hear the second long beep from the motor, which means the unlocking is successful. During the process of adjusting the throttle travel, be sure to stabilize the fuselage to avoid injuries caused by propeller rotation.

When using other brand transmitters, please refer to the following picture to locked/unlock the motor. The value range of channel 7 (CH7) is as shown below:

Take RadioLink AT9S Pro transmitter as example. Motor lock is controlled by CH7 (2-way switch, SWD) as below:

Chapter 4 Transmitter Setup

4. 1 Model Type Setup

For D460 PNP version, model type needs to be set as fixed wing in the transmitter. Take AT9S Pro as example( same as AT10II/AT9S/AT10/AT9).

Steps: Power on the transmitter - Long press Mode to enter BASIC MENU - Turn the Dial to MODEL TYPE - Press Push to enter the menu and turn Dial to select ACROBASIC - Long press Push for 1 second and a notice “ARE YOU SURE”pops out - Press Push again and a notice”Please wait...” pops out and there will be DEE sound heard, meaning setting complete.

4.2 Transmitter Phase Setup

When using a non-RadioLink transmitter, there is no need to set the transmitter phase.

Please set the direction of CH3 to Reverse, and other channels CH1/CH2/CH4 to Normal. Take AT9S Pro as an example (same as AT10II/AT9S/AT10/AT9).

Steps: Long press Mode to enter BASIC MENU - rotate Dial to REVERSE - Press Push to enter the menu - rotate Dial to 3:THRO - change NOR to REV - Long press Push for 1 second to confirm.

Note: Do not set any mixing in the transmitter when Byme-DB is mounted on the aircraft. Because there is already the mixing in Byme-DB. The mix control will automatically take effects according to the flight mode of the aircraft. If the mixing function is set in the transmitter, there will be conflicts of mixing and affect the flight.

Chapter 5 Flight Precautions

1. Check before take-off to make sure that all parts are in good working condition.
2. Make sure the battery is fully charged and properly bound to the fuselage before take-off.
3. Make sure that the front and back of the propeller are installed correctly and the propeller is not inclined.
4. After the setting channel direction in the transmitter, please calibrate the attitude once. Then check the servo phase. Push the joystick to check whether the movement of the control surface is correct. If it is not, please change the direction of the corresponding channel on the flight controller.
5. After the motor is unlocked, the gyro function is automatically turned on. Hold the D460 in your hand and swing it, without operating the joystick of the transmitter. If there is no movement on the control surface, it is in manual mode. If the control surfaces move as the fuselage swings, it is stabilize mode or gyro mode.
6. It is recommended to change to another battery to avoid over-discharge of the battery when the transmitter emits DDD beeps to alarm low battery voltage.
7. If there is any abnormality during the flight, please land immediately and find out the reason.

Chapter 6 Power-on and Gyro Self-test

Each time D460 is powered on, the gyro of the flight controller will perform self-test. The gyro self-test can only be complete when the aircraft is stationary. It is recommended to install the battery first, then power up the aircraft and keep the aircraft in a stationary state. After the aircraft is powered on, the green indicator light on channel 3 will be always on. When the gyro self-test passes, the control surfaces of the aircraft will shake slightly, and the green indicator lights of other channels such as channel 1 or channel 2 will also turn solid.

Note:

1. Due to differences in aircraft, transmitters and other equipment, it is possible that the green indicators of other channels (such as channel 1 and channel 2) will not be on after the gyro self-test of Byme-DB is complete. Please judge whether the self-test is complete by checking whether the control surfaces of the aircraft shake slightly.
2. Push the throttle stick of the transmitter to the lowest position first, and then power on the aircraft. If the throttle stick is pushed to the highest position and then power on the aircraft, the ESC will enter the calibration mode.

Chapter 7 Attitude Calibration

Flight controller Byme-DB needs to calibrate the attitudes/level to ensure the balance status.

The aircraft can be placed flat on the ground when performing attitude calibration. It is advised to lift the model head with a certain angle (20 degrees is advised) for beginners to ensure smooth flight and attitude calibration will be recorded by the flight controller once it is complete with success.

Push the left stick (left and down) and the right stick (right and down) as below and hold for more than 3 seconds. The green LED flashes once means the calibration is completed.

Note: When using a non-RadioLink transmitter, if the attitude calibration is unsuccessful when pushing the left stick (left and down) and the right stick (right and down), please change the direction of the channel in the transmitter. Make sure when pushing the joystick as above, the value range of channel 1 to channel 4 is:CH1 2000 µs, CH2 2000 µs, CH3 1000 µs, CH4 1000 µs

Take an open source transmitter as example. The servo display of channel 1 to channel 4 when calibrating the attitude successfully is as shown below:

CH1 2000 µs (opentx +100), CH2 2000 µs (opentx +100)

CH3 1000 µs (opentx -100), CH4 1000 µs (opentx -100)

Chapter 8 Servo Phase

8.1 Servo Phase Test

Please complete the attitude calibration in Chapter 7 first. And then test the servo phase. Otherwise, the control surface may swing abnormally.

Toggle the switch of CH5 to Manual mode. Then check if the the movement direction of the ailerons/tailerons is consistent with the joystick movement. Take Mode 2 for the transmitter as an example.

8.2 Servo Phase Adjustment

When the movement direction of the ailerons is inconsistent with the joystick movement, please adjust the servo phase by pressing the buttons on the front of the Byme-DB.

Servo phase adjustment methods:

Note:

1. The Green LED of CH3 is always on.
2. Neither the always-on nor off-green LED means a reversed phase. Only toggle the joysticks can check if the corresponding servo phases are reversed. If the servo phase of the flight controller is reversed, adjust the servo phase by pressing the buttons on the flight controller. No need to adjust it in the transmitter.

Chapter 9 Three Flight Modes

Flight modes can be set to channel 5 (CH5) in the transmitter with 3 modes: Stabilize Mode, Gyro Mode, and Manual Mode. Here is the introduction of the three flight modes. Take Mode 2 for the transmitter as an example.

9.1 Stablize Mode

Stabilize Mode with flight controller balancing, is suitable for beginners to practice level flight.

The model attitude (inclination angles) is controlled by joysticks. When the joystick is back to a central point, the aircraft will level. The max inclination angle is 70° for rolling while that for pitching is 45°.

9.2 Gyro Mode

The joystick controls the rotation (angle speed) of the aircraft. The integrated three-axis gyro assists in increasing the stability.

(Gyro mode is the advanced flight mode. The aircraft won't level even when the joystick is back to the central point.

9.3 Manual Mode

With no assistance from the flight controller algorithm or gyro, all flight movements are realized manually, which requires the most advanced skills. In Manual mode, it is normal that there is no movement of the control surface without any operation on the transmitter because there is no gyroscope involved in stabilize mode.

Chapter 10 Gyro Sensitivity

There is a certain stability margin for the PID control of Byme-DB. For aircraft or models of different sizes, if the gyro correction is insufficient or the gyro correction is too strong, pilots can try adjusting the rudder angle to adjust the gyro sensitivity.

Thank you again for choosing RadioLink product.

If the above communication cannot solve your problem, you can also send emails to our technical support: after_service@radiolink.com.cn

Thank you again for choosing the RadioLink product.